A Provi é a primeira fintech de crédito do Brasil focada em transformar o setor da educação através de crédito descomplicado e com propósito

Provi

provi

**DUBAI, UAE, July 15th, 2024/CyberNewsWire/--**On May 31, 2024, as a result of the hacking 4502.9 BTC(worth approximately $308M)were stolen from the Japanese exchange Bitcoin.DMM.com. The cybersecurity agency Match Systems conducted the current situation of the case. Japanese cryptocurrency exchange DMM Bitcoin was recently hacked, resulting in the theft of over $300 million dollars in Bitcoins. The hackers were able to access a private key, which allowed them to transfer 4,502.9 bitcoins from the exchange's main wallet. The incident occurred on May 30, 2024, and DMM Bitcoin announced the hack the following day. The reasons for the hack of the exchange are still unclear. The attack could have occurred as a result of compromised private keys. The keys of a hot wallet connected to the Internet could have been compromised either through an internal threat or an external hack, which could have allowed hackers to initiate a transfer of funds. Whether social engineering techniques or malware were used to get exchange employees to sign a transaction authorizing the transfer of funds to their wallets, we have yet to learn. An insider attack scenario cannot be ruled out, in which someone with legitimate access to the system contributed to the hack by giving the hackers the necessary data or initiating the attack. The investigation revealed that the hackers used cryptocurrency mixer JoinMarket to launder the stolen funds. More than 2,000 BTC was sent to addresses associated with JoinMarket, while the remaining 2,500 BTC remained at the hackers' original addresses. The Match Systems team was able to identify the first large withdrawal from the mixer in the amount of 223.38 BTC, as well as more than 50 withdrawals over 10 BTC that may be relevant to this case. The full cycle of money laundering can take months to a year, and Match Systems will continue to monitor the movement of stolen funds, as well as looking into the cause of the attack. About Match Systems Match Systems, is a leading company specializing in AML services, blockchain investigations, and implementation of compliance procedures for cryptocurrency projects around the world. By leveraging advanced technology and expertise in financial crime detection, the company is poised to help organizations to navigate the complex regulatory landscape as well as minimize the risks associated with digital currencies. Contact Joseph Match Systems mediacoverage@matchsystems.com This story was distributed as a release by Cyberwire under HackerNoon’s Business Blogging Program. Learn more about the program here. **DUBAI, UAE, July 15th, 2024/CyberNewsWire/--**On May 31, 2024, as a result of the hacking 4502.9 BTC(worth approximately $308M)were stolen from the Japanese exchange Bitcoin.DMM.com. The cybersecurity agency Match Systems conducted the current situation of the case. Japanese cryptocurrency exchange DMM Bitcoin was recently hacked, resulting in the theft of over $300 million dollars in Bitcoins. The hackers were able to access a private key, which allowed them to transfer 4,502.9 bitcoins from the exchange's main wallet. The incident occurred on May 30, 2024, and DMM Bitcoin announced the hack the following day. The reasons for the hack of the exchange are still unclear. The attack could have occurred as a result of compromised private keys. The keys of a hot wallet connected to the Internet could have been compromised either through an internal threat or an external hack, which could have allowed hackers to initiate a transfer of funds. Whether social engineering techniques or malware were used to get exchange employees to sign a transaction authorizing the transfer of funds to their wallets, we have yet to learn. An insider attack scenario cannot be ruled out, in which someone with legitimate access to the system contributed to the hack by giving the hackers the necessary data or initiating the attack. The investigation revealed that the hackers used cryptocurrency mixer JoinMarket to launder the stolen funds. More than 2,000 BTC was sent to addresses associated with JoinMarket, while the remaining 2,500 BTC remained at the hackers' original addresses. The Match Systems team was able to identify the first large withdrawal from the mixer in the amount of 223.38 BTC, as well as more than 50 withdrawals over 10 BTC that may be relevant to this case. The full cycle of money laundering can take months to a year, and Match Systems will continue to monitor the movement of stolen funds, as well as looking into the cause of the attack. About Match Systems Match Systems , is a leading company specializing in AML services, blockchain investigations, and implementation of compliance procedures for cryptocurrency projects around the world. By leveraging advanced technology and expertise in financial crime detection, the company is poised to help organizations to navigate the complex regulatory landscape as well as minimize the risks associated with digital currencies. Match Systems Match Systems Contact Joseph Match Systems mediacoverage@matchsystems.com This story was distributed as a release by Cyberwire under HackerNoon’s Business Blogging Program. Learn more about the program here. This story was distributed as a release by Cyberwire under HackerNoon’s Business Blogging Program. Learn more about the program here . here here

Match Systems' CEO Andrei Kutin Provides Insight On DMM Bitcoin Breach

It's baffling to see so many Australians clinging to Telstra, the giant of the NBN internet scene, despite its glaring shortcomings. With a staggering 40.4% market share, Telstra is undeniably the most popular NBN provider. Yet, when it comes to value, it’s falling woefully short. According to Tom's Guide, leaving Telstra could save you AU$3,660 over five years if you’re on an NBN 1000 plan (1Gbps). Let that sink in. For the same price of around AU$100 per month, consumers can access fast internet with speeds reaching up to 1000Mbps through a slew of emerging ISPs. Meanwhile, Telstra is content to cap its offering at a meager 50Mbps near the price point. So why the loyalty? Is it brand recognition? A misplaced sense of reliability? The disparity in value raises important questions: Is it time for Australians to break free from traditional providers? Are we settling for less due to comfort and familiarity? There’s a world of better options out there, and it's time for Australians to start exploring them. Australia deserves better than the status quo. Don't let loyalty blind you to better value. It’s time to demand more from your internet provider and make the switch to services that truly deliver on price vs speed and performance. Telstra may be a household name, but let’s face it: just because they’ve been around the block doesn’t mean they’re the best option. Plus, the sheer innovation of these newer players is refreshing. Many of them are not just competing on price; they're also investing in infrastructure and technology that promise a better future for all Australians. In the end, this isn’t just about saving a few bucks. It’s about voting with your wallet and demanding better service from the companies we choose to support. The NBN landscape in Australia is changing, and it’s time for consumers to wake up and embrace the options available. It’s about time we ditch the complacency and put our money where the value is. We need to address a glaring issue that’s been festering in the Australian market: too many people are lazily sticking with overpriced, household-name internet service providers without doing their homework! Seriously, are we really okay with this level of complacency when it comes to something as vital as our internet service? Let’s face it: just because a brand has been around forever doesn’t mean it’s the best option. People are stuck in a cycle of brand loyalty, clinging to these giant names while conveniently ignoring the fantastic alternatives out there. It’s frustrating! There are newer ISPs that offer better speeds, superior customer service, and, most importantly, more competitive pricing. But instead of exploring these options, many Australians choose to overpay for mediocrity. Research doesn’t take long, and there’s a wealth of information available at our fingertips. Compare plans, read reviews, and understand what other customers are saying. It’s not hard to understand that better deals can be found elsewhere. Seriously, Australia, how much longer are we going to let ourselves be duped by flashy ads and brand names? It’s beyond frustrating to watch so many people stick with overpriced internet service providers simply because they recognize the name. This isn't just about loyalty; it's about being smart with your money and your internet experience. Compare the prices. Old Vs New ISP Players. Telstra NBN 50mbps – $105 per month
Superloop NBN 1000mbps -$99 for 6 months then $109 ongoing. per month The benefits of switching to more affordable and faster ISP Switching to a more affordable and faster ISP can really transform your internet experience for the better. Here’s why it’s worth considering: Save Money
Let’s face it—who doesn’t love saving a few bucks? Many budget-friendly ISPs offer competitive prices that can help you cut down on your monthly bills, putting extra cash back in your pocket.


Enjoy Faster Speeds
With newer ISPs, you often get faster internet speeds that can make a big difference. Whether you’re streaming your favorite shows, gaming online, or working from home, having that speed means less buffering and smoother experiences overall.

Better Customer Support
Switching to a smaller or newer provider often means better customer service. These companies typically focus on keeping their customers happy, so you can expect quicker response times and more personalized support when you need help.


Flexible Plans to Fit Your Needs
Not everyone uses the internet the same way. Affordable ISPs often offer a range of plans that cater to different needs—whether you’re a casual browser or a heavy downloader—allowing you to choose what works best for you.


No Hidden Fees
One of the biggest annoyances with big-name providers can be hidden fees that pop up out of nowhere. Many newer ISPs are more transparent about their pricing, making it easier to understand what you’re paying for each month.


Reliable Service
With the right ISP, you can expect fewer outages and a more stable connection. Many newer providers are committed to maintaining their networks, which means you can enjoy uninterrupted service.


Access to the Latest Technology
Affordable ISPs often use the latest technology to deliver high-speed internet. This means you can benefit from fiber-optic connections and other advancements that enhance your online experience.


Support Local Innovation
By choosing a smaller or newer ISP, you’re often supporting local businesses that are passionate about improving internet access and competition. This helps foster a more dynamic market and encourages innovation. I personally challenge Australians to do better. It’s time to stop falling for the same old trap of brand loyalty without question. Take the plunge, do your research, and make informed choices about your internet provider. Your wallet—and your online experience—will thank you. It's baffling to see so many Australians clinging to Telstra, the giant of the NBN internet scene, despite its glaring shortcomings. With a staggering 40.4% market share, Telstra is undeniably the most popular NBN provider. Yet, when it comes to value, it’s falling woefully short. It's baffling to see so many Australians clinging to Telstra, the giant of the NBN internet scene, despite its glaring shortcomings. With a staggering 40.4% market share, Telstra is undeniably the most popular NBN provider. Yet, when it comes to value, it’s falling woefully short. According to Tom's Guide , leaving Telstra could save you AU$3,660 over five years if you’re on an NBN 1000 plan (1Gbps). Let that sink in. For the same price of around AU$100 per month, consumers can access fast internet with speeds reaching up to 1000Mbps through a slew of emerging ISPs. Meanwhile, Telstra is content to cap its offering at a meager 50Mbps near the price point. Tom's Guide Telstra So why the loyalty? Is it brand recognition? A misplaced sense of reliability? So why the loyalty? Is it brand recognition? A misplaced sense of reliability? The disparity in value raises important questions: Is it time for Australians to break free from traditional providers? Are we settling for less due to comfort and familiarity? There’s a world of better options out there, and it's time for Australians to start exploring them. Australia deserves better than the status quo. Don't let loyalty blind you to better value. It’s time to demand more from your internet provider and make the switch to services that truly deliver on price vs speed and performance. Telstra may be a household name, but let’s face it: just because they’ve been around the block doesn’t mean they’re the best option. Plus, the sheer innovation of these newer players is refreshing. Many of them are not just competing on price; they're also investing in infrastructure and technology that promise a better future for all Australians. In the end, this isn’t just about saving a few bucks. It’s about voting with your wallet and demanding better service from the companies we choose to support. The NBN landscape in Australia is changing, and it’s time for consumers to wake up and embrace the options available. It’s about time we ditch the complacency and put our money where the value is. It’s about time we ditch the complacency and put our money where the value is. We need to address a glaring issue that’s been festering in the Australian market: too many people are lazily sticking with overpriced, household-name internet service providers without doing their homework! Seriously, are we really okay with this level of complacency when it comes to something as vital as our internet service? Let’s face it: just because a brand has been around forever doesn’t mean it’s the best option. People are stuck in a cycle of brand loyalty, clinging to these giant names while conveniently ignoring the fantastic alternatives out there. It’s frustrating! There are newer ISPs that offer better speeds, superior customer service, and, most importantly, more competitive pricing. But instead of exploring these options, many Australians choose to overpay for mediocrity. Research doesn’t take long, and there’s a wealth of information available at our fingertips. Compare plans, read reviews, and understand what other customers are saying. It’s not hard to understand that better deals can be found elsewhere. Seriously, Australia, how much longer are we going to let ourselves be duped by flashy ads and brand names? It’s beyond frustrating to watch so many people stick with overpriced internet service providers simply because they recognize the name. This isn't just about loyalty; it's about being smart with your money and your internet experience. Compare the prices. Old Vs New ISP Players. Compare the prices. Telstra NBN 50mbps – $105 per month Superloop NBN 1000mbps -$99 for 6 months then $109 ongoing. per month Telstra NBN 50mbps – $105 per month Telstra NBN Superloop NBN 1000mbps -$99 for 6 months then $109 ongoing. per month Superloop NBN The benefits of switching to more affordable and faster ISP Switching to a more affordable and faster ISP can really transform your internet experience for the better. Here’s why it’s worth considering: Save Money
Let’s face it—who doesn’t love saving a few bucks? Many budget-friendly ISPs offer competitive prices that can help you cut down on your monthly bills, putting extra cash back in your pocket. Enjoy Faster Speeds
With newer ISPs, you often get faster internet speeds that can make a big difference. Whether you’re streaming your favorite shows, gaming online, or working from home, having that speed means less buffering and smoother experiences overall. Better Customer Support
Switching to a smaller or newer provider often means better customer service. These companies typically focus on keeping their customers happy, so you can expect quicker response times and more personalized support when you need help. Flexible Plans to Fit Your Needs
Not everyone uses the internet the same way. Affordable ISPs often offer a range of plans that cater to different needs—whether you’re a casual browser or a heavy downloader—allowing you to choose what works best for you. No Hidden Fees
One of the biggest annoyances with big-name providers can be hidden fees that pop up out of nowhere. Many newer ISPs are more transparent about their pricing, making it easier to understand what you’re paying for each month. Reliable Service
With the right ISP, you can expect fewer outages and a more stable connection. Many newer providers are committed to maintaining their networks, which means you can enjoy uninterrupted service. Access to the Latest Technology
Affordable ISPs often use the latest technology to deliver high-speed internet. This means you can benefit from fiber-optic connections and other advancements that enhance your online experience. Support Local Innovation
By choosing a smaller or newer ISP, you’re often supporting local businesses that are passionate about improving internet access and competition. This helps foster a more dynamic market and encourages innovation. Save Money Let’s face it—who doesn’t love saving a few bucks? Many budget-friendly ISPs offer competitive prices that can help you cut down on your monthly bills, putting extra cash back in your pocket. Save Money Save Money Let’s face it—who doesn’t love saving a few bucks? Many budget-friendly ISPs offer competitive prices that can help you cut down on your monthly bills, putting extra cash back in your pocket. Enjoy Faster Speeds With newer ISPs, you often get faster internet speeds that can make a big difference. Whether you’re streaming your favorite shows, gaming online, or working from home, having that speed means less buffering and smoother experiences overall. Enjoy Faster Speeds Enjoy Faster Speeds With newer ISPs, you often get faster internet speeds that can make a big difference. Whether you’re streaming your favorite shows, gaming online, or working from home, having that speed means less buffering and smoother experiences overall. Better Customer Support Switching to a smaller or newer provider often means better customer service. These companies typically focus on keeping their customers happy, so you can expect quicker response times and more personalized support when you need help. Better Customer Support Better Customer Support Switching to a smaller or newer provider often means better customer service. These companies typically focus on keeping their customers happy, so you can expect quicker response times and more personalized support when you need help. Flexible Plans to Fit Your Needs Not everyone uses the internet the same way. Affordable ISPs often offer a range of plans that cater to different needs—whether you’re a casual browser or a heavy downloader—allowing you to choose what works best for you. Flexible Plans to Fit Your Needs Flexible Plans to Fit Your Needs Not everyone uses the internet the same way. Affordable ISPs often offer a range of plans that cater to different needs—whether you’re a casual browser or a heavy downloader—allowing you to choose what works best for you. No Hidden Fees One of the biggest annoyances with big-name providers can be hidden fees that pop up out of nowhere. Many newer ISPs are more transparent about their pricing, making it easier to understand what you’re paying for each month. No Hidden Fees No Hidden Fees One of the biggest annoyances with big-name providers can be hidden fees that pop up out of nowhere. Many newer ISPs are more transparent about their pricing, making it easier to understand what you’re paying for each month. Reliable Service With the right ISP, you can expect fewer outages and a more stable connection. Many newer providers are committed to maintaining their networks, which means you can enjoy uninterrupted service. Reliable Service Reliable Service With the right ISP, you can expect fewer outages and a more stable connection. Many newer providers are committed to maintaining their networks, which means you can enjoy uninterrupted service. Access to the Latest Technology Affordable ISPs often use the latest technology to deliver high-speed internet. This means you can benefit from fiber-optic connections and other advancements that enhance your online experience. Access to the Latest Technology Access to the Latest Technology Affordable ISPs often use the latest technology to deliver high-speed internet. This means you can benefit from fiber-optic connections and other advancements that enhance your online experience. Support Local Innovation By choosing a smaller or newer ISP, you’re often supporting local businesses that are passionate about improving internet access and competition. This helps foster a more dynamic market and encourages innovation. Support Local Innovation Support Local Innovation By choosing a smaller or newer ISP, you’re often supporting local businesses that are passionate about improving internet access and competition. This helps foster a more dynamic market and encourages innovation. I personally challenge Australians to do better. It’s time to stop falling for the same old trap of brand loyalty without question. Take the plunge, do your research, and make informed choices about your internet provider. Your wallet—and your online experience—will thank you.

Why Are Aussies Still Sticking With High-Cost Internet Providers?

কেন অস্ট্রেলিয়া এখনও উচ্চ-মূল্যের ইন্টারনেট সরবরাহকারীদের সাথে লেগে আছে?

Warum bleiben Australier immer noch bei teuren Internetanbietern?

¿Por qué los australianos siguen recurriendo a proveedores de Internet de alto coste?

Pourquoi les Australiens s’en tiennent-ils toujours aux fournisseurs d’accès Internet à prix élevés ?

आस्ट्रेलियाई लोग अभी भी उच्च लागत वाली इंटरनेट प्रदाताओं के साथ क्यों जुड़े हुए हैं?

オーストラリア人はなぜいまだに高額なインターネットプロバイダーを使い続けているのでしょうか?

호주인들이 여전히 고비용 인터넷 제공업체를 고수하는 이유는 무엇입니까?

Por que os australianos ainda aderem a provedores de Internet de alto custo?

Почему австралийцы все еще предпочитают дорогих интернет-провайдеров?

Avustralyalılar Neden Hala Yüksek Maliyetli İnternet Sağlayıcılarıyla Çalışıyor?

Tại sao người Úc vẫn gắn bó với các nhà cung cấp Internet chi phí cao?

为什么澳大利亚人仍然坚持使用高价的互联网提供商？

"AI can ensure the publication of high-quality research, reduce biases, and provide faster feedback"

"এআই উচ্চ-মানের গবেষণার প্রকাশনা নিশ্চিত করতে পারে, পক্ষপাত কমাতে পারে এবং দ্রুত প্রতিক্রিয়া প্রদান করতে পারে"

„KI kann die Veröffentlichung qualitativ hochwertiger Forschungsergebnisse sicherstellen, Verzerrungen reduzieren und schnelleres Feedback liefern“

"La IA puede garantizar la publicación de investigaciones de alta calidad, reducir los sesgos y proporcionar comentarios más rápidos"

"L'IA peut garantir la publication de recherches de haute qualité, réduire les biais et fournir un retour d'information plus rapide"

"एआई उच्च गुणवत्ता वाले शोध का प्रकाशन सुनिश्चित कर सकता है, पूर्वाग्रहों को कम कर सकता है और तेजी से प्रतिक्रिया प्रदान कर सकता है"

「AIは、高品質の研究の出版を保証し、偏見を減らし、より迅速なフィードバックを提供することができます」

"AI는 고품질 연구의 출판을 보장하고 편견을 줄이며 더 빠른 피드백을 제공할 수 있습니다."

“A IA pode garantir a publicação de pesquisas de alta qualidade, reduzir preconceitos e fornecer feedback mais rápido”

«ИИ может обеспечить публикацию высококачественных исследований, уменьшить предвзятость и обеспечить более быструю обратную связь»

"Yapay zeka, yüksek kaliteli araştırmaların yayınlanmasını sağlayabilir, önyargıları azaltabilir ve daha hızlı geri bildirim sağlayabilir"

"AI có thể đảm bảo xuất bản nghiên cứu chất lượng cao, giảm sai lệch và cung cấp phản hồi nhanh hơn"

“人工智能可以确保发表高质量的研究，减少偏见，并提供更快的反馈”

Authors:
(1) Hamid Reza Saeidnia, Department of Information Science and Knowledge Studies, Tarbiat Modares University, Tehran, Islamic Republic of Iran;
(2) Elaheh Hosseini, Department of Information Science and Knowledge Studies, Faculty of Psychology and Educational Sciences, Alzahra University, Tehran, Islamic Republic of Iran;
(3) Shadi Abdoli, Department of Information Science, Université de Montreal, Montreal, Canada
(4) Marcel Ausloos, School of Business, University of Leicester, Leicester, UK and Bucharest University of Economic Studies, Bucharest, Romania. Table of Links Abstract and Introduction Materials and Methods Results RQ 1: AI and scientometrics RQ 2: AI and webometrics RQ 3: AI and bibliometrics Discussion RQ 4: Future of Scientometrics, Webometrics, and Bibliometrics with AI RQ 5: Ethical Considerations of Scientometrics, Webometrics, and Bibliometrics with AI Conclusion, Limitations, and References RQ 3: AI and bibliometrics In bibliometrics, AI can provide several specific benefits including Automated Data Collection, Citation Analysis, Author Disambiguation, Co-authorship Analysis, Research Impact Analysis, Text Mining, and Recommender Systems (see Figure 4) as analyzed in [28-30, 47-53]. These 6 studies demonstrate the potential benefits and strategies for utilizing AI capabilities in bibliometrics. They highlight how AI can improve the quality, accessibility, and data collection processes in bibliometrics analyses (Table 3), among the main outcome points. It has been shown that AI algorithms can automatically collect bibliographic data from various sources, such as online databases, academic libraries, and digital repositories [21, 49]. This saves time and effort for researchers involved in data collection, allowing them to focus on other aspects of bibliometric analysis. Thought-provokingly, AI can analyze citation networks to identify influential papers, authors, and journals [28, 31], - as already mentioned in the section “AI and Scientometrics”. By examining citation patterns and relationships, AI algorithms can help researchers understand the impact and visibility of research outputs, as well as identify key research trends and collaborations. Interestingly, AI techniques can be employed to disambiguate authors with similar names, a common issue in bibliometrics [47, 53]. By analyzing author affiliations, publication history, and co-authorship networks, in order to ensure the accuracy of bibliometric analyses, AI algorithms can effectively identify authors with similar names and distinguish them from one another. As also already mentioned in the section “AI and Scientometrics”, through AI one can analyze co-authorship networks to identify collaborations and research networks [28, 30]. By examining co-authorship patterns and relationships, AI algorithms can help researchers understand the dynamics and structure of collaborations, as well as identify influential researchers and research teams. This can also be an advantage at funding time. Easily, AI can analyze bibliometric indicators, such as citation counts and h-index, to assess the impact and visibility of individual researchers, research groups, and institutions [21, 48, 52]. In so doing, AI algorithms can provide insights into research productivity, citation patterns, and research impact over time, assisting researchers and institutions in assessing research fame or performance. Last but not least, AI techniques, including natural language processing, can be utilized to analyze the textual content of research publications [50, 51]. In this manner, keywords, topics, and sentiments can be extracted from the literature, - also mentioning plagiarism control [54, 55], thereby facilitating comprehensive analysis and understanding of research findings [56]. This paper is available on arxiv under CC BY 4.0 DEED license. Authors: (1) Hamid Reza Saeidnia, Department of Information Science and Knowledge Studies, Tarbiat Modares University, Tehran, Islamic Republic of Iran; (2) Elaheh Hosseini, Department of Information Science and Knowledge Studies, Faculty of Psychology and Educational Sciences, Alzahra University, Tehran, Islamic Republic of Iran; (3) Shadi Abdoli, Department of Information Science, Université de Montreal, Montreal, Canada (4) Marcel Ausloos, School of Business, University of Leicester, Leicester, UK and Bucharest University of Economic Studies, Bucharest, Romania. Authors: Authors: (1) Hamid Reza Saeidnia, Department of Information Science and Knowledge Studies, Tarbiat Modares University, Tehran, Islamic Republic of Iran; (2) Elaheh Hosseini, Department of Information Science and Knowledge Studies, Faculty of Psychology and Educational Sciences, Alzahra University, Tehran, Islamic Republic of Iran; (3) Shadi Abdoli, Department of Information Science, Université de Montreal, Montreal, Canada (4) Marcel Ausloos, School of Business, University of Leicester, Leicester, UK and Bucharest University of Economic Studies, Bucharest, Romania. Table of Links Abstract and Introduction Abstract and Introduction Materials and Methods Materials and Methods Results Results RQ 1: AI and scientometrics RQ 1: AI and scientometrics RQ 2: AI and webometrics RQ 2: AI and webometrics RQ 3: AI and bibliometrics RQ 3: AI and bibliometrics Discussion Discussion RQ 4: Future of Scientometrics, Webometrics, and Bibliometrics with AI RQ 4: Future of Scientometrics, Webometrics, and Bibliometrics with AI RQ 5: Ethical Considerations of Scientometrics, Webometrics, and Bibliometrics with AI RQ 5: Ethical Considerations of Scientometrics, Webometrics, and Bibliometrics with AI Conclusion, Limitations, and References Conclusion, Limitations, and References RQ 3: AI and bibliometrics In bibliometrics, AI can provide several specific benefits including Automated Data Collection, Citation Analysis, Author Disambiguation, Co-authorship Analysis, Research Impact Analysis, Text Mining, and Recommender Systems (see Figure 4) as analyzed in [28-30, 47-53]. These 6 studies demonstrate the potential benefits and strategies for utilizing AI capabilities in bibliometrics. They highlight how AI can improve the quality, accessibility, and data collection processes in bibliometrics analyses (Table 3), among the main outcome points. It has been shown that AI algorithms can automatically collect bibliographic data from various sources, such as online databases, academic libraries, and digital repositories [21, 49]. This saves time and effort for researchers involved in data collection, allowing them to focus on other aspects of bibliometric analysis. Thought-provokingly, AI can analyze citation networks to identify influential papers, authors, and journals [28, 31], - as already mentioned in the section “AI and Scientometrics”. By examining citation patterns and relationships, AI algorithms can help researchers understand the impact and visibility of research outputs, as well as identify key research trends and collaborations. Interestingly, AI techniques can be employed to disambiguate authors with similar names, a common issue in bibliometrics [47, 53]. By analyzing author affiliations, publication history, and co-authorship networks, in order to ensure the accuracy of bibliometric analyses, AI algorithms can effectively identify authors with similar names and distinguish them from one another. As also already mentioned in the section “AI and Scientometrics”, through AI one can analyze co-authorship networks to identify collaborations and research networks [28, 30]. By examining co-authorship patterns and relationships, AI algorithms can help researchers understand the dynamics and structure of collaborations, as well as identify influential researchers and research teams. This can also be an advantage at funding time. Easily, AI can analyze bibliometric indicators, such as citation counts and h-index, to assess the impact and visibility of individual researchers, research groups, and institutions [21, 48, 52]. In so doing, AI algorithms can provide insights into research productivity, citation patterns, and research impact over time, assisting researchers and institutions in assessing research fame or performance. Last but not least, AI techniques, including natural language processing, can be utilized to analyze the textual content of research publications [50, 51]. In this manner, keywords, topics, and sentiments can be extracted from the literature, - also mentioning plagiarism control [54, 55], thereby facilitating comprehensive analysis and understanding of research findings [56]. This paper is available on arxiv under CC BY 4.0 DEED license. This paper is available on arxiv under CC BY 4.0 DEED license. available on arxiv

"In bibliometrics, AI can provide several specific benefits including Automated Data Collection..."

"বাইবলিওমেট্রিক্সে, এআই স্বয়ংক্রিয় ডেটা সংগ্রহ সহ বেশ কয়েকটি নির্দিষ্ট সুবিধা প্রদান করতে পারে..."

„In der Bibliometrie kann KI mehrere spezifische Vorteile bieten, darunter die automatisierte Datenerfassung …“

"En bibliometría, la IA puede proporcionar varios beneficios específicos, incluida la recopilación automatizada de datos..."

"En bibliométrie, l'IA peut offrir plusieurs avantages spécifiques, notamment la collecte automatisée de données..."

"ग्रंथमिति में, एआई स्वचालित डेटा संग्रह सहित कई विशिष्ट लाभ प्रदान कर सकता है..."

「計量書誌学において、AI は自動データ収集など、いくつかの具体的なメリットをもたらすことができます...」

"계량학에서 AI는 자동화된 데이터 수집을 포함하여 여러 가지 구체적인 이점을 제공할 수 있습니다..."

"Na bibliometria, a IA pode fornecer vários benefícios específicos, incluindo a coleta automatizada de dados..."

«В библиометрии ИИ может предоставить несколько конкретных преимуществ, включая автоматический сбор данных…»

"Bibliyometride yapay zeka, Otomatik Veri Toplama da dahil olmak üzere çeşitli spesifik faydalar sağlayabilir..."

"Trong đo lường thư mục, AI có thể mang lại một số lợi ích cụ thể bao gồm Thu thập dữ liệu tự động..."

“在文献计量学中，人工智能可以提供一些具体的好处，包括自动数据收集......”

Authors:
(1) Hamid Reza Saeidnia, Department of Information Science and Knowledge Studies, Tarbiat Modares University, Tehran, Islamic Republic of Iran;
(2) Elaheh Hosseini, Department of Information Science and Knowledge Studies, Faculty of Psychology and Educational Sciences, Alzahra University, Tehran, Islamic Republic of Iran;
(3) Shadi Abdoli, Department of Information Science, Université de Montreal, Montreal, Canada
(4) Marcel Ausloos, School of Business, University of Leicester, Leicester, UK and Bucharest University of Economic Studies, Bucharest, Romania. Table of Links Abstract and Introduction Materials and Methods Results RQ 1: AI and scientometrics RQ 2: AI and webometrics RQ 3: AI and bibliometrics Discussion RQ 4: Future of Scientometrics, Webometrics, and Bibliometrics with AI RQ 5: Ethical Considerations of Scientometrics, Webometrics, and Bibliometrics with AI Conclusion, Limitations, and References RQ 2: AI and webometrics In webometrics, AI can provide several specific benefits including Web Crawling and Data Collection, Web Link Analysis, Web Content Analysis, Social Media Analysis, Web Impact Analysis, and Recommender Systems as sketched in Figure 3, and e.g. it has been demonstrated through papers like [9, 10, 21, 36-45]. These 6 considerations point to the potential benefits and suggest focused strategies for utilizing AI capabilities in webometrics. The resulting findings highlight how AI can improve the quality, accessibility, and data collection processes in webometrics analyses, as outlined in Table 2. Indeed, algorithms based on artificial intelligence can automatically crawl and collect data from websites, including institutional websites, scientific research portals, and online repositories [39, 42]. This enables researchers to gather large amounts of web-based information for analysis, including publication data, author profiles, and citation patterns. In order to understand the relationship between publications, websites, and authors, artificial intelligence approaches can analyze hyperlink structures and web link patterns [9, 43]. By analyzing the link structure, AI algorithms can identify influential websites and authors, as well as detect communities, collaborations, and research networks within the web-based scientific ecosystem [17]. AI techniques, such as natural language processing and machine learning, can be employed to analyze the content of webpages and scientific publications available online [40, 41]. This enables researchers to extract key information, such as keywords, topics, and sentiments, from web-based documents, facilitating comprehensive analysis and understanding of research outputs. AI can analyze social media platforms, such as Twitter, to understand the online discussions, trends, and interactions related to scientific research [36, 38, 44]. By analyzing hashtags, mentions, and user behavior, AI algorithms can identify influential research topics, key opinion leaders, and potential collaborations within the online scientific community, as demonstrated in such previous works. AI can assess the impact and visibility of scientific research on the web [37, 46]. Indeed, by analyzing web traffic, page views, and social media metrics, AI algorithms can provide insights into the online visibility, dissemination, and engagement of scientific publications, authors, and research institutions. “Finally”, AI-powered recommender systems can assist researchers in discovering relevant scientific websites, online resources, and research collaborations [35, 45]. These papers, based on user preferences, reading behavior, and web usage data, show that personalized recommendations can be generated using AI algorithms, making it easier for researchers to explore the web-based scientific landscape and discover new opportunities for further research. This paper is available on arxiv under CC BY 4.0 DEED license. Authors: (1) Hamid Reza Saeidnia, Department of Information Science and Knowledge Studies, Tarbiat Modares University, Tehran, Islamic Republic of Iran; (2) Elaheh Hosseini, Department of Information Science and Knowledge Studies, Faculty of Psychology and Educational Sciences, Alzahra University, Tehran, Islamic Republic of Iran; (3) Shadi Abdoli, Department of Information Science, Université de Montreal, Montreal, Canada (4) Marcel Ausloos, School of Business, University of Leicester, Leicester, UK and Bucharest University of Economic Studies, Bucharest, Romania. Authors: Authors: (1) Hamid Reza Saeidnia, Department of Information Science and Knowledge Studies, Tarbiat Modares University, Tehran, Islamic Republic of Iran; (2) Elaheh Hosseini, Department of Information Science and Knowledge Studies, Faculty of Psychology and Educational Sciences, Alzahra University, Tehran, Islamic Republic of Iran; (3) Shadi Abdoli, Department of Information Science, Université de Montreal, Montreal, Canada (4) Marcel Ausloos, School of Business, University of Leicester, Leicester, UK and Bucharest University of Economic Studies, Bucharest, Romania. Table of Links Abstract and Introduction Abstract and Introduction Materials and Methods Materials and Methods Results Results RQ 1: AI and scientometrics RQ 1: AI and scientometrics RQ 2: AI and webometrics RQ 2: AI and webometrics RQ 3: AI and bibliometrics RQ 3: AI and bibliometrics Discussion Discussion RQ 4: Future of Scientometrics, Webometrics, and Bibliometrics with AI RQ 4: Future of Scientometrics, Webometrics, and Bibliometrics with AI RQ 5: Ethical Considerations of Scientometrics, Webometrics, and Bibliometrics with AI RQ 5: Ethical Considerations of Scientometrics, Webometrics, and Bibliometrics with AI Conclusion, Limitations, and References Conclusion, Limitations, and References RQ 2: AI and webometrics In webometrics, AI can provide several specific benefits including Web Crawling and Data Collection, Web Link Analysis, Web Content Analysis, Social Media Analysis, Web Impact Analysis, and Recommender Systems as sketched in Figure 3, and e.g. it has been demonstrated through papers like [9, 10, 21, 36-45]. These 6 considerations point to the potential benefits and suggest focused strategies for utilizing AI capabilities in webometrics. The resulting findings highlight how AI can improve the quality, accessibility, and data collection processes in webometrics analyses, as outlined in Table 2. Indeed, algorithms based on artificial intelligence can automatically crawl and collect data from websites, including institutional websites, scientific research portals, and online repositories [39, 42]. This enables researchers to gather large amounts of web-based information for analysis, including publication data, author profiles, and citation patterns. In order to understand the relationship between publications, websites, and authors, artificial intelligence approaches can analyze hyperlink structures and web link patterns [9, 43]. By analyzing the link structure, AI algorithms can identify influential websites and authors, as well as detect communities, collaborations, and research networks within the web-based scientific ecosystem [17]. AI techniques, such as natural language processing and machine learning, can be employed to analyze the content of webpages and scientific publications available online [40, 41]. This enables researchers to extract key information, such as keywords, topics, and sentiments, from web-based documents, facilitating comprehensive analysis and understanding of research outputs. AI can analyze social media platforms, such as Twitter, to understand the online discussions, trends, and interactions related to scientific research [36, 38, 44]. By analyzing hashtags, mentions, and user behavior, AI algorithms can identify influential research topics, key opinion leaders, and potential collaborations within the online scientific community, as demonstrated in such previous works. AI can assess the impact and visibility of scientific research on the web [37, 46]. Indeed, by analyzing web traffic, page views, and social media metrics, AI algorithms can provide insights into the online visibility, dissemination, and engagement of scientific publications, authors, and research institutions. “Finally”, AI-powered recommender systems can assist researchers in discovering relevant scientific websites, online resources, and research collaborations [35, 45]. These papers, based on user preferences, reading behavior, and web usage data, show that personalized recommendations can be generated using AI algorithms, making it easier for researchers to explore the web-based scientific landscape and discover new opportunities for further research. This paper is available on arxiv under CC BY 4.0 DEED license. This paper is available on arxiv under CC BY 4.0 DEED license. available on arxiv

"In webometrics, AI can provide several specific benefits including Web Crawling, Data Collection...

"ওয়েবমেট্রিক্সে, AI ওয়েব ক্রলিং, ডেটা সংগ্রহ সহ বেশ কিছু নির্দিষ্ট সুবিধা প্রদান করতে পারে...

„In der Webometrie kann KI mehrere spezifische Vorteile bieten, darunter Web-Crawling und Datenerfassung …

"En webmetría, la IA puede proporcionar varios beneficios específicos, incluido el rastreo web, la recopilación de datos...

"En webométrie, l'IA peut apporter plusieurs avantages spécifiques, notamment l'exploration du Web, la collecte de données...

"वेबमेट्रिक्स में, एआई वेब क्रॉलिंग, डेटा संग्रह सहित कई विशिष्ट लाभ प्रदान कर सकता है...

「ウェブメトリクスでは、AI は Web クロール、データ収集など、いくつかの具体的なメリットを提供できます...」

"웹 측정학에서 AI는 웹 크롤링, 데이터 수집 등 여러 가지 구체적인 이점을 제공할 수 있습니다.

"Na webometria, a IA pode fornecer vários benefícios específicos, incluindo rastreamento da Web, coleta de dados...

«В вебометрике искусственный интеллект может предоставить несколько конкретных преимуществ, включая веб-сканирование, сбор данных…

"Webometride yapay zeka, Web Taraması, Veri Toplama gibi çeşitli belirli faydalar sağlayabilir...

"Trong webometrics, AI có thể mang lại một số lợi ích cụ thể bao gồm Thu thập thông tin trên web, Thu thập dữ liệu...

“在网络计量学中，人工智能可以提供一些特定的好处，包括网络爬虫、数据收集……

Navigating toward a cloud-native architecture can be both exciting and challenging. The expectation of learning valuable lessons should always be top of mind as design becomes a reality. In this article, I wanted to focus on an example where my project seemed like a perfect serverless use case, one where I’d leverage AWS Lambda. Spoiler alert: it was not. Rendering Fabric.js Data In a publishing project, we utilized Fabric.js—a JavaScript HTML5 canvas library—to manage complex metadata and content layers. These complexities included spreads, pages, and templates, each embedded with fonts, text attributes, shapes, and images. As the content evolved, teams were tasked with updates, necessitating the creation of a publisher-quality PDF after each update. We built a Node.js service to run Fabric.js, generating PDFs and storing resources in AWS S3 buckets with private cloud access. During a typical usage period, over 10,000 teams were using the service, with each contributor sending multiple requests to the service as a result of manual page saves or auto-saves driven by the Angular client. The service was set up to run as a Lambda in AWS. The idea of paying at the request level seemed ideal. Where Serverless Fell Short We quickly realized that our Lambda approach wasn’t going to cut it. The spin-up time turned out to be the first issue. Not only was there the time required to start the Node.js service, but preloading nearly 100 different fonts that could be used by those 10,000 teams caused delays too. We were also concerned about Lambda’s processing limit of 250 MB of unzipped source code. The initial release of the code was already over 150 MB in size, and we still had a large backlog of feature requests that would only drive this number higher. Finally, the complexity of the pages—especially as more elements were added—demanded increased CPU and memory to ensure quick PDF generation. After observing the usage for first-generation page designs completed by the teams, we forecasted the need for nearly 12 GB of RAM. Currently, AWS Lambdas are limited to 10 GB of RAM. Ultimately, we opted for dedicated EC2 compute resources to handle the heavy lifting. Unfortunately, this decision significantly increased our DevOps management workload. Looking For a Better Solution Although I am no longer involved with that project, I’ve always wondered if there was a better solution for this use case. While I appreciate AWS, Google, and Microsoft providing enterprise-scale options for cloud-native adoption, what kills me is the associated learning curve for every service. The company behind the project was a smaller technology team. Oftentimes teams in that position struggle with adoption when it comes to using the big three cloud providers. The biggest challenges I continue to see in this regard are: A heavy investment in DevOps or CloudOps to become cloud-native.
Gaining a full understanding of what appears to be endless options.
Tech debt related to cost analysis and optimization. Since I have been working with the Heroku platform, I decided to see if they had an option for my use case. Turns out, they introduced large dynos earlier this year. For example, with their Performance-L RAM dyno, my underlying service would get 50x the compute power of a standard Dyno and 30 GB of RAM. The capability to write to AWS S3 has been available from Heroku for a long time too. V2 Design In Action Using the Performance-L RAM dyno in Heroku would be no different (at least operationally) than using any other dyno in Heroku. To run my code, I just needed the following items: A Heroku account
The Heroku command-line interface (CLI) installed locally After navigating to the source code folder, I would issue a series of commands to log in to Heroku, create my app, set up my AWS-related environment variables, and run up to five instances of the service using the Performance-L dyno with auto-scaling in place: heroku login
heroku apps:create example-service
heroku config:set AWS_ACCESS_KEY_ID=MY-ACCESS-ID AWS_SECRET_ACCESS_KEY=MY-ACCESS-KEY
heroku config:set S3_BUCKET_NAME=example-service-assets
heroku ps:scale web=5:Performance-L-RAM
git push heroku main Once deployed, my example-service application can be called via standard RESTful API calls. As needed, the auto-scaling technology in Heroku could launch up to five instances of the Performance-L Dyno to meet consumer demand. I would have gotten all of this without having to spend a lot of time understanding a complicated cloud infrastructure or worrying about cost analysis and optimization. Projected Gains As I thought more about the CPU and memory demands of our publishing project—during standard usage seasons and peak usage seasons—I saw how these performance dynos would have been exactly what we needed. Instead of crippling our CPU and memory when the requested payload included several Fabric.js layers, we would have had enough horsepower to generate the expected image, often before the user navigated to the page containing the preview images.
We wouldn’t have had size constraints on our application source code, which we would inevitably have hit in AWS Lambda limitations within the next 3 to 4 sprints.
The time required for our DevOps team to learn Lambdas first and then switch to EC2 hit our project’s budget pretty noticeably. And even then, those services weren't cheap, especially when spinning up several instances to keep up with demand. But with Heroku, the DevOps investment would be considerably reduced, placed into the hands of software engineers working on the use case. Just like any other dyno, it’s easy to use and scale up the performance dynos either with the CLI or the Heroku dashboard. Conclusion My readers may recall my mission statement, which I feel can apply to any IT professional: “Focus your time on delivering features/functionality that extends the value of your intellectual property. Leverage frameworks, products, and services for everything else.” - J. Vester In this example, I had a use case that required a large amount of CPU and memory to process complicated requests made by over 10,000 consumer teams. I walked through what it would have looked like to fulfill this use case using Heroku's large dynos, and all I needed was a few CLI commands to get up and running. Burning out your engineering and DevOps teams is not your only option. There are alternatives available to relieve the strain. By taking the Heroku approach, you lose the steep learning curve that often comes with cloud adoption from the big three. Even better, the tech debt associated with cost analysis and optimization never sees the light of day. In this case, Heroku adheres to my mission statement, allowing teams to focus on what is likely a mountain of feature requests to help product owners meet their objectives. Have a really great day! Navigating toward a cloud-native architecture can be both exciting and challenging. The expectation of learning valuable lessons should always be top of mind as design becomes a reality. architecture In this article, I wanted to focus on an example where my project seemed like a perfect serverless use case, one where I’d leverage AWS Lambda. Spoiler alert: it was not. Spoiler alert: it was not. Rendering Fabric.js Data In a publishing project, we utilized Fabric.js —a JavaScript HTML5 canvas library—to manage complex metadata and content layers. These complexities included spreads, pages, and templates, each embedded with fonts, text attributes, shapes, and images. As the content evolved, teams were tasked with updates, necessitating the creation of a publisher-quality PDF after each update. Fabric.js JavaScript We built a Node.js service to run Fabric.js, generating PDFs and storing resources in AWS S3 buckets with private cloud access. During a typical usage period, over 10,000 teams were using the service, with each contributor sending multiple requests to the service as a result of manual page saves or auto-saves driven by the Angular client. Node.js Angular The service was set up to run as a Lambda in AWS. The idea of paying at the request level seemed ideal. Where Serverless Fell Short We quickly realized that our Lambda approach wasn’t going to cut it. The spin-up time turned out to be the first issue. Not only was there the time required to start the Node.js service, but preloading nearly 100 different fonts that could be used by those 10,000 teams caused delays too. We were also concerned about Lambda’s processing limit of 250 MB of unzipped source code. The initial release of the code was already over 150 MB in size, and we still had a large backlog of feature requests that would only drive this number higher. Finally, the complexity of the pages—especially as more elements were added—demanded increased CPU and memory to ensure quick PDF generation. After observing the usage for first-generation page designs completed by the teams, we forecasted the need for nearly 12 GB of RAM. Currently, AWS Lambdas are limited to 10 GB of RAM. Ultimately, we opted for dedicated EC2 compute resources to handle the heavy lifting. Unfortunately, this decision significantly increased our DevOps management workload. Looking For a Better Solution Although I am no longer involved with that project, I’ve always wondered if there was a better solution for this use case. While I appreciate AWS, Google, and Microsoft providing enterprise-scale options for cloud-native adoption, what kills me is the associated learning curve for every service. The company behind the project was a smaller technology team. Oftentimes teams in that position struggle with adoption when it comes to using the big three cloud providers. The biggest challenges I continue to see in this regard are: The biggest challenges I continue to see in this regard are: A heavy investment in DevOps or CloudOps to become cloud-native. Gaining a full understanding of what appears to be endless options. Tech debt related to cost analysis and optimization. A heavy investment in DevOps or CloudOps to become cloud-native. Gaining a full understanding of what appears to be endless options. Tech debt related to cost analysis and optimization. Since I have been working with the Heroku platform, I decided to see if they had an option for my use case. Turns out, they introduced large dynos earlier this year. For example, with their Performance-L RAM dyno, my underlying service would get 50x the compute power of a standard Dyno and 30 GB of RAM. The capability to write to AWS S3 has been available from Heroku for a long time too. Heroku large dynos write to AWS S3 V2 Design In Action Using the Performance-L RAM dyno in Heroku would be no different (at least operationally) than using any other dyno in Heroku. To run my code, I just needed the following items: A Heroku account The Heroku command-line interface (CLI) installed locally A Heroku account The Heroku command-line interface (CLI) installed locally Heroku command-line interface (CLI) After navigating to the source code folder, I would issue a series of commands to log in to Heroku, create my app, set up my AWS-related environment variables, and run up to five instances of the service using the Performance-L dyno with auto-scaling in place: heroku login
heroku apps:create example-service
heroku config:set AWS_ACCESS_KEY_ID=MY-ACCESS-ID AWS_SECRET_ACCESS_KEY=MY-ACCESS-KEY
heroku config:set S3_BUCKET_NAME=example-service-assets
heroku ps:scale web=5:Performance-L-RAM
git push heroku main heroku login
heroku apps:create example-service
heroku config:set AWS_ACCESS_KEY_ID=MY-ACCESS-ID AWS_SECRET_ACCESS_KEY=MY-ACCESS-KEY
heroku config:set S3_BUCKET_NAME=example-service-assets
heroku ps:scale web=5:Performance-L-RAM
git push heroku main Once deployed, my example-service application can be called via standard RESTful API calls. As needed, the auto-scaling technology in Heroku could launch up to five instances of the Performance-L Dyno to meet consumer demand. example-service I would have gotten all of this without having to spend a lot of time understanding a complicated cloud infrastructure or worrying about cost analysis and optimization. Projected Gains As I thought more about the CPU and memory demands of our publishing project—during standard usage seasons and peak usage seasons—I saw how these performance dynos would have been exactly what we needed. Instead of crippling our CPU and memory when the requested payload included several Fabric.js layers, we would have had enough horsepower to generate the expected image, often before the user navigated to the page containing the preview images. We wouldn’t have had size constraints on our application source code, which we would inevitably have hit in AWS Lambda limitations within the next 3 to 4 sprints. The time required for our DevOps team to learn Lambdas first and then switch to EC2 hit our project’s budget pretty noticeably. And even then, those services weren't cheap, especially when spinning up several instances to keep up with demand. Instead of crippling our CPU and memory when the requested payload included several Fabric.js layers, we would have had enough horsepower to generate the expected image, often before the user navigated to the page containing the preview images. We wouldn’t have had size constraints on our application source code, which we would inevitably have hit in AWS Lambda limitations within the next 3 to 4 sprints. The time required for our DevOps team to learn Lambdas first and then switch to EC2 hit our project’s budget pretty noticeably. And even then, those services weren't cheap, especially when spinning up several instances to keep up with demand. But with Heroku, the DevOps investment would be considerably reduced, placed into the hands of software engineers working on the use case. Just like any other dyno, it’s easy to use and scale up the performance dynos either with the CLI or the Heroku dashboard. Conclusion My readers may recall my mission statement, which I feel can apply to any IT professional: “Focus your time on delivering features/functionality that extends the value of your intellectual property. Leverage frameworks, products, and services for everything else.” - J. Vester “Focus your time on delivering features/functionality that extends the value of your intellectual property. Leverage frameworks, products, and services for everything else.” - J. Vester In this example, I had a use case that required a large amount of CPU and memory to process complicated requests made by over 10,000 consumer teams. I walked through what it would have looked like to fulfill this use case using Heroku's large dynos, and all I needed was a few CLI commands to get up and running. Burning out your engineering and DevOps teams is not your only option. There are alternatives available to relieve the strain. By taking the Heroku approach, you lose the steep learning curve that often comes with cloud adoption from the big three. Even better, the tech debt associated with cost analysis and optimization never sees the light of day. In this case, Heroku adheres to my mission statement, allowing teams to focus on what is likely a mountain of feature requests to help product owners meet their objectives. Have a really great day!

When You Need More Power Than Lambda Provides

In this captivating interview, we dive deep into the world of Web3 and blockchain technology with Emile Dubié, the visionary co-founder of XDEFI. Discover the inspiring journey behind XDEFI's creation, its mission to revolutionize the multi-chain ecosystem, and its unique approach to navigating the competitive landscape of Web3 and blockchain interoperability. Ishan Pandey: Hello Emile, It's a pleasure to welcome you to our 'Behind the Startup' series. Can you tell us about the founding journey of XDEFI and what inspired you to create XDEFI? Emile Dubié: Hello Ishan. Thank you for having me. Both my co-founder and I were early investors and community members of the THORChain ecosystem. At that time, MetaMask was the only wallet extension available, and it was exclusively focused on Ethereum. We were convinced that the future would be multi-chain, and we decided to address this gap in the market. Our initial goal was to create the best wallet for users to interact with any interfaces built on top of THORChain. This goal then evolved into providing the best wallet for anyone. Ishan Pandey: How does XDEFI plan to differentiate itself in the Web3 and blockchain interoperability competitive landscape? Emile Dubié: As of today, we are the wallet that supports the most chains, with over 1,700 networks. We provide the best way for users to navigate from one ecosystem to another. Our swap feature supports more assets than any other wallet, and our gas tank abstracts the concept of gas, allowing users to migrate seamlessly between ecosystems without leaving the wallet or worrying about gas. We have implemented chain and account abstraction features that make the overall experience for the end users seamless when interacting with several ecosystems. Ishan Pandey: How are you navigating these challenges to ensure compliance with increasing regulatory scrutiny on cryptocurrencies and blockchain projects? Emile Dubié:  We are following closely what is happening at a regulatory level. As we are not in the custody of users' funds, we do not have the same requirements as centralized venues. We believe that self-custody is a fundamental right. Ishan Pandey: Given the rising price of Bitcoin and other cryptocurrencies, how do you see this trend affecting the adoption and development of crypto wallet platforms? Emile Dubié: We estimate there are over 500 million crypto holders globally, but only 10% currently use a self-custody wallet. Most opportunities are now on-chain, requiring a wallet to access them. We believe that in the next 24 months, more users will install wallets for on-chain activities. In the long term, we anticipate users will interact with wallets daily without realizing it's different from the fintech apps like Revolut or N26 they use regularly. As more corporations enter the space, further adoption will drive the necessity for wallets among users. Ishan Pandey: Can you discuss XDEFI's business model and how it aims to generate revenue while providing value to its users? Emile Dubié: We generate revenue from fees collected on swaps and bridging happening directly within the wallet. More revenue-generating features will be added in the future. Wallets are the first interfaces users interact with when they start on-chain. We believe they will add differentiating features that are easier to use than those on a dApp, creating new opportunities for revenue generation. Ishan Pandey: How do you envision the future of Web3, and what role do you believe you can play in shaping that future? Emile Dubié: The future of web3 lies in its potential to create a decentralized, user-controlled internet. Our mission is to help people access more attractive financial opportunities than they would if they kept their assets off-chain. Don’t forget to like and share the story! Vested Interest Disclosure: This author is an independent contributor publishing via our business blogging program. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR. In this captivating interview, we dive deep into the world of Web3 and blockchain technology with Emile Dubié, the visionary co-founder of XDEFI . Discover the inspiring journey behind XDEFI 's creation, its mission to revolutionize the multi-chain ecosystem, and its unique approach to navigating the competitive landscape of Web3 and blockchain interoperability. XDEFI XDEFI Ishan Pandey: Hello Emile, It's a pleasure to welcome you to our 'Behind the Startup' series. Can you tell us about the founding journey of XDEFI and what inspired you to create XDEFI? Ishan Pandey: Hello Emile, It's a pleasure to welcome you to our 'Behind the Startup' series. Can you tell us about the founding journey of XDEFI and what inspired you to create XDEFI? Ishan Pandey: Hello Emile, It's a pleasure to welcome you to our 'Behind the Startup' series. Can you tell us about the founding journey of XDEFI and what inspired you to create XDEFI? Emile Dubié: Hello Ishan. Thank you for having me. Both my co-founder and I were early investors and community members of the THORChain ecosystem. At that time, MetaMask was the only wallet extension available, and it was exclusively focused on Ethereum. We were convinced that the future would be multi-chain, and we decided to address this gap in the market. Our initial goal was to create the best wallet for users to interact with any interfaces built on top of THORChain. This goal then evolved into providing the best wallet for anyone. Emile Dubié: Ishan Pandey: How does XDEFI plan to differentiate itself in the Web3 and blockchain interoperability competitive landscape? Ishan Pandey: How does XDEFI plan to differentiate itself in the Web3 and blockchain interoperability competitive landscape? Ishan Pandey: How does XDEFI plan to differentiate itself in the Web3 and blockchain interoperability competitive landscape? Emile Dubié: As of today, we are the wallet that supports the most chains, with over 1,700 networks. We provide the best way for users to navigate from one ecosystem to another. Our swap feature supports more assets than any other wallet, and our gas tank abstracts the concept of gas, allowing users to migrate seamlessly between ecosystems without leaving the wallet or worrying about gas. We have implemented chain and account abstraction features that make the overall experience for the end users seamless when interacting with several ecosystems. Emile Dubié: Ishan Pandey: How are you navigating these challenges to ensure compliance with increasing regulatory scrutiny on cryptocurrencies and blockchain projects? Ishan Pandey: How are you navigating these challenges to ensure compliance with increasing regulatory scrutiny on cryptocurrencies and blockchain projects? Ishan Pandey: How are you navigating these challenges to ensure compliance with increasing regulatory scrutiny on cryptocurrencies and blockchain projects? Emile Dubié: We are following closely what is happening at a regulatory level. As we are not in the custody of users' funds, we do not have the same requirements as centralized venues. We believe that self-custody is a fundamental right. Emile Dubié: Ishan Pandey: Given the rising price of Bitcoin and other cryptocurrencies, how do you see this trend affecting the adoption and development of crypto wallet platforms? Ishan Pandey: Given the rising price of Bitcoin and other cryptocurrencies, how do you see this trend affecting the adoption and development of crypto wallet platforms? Ishan Pandey: Given the rising price of Bitcoin and other cryptocurrencies, how do you see this trend affecting the adoption and development of crypto wallet platforms? Emile Dubié: We estimate there are over 500 million crypto holders globally, but only 10% currently use a self-custody wallet. Most opportunities are now on-chain, requiring a wallet to access them. We believe that in the next 24 months, more users will install wallets for on-chain activities. In the long term, we anticipate users will interact with wallets daily without realizing it's different from the fintech apps like Revolut or N26 they use regularly. As more corporations enter the space, further adoption will drive the necessity for wallets among users. Emile Dubié: Ishan Pandey: Can you discuss XDEFI's business model and how it aims to generate revenue while providing value to its users? Ishan Pandey: Can you discuss XDEFI's business model and how it aims to generate revenue while providing value to its users? Ishan Pandey: Can you discuss XDEFI's business model and how it aims to generate revenue while providing value to its users? Emile Dubié: We generate revenue from fees collected on swaps and bridging happening directly within the wallet. More revenue-generating features will be added in the future. Wallets are the first interfaces users interact with when they start on-chain. We believe they will add differentiating features that are easier to use than those on a dApp, creating new opportunities for revenue generation. Emile Dubié: Ishan Pandey: How do you envision the future of Web3, and what role do you believe you can play in shaping that future? Ishan Pandey: How do you envision the future of Web3, and what role do you believe you can play in shaping that future? Ishan Pandey: How do you envision the future of Web3, and what role do you believe you can play in shaping that future? Emile Dubié: The future of web3 lies in its potential to create a decentralized, user-controlled internet. Our mission is to help people access more attractive financial opportunities than they would if they kept their assets off-chain. Emile Dubié: Don’t forget to like and share the story! Vested Interest Disclosure: This author is an independent contributor publishing via our business blogging program. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR. Vested Interest Disclosure: This author is an independent contributor publishing via our business blogging program . HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR. Vested Interest Disclosure: business blogging program business blogging program

How XDEFI Plans to Provide the Best Wallet Experience for Web3 Users and Why It's Crucial

কিভাবে XDEFI Web3 ব্যবহারকারীদের জন্য সেরা ওয়ালেট অভিজ্ঞতা প্রদানের পরিকল্পনা করে এবং কেন এটি অত্যন্ত গুরুত্বপূর্ণ

Wie XDEFI das beste Wallet-Erlebnis für Web3-Benutzer bieten will und warum das so wichtig ist

Cómo XDEFI planea brindar la mejor experiencia de billetera para los usuarios de Web3 y por qué es crucial

Comment XDEFI prévoit de fournir la meilleure expérience de portefeuille aux utilisateurs Web3 et pourquoi c'est crucial

XDEFI वेब3 उपयोगकर्ताओं के लिए सर्वश्रेष्ठ वॉलेट अनुभव प्रदान करने की योजना कैसे बना रहा है और यह क्यों महत्वपूर्ण है

XDEFIがWeb3ユーザーに最高のウォレット体験を提供する計画とその重要性

XDEFI가 Web3 사용자에게 최고의 지갑 경험을 제공할 계획을 세우는 방법과 이것이 중요한 이유

Como a XDEFI planeja fornecer a melhor experiência de carteira para usuários Web3 e por que isso é crucial

Как XDEFI планирует обеспечить лучший опыт работы с кошельком для пользователей Web3 и почему это важно

XDEFI, Web3 Kullanıcılarına En İyi Cüzdan Deneyimini Nasıl Sunmayı Planlıyor ve Neden Önemli?

XDEFI lên kế hoạch cung cấp trải nghiệm ví tốt nhất cho người dùng Web3 như thế nào và tại sao nó lại quan trọng

XDEFI 计划如何为 Web3 用户提供最佳钱包体验以及其为何至关重要

AWS LetsEncrypt Lambda or Why I Wrote a Custom TLS Provider for AWS Using OpenTofu and Go

AWS LetsEncrypt Lambda বা কেন আমি OpenTofu এবং Go ব্যবহার করে AWS এর জন্য একটি কাস্টম TLS প্রদানকারী লিখেছি

AWS LetsEncrypt Lambda oder warum ich mit OpenTofu und Go einen benutzerdefinierten TLS-Anbieter für AWS geschrieben habe

AWS LetsEncrypt Lambda o por qué escribí un proveedor TLS personalizado para AWS usando OpenTofu and Go

AWS LetsEncrypt Lambda ou pourquoi j'ai écrit un fournisseur TLS personnalisé pour AWS à l'aide d'OpenTofu and Go

AWS LetsEncrypt लैम्ब्डा या मैंने OpenTofu और Go का उपयोग करके AWS के लिए एक कस्टम TLS प्रदाता क्यों लिखा

AWS LetsEncrypt Lambda または OpenTofu と Go を使用して AWS 用のカスタム TLS プロバイダーを作成した理由

AWS LetsEncrypt Lambda 또는 OpenTofu 및 Go를 사용하여 AWS용 사용자 지정 TLS 공급자를 작성한 이유

AWS LetsEncrypt Lambda ou por que escrevi um provedor TLS personalizado para AWS usando OpenTofu and Go

AWS LetsEncrypt Lambda или почему я написал собственный TLS-провайдер для AWS с использованием OpenTofu и Go

AWS LetsEncrypt Lambda veya OpenTofu ve Go'yu Kullanarak AWS için Neden Özel bir TLS Sağlayıcısı Yazdım?

AWS LetsEncrypt Lambda hoặc Tại sao tôi viết Nhà cung cấp TLS tùy chỉnh cho AWS bằng OpenTofu và Go

AWS LetsEncrypt Lambda 或为什么我使用 OpenTofu 和 Go 为 AWS 编写自定义 TLS 提供程序

If you ever wondered how to add your company’s logo to your emails, this article is for you. Today, Selzy covers everything about email avatars and their impact on business. What Is an Email Avatar, and Why Do You Need It? You might not know what email avatar is, but you’ve definitely seen one in your inbox. An email avatar is a small circle with an image that appears next to the sender’s name and address, helping recipients identify senders. It can also be called an email profile picture or an email profile logo. By default, mailbox providers assign generic nondescript avatars to new users. Usually, it’s the first letter of the sender’s name. Unlike on social media in emails, profile pictures don’t seem to be a must: even service emails from Google or Yahoo don’t have an avatar. That’s why emails that have an avatar tend to stand out more. Look at the screenshot below: Which messages did you look at first? The chances are that emails from Morning Brew and Mike Allen immediately grabbed your attention. And only then, you scanned the other two, with L and A letters instead of pictures. Email avatars aren’t just visually striking, they also bring tangible value. According to the 2023 Consumer Email Tracker report by DMA, 61% of people decide to open the email because they recognize the brand, and 39% do so because they recognize the brand logo. For senders, it means that an email avatar, especially a branded one, will likely increase open rates. Different Avatar Types Automatically Generated Avatar That’s the default option. Usually, a mailbox provider assigns a logo with the first letter of your or your brand’s name. Instead of a letter, it can be a human silhouette, but still just as nondescript. Company Logo Company logos as avatars are a solid option to promote brand recall and stand out among competitors in an inbox. This helps recipients quickly identify marketing messages from their favorite brands in a cluttered inbox. Custom Images Custom images — usually photos — help subscribers recognize you faster. An example: journalist Mike Allen uses a photo in his Axios newsletter. Interestingly, emails from Axios as a company don’t have a logo. How to Add Email Avatars for Different Mailbox Providers Adding an email avatar is a simple process, similar for different mailbox providers: go to account settings, click the email avatar, and upload or choose the picture to replace the auto-generated one. The tricky part is that avatars don’t get displayed across different mailbox providers. If you send from Outlook to Gmail, Gmail recipients won’t see an avatar you set in Outlook. If you want to send bulk emails with an ESP and have your profile picture displayed in any inbox, create a corporate email domain, and link it to each mailbox provider. Then, set a profile picture for this domain in each mailbox provider separately. Let’s explore how to add profile logos across different mailbox providers and what nuance you might need to take into account. Gmail Go to Google Workspace account settings, choose an image from your computer, and crop it. Gmail doesn’t have any requirements for image size or format. Google Workspace allows users with different addresses belonging to the same email domain to have unique profile pictures. It’s useful when you send multiple newsletters and want each newsletter to have its unique email avatar. On mobile devices, you can see email avatars in the Gmail app right in the inbox; they also appear in push notifications. On the desktop, they appear only inside opened emails. Outlook On the Outlook home page, click on the avatar at the top of the page, choose Edit profile, and add or change the profile picture in the settings. It will only show up in the mobile apps and inside opened emails on the desktop. Although Outlook is a big email provider, not many seem to use it to the fullest. The same brands and newsletters we covered earlier in the article don’t have a profile picture in Outlook. Then again, even Outlook’s support team doesn’t have one. Go to Yahoo’s main page and, depending on the platform (desktop, web app, or mobile), change the profile picture to your liking. Default Yahoo avatars are stylized letters of the sender’s name, but you can always replace them with a profile picture. Once you set a profile picture, you can’t remove it and revert to stylized letters — you can only replace it with a new one. Your email avatar will be displayed in all Yahoo services — for example, in Yahoo! News comment section. Some users can choose to not see senders’ profile pictures in their inboxes and have the profile pictures replaced with checkboxes for a more minimalistic look. Apple Mail Having your brand’s logo displayed in Apple Mail is not possible unless subscribers decide to assign it by themselves. They have to create a new contact from the email address, and then choose to add a photo to get to set up an avatar — which can be any picture. The senders won’t see them. Avatar vs BIMI One more way to add an email avatar is BIMI or Brand Indicators for Message Identification. The result will be the same —  your email profile picture will be in place — however, with BIMI, you get logos and better protection for your recipients from phishing attacks. BIMI is a method of email authentication, in addition to DKIM, DMARC, and SPF. “In addition” is the keyword — to get BIMI, you need to set up the DMARC authentication first. From that perspective, getting BIMI sounds like a good thing to do, but there’s a “but” — it costs at least $1,299 per year. That’s because you have to buy a digital certificate that proves you own your logo as a trademark. That’s a bummer for businesses that don’t have twelve hundred bucks to spend on a 32 KB image. Moreover, BIMI is not universally supported yet. As of May 2024, Microsoft doesn’t even plan to implement it, and some email clients like Yahoo! Japan, Seznam.cz, Comcast, and Qualitia are only considering it. So, if the majority of your audience is not in the US, getting BIMI might simply be not worth it. Email Avatar vs Gravatar Gravatar occasionally pops up in conversations about email avatars. However, you can’t set an avatar for a mailbox provider (Gmail or Yahoo) with Gravatar because it is meant for a different use. Gravatar is a service that helps you automatically set profile pictures, contact details, and even a short bio for websites on WordPress and a handful of services that are heavily used in the work setting, like Atlassian products, Slack, and GitHub. Gravatar is especially useful with WordPress websites since it saves you from the trouble of uploading a profile picture each time you want to leave a comment on a new WordPress website. Here’s what the setup process looks like: Sign up on Gravatar with your email address.


Upload an image or a photo you like.


Going forward, you’ll have your profile picture displayed on every WordPress website or supported service, provided you sign up with the same email address as on Gravatar. Key Takeaways Avatars help emails stand out and impact the open rate. Unique logos look more pronounced than generic ones, recipients also trust them more. You can add company logos or your photos for email avatars. Your company will stand out in subscribers’ inboxes while a photo helps subscribers immediately recognize who sent the email. Email avatars are only seen within the same mailbox provider. Create a corporate account in each mailbox provider and set an avatar. Otherwise, if you only have Gmail with a logo, your Outlook subscribers won’t see it. Use BIMI to add logos and improve security but be ready to pay. BIMI gives you a trademark logo and protection from phishing attacks. It costs at least $1,299 a year while avatars without BIMI are free. If you ever wondered how to add your company’s logo to your emails, this article is for you. Today, Selzy covers everything about email avatars and their impact on business. Selzy What Is an Email Avatar, and Why Do You Need It? What Is an Email Avatar, and Why Do You Need It? You might not know what email avatar is, but you’ve definitely seen one in your inbox. An email avatar is a small circle with an image that appears next to the sender’s name and address, helping recipients identify senders. It can also be called an email profile picture or an email profile logo. By default, mailbox providers assign generic nondescript avatars to new users. Usually, it’s the first letter of the sender’s name. Unlike on social media in emails, profile pictures don’t seem to be a must: even service emails from Google or Yahoo don’t have an avatar. That’s why emails that have an avatar tend to stand out more. Look at the screenshot below: Which messages did you look at first? The chances are that emails from Morning Brew and Mike Allen immediately grabbed your attention. And only then, you scanned the other two, with L and A letters instead of pictures. L A Email avatars aren’t just visually striking, they also bring tangible value. According to the 2023 Consumer Email Tracker report by DMA, 61% of people decide to open the email because they recognize the brand, and 39% do so because they recognize the brand logo. For senders, it means that an email avatar, especially a branded one, will likely increase open rates. According to the 2023 Consumer Email Tracker report by DMA, 61% of people decide to open the email because they recognize the brand, and 39% do so because they recognize the brand logo. Consumer Email Tracker Consumer Email Tracker Different Avatar Types Different Avatar Types Automatically Generated Avatar Automatically Generated Avatar That’s the default option. Usually, a mailbox provider assigns a logo with the first letter of your or your brand’s name. Instead of a letter, it can be a human silhouette, but still just as nondescript. Company Logo Company Logo Company logos as avatars are a solid option to promote brand recall and stand out among competitors in an inbox. This helps recipients quickly identify marketing messages from their favorite brands in a cluttered inbox. Custom Images Custom Images Custom images — usually photos — help subscribers recognize you faster. An example: journalist Mike Allen uses a photo in his Axios newsletter. Interestingly, emails from Axios as a company don’t have a logo. How to Add Email Avatars for Different Mailbox Providers How to Add Email Avatars for Different Mailbox Providers Adding an email avatar is a simple process, similar for different mailbox providers: go to account settings, click the email avatar, and upload or choose the picture to replace the auto-generated one. The tricky part is that avatars don’t get displayed across different mailbox providers. If you send from Outlook to Gmail, Gmail recipients won’t see an avatar you set in Outlook. If you want to send bulk emails with an ESP and have your profile picture displayed in any inbox, create a corporate email domain, and link it to each mailbox provider. Then, set a profile picture for this domain in each mailbox provider separately. bulk emails with an ESP bulk emails with an ESP Let’s explore how to add profile logos across different mailbox providers and what nuance you might need to take into account. Gmail Gmail Go to Google Workspace account settings , choose an image from your computer, and crop it. Gmail doesn’t have any requirements for image size or format. Google Workspace account settings Google Workspace account settings Google Workspace allows users with different addresses belonging to the same email domain to have unique profile pictures. It’s useful when you send multiple newsletters and want each newsletter to have its unique email avatar. On mobile devices, you can see email avatars in the Gmail app right in the inbox; they also appear in push notifications. On the desktop, they appear only inside opened emails. Outlook Outlook On the Outlook home page, click on the avatar at the top of the page, choose Edit profile, and add or change the profile picture in the settings. It will only show up in the mobile apps and inside opened emails on the desktop. change the profile picture change the profile picture Although Outlook is a big email provider, not many seem to use it to the fullest. The same brands and newsletters we covered earlier in the article don’t have a profile picture in Outlook. Then again, even Outlook’s support team doesn’t have one. Go to Yahoo’s main page and, depending on the platform (desktop, web app, or mobile), change the profile picture to your liking. Default Yahoo avatars are stylized letters of the sender’s name, but you can always replace them with a profile picture. depending on the platform depending on the platform Once you set a profile picture, you can’t remove it and revert to stylized letters — you can only replace it with a new one. Your email avatar will be displayed in all Yahoo services — for example, in Yahoo! News comment section. Some users can choose to not see senders’ profile pictures in their inboxes and have the profile pictures replaced with checkboxes for a more minimalistic look. checkboxes checkboxes Apple Mail Apple Mail Having your brand’s logo displayed in Apple Mail is not possible unless subscribers decide to assign it by themselves. They have to create a new contact from the email address, and then choose to add a photo to get to set up an avatar — which can be any picture. The senders won’t see them. Avatar vs BIMI Avatar vs BIMI One more way to add an email avatar is BIMI or Brand Indicators for Message Identification. The result will be the same —  your email profile picture will be in place — however, with BIMI, you get logos and better protection for your recipients from phishing attacks. BIMI BIMI and BIMI is a method of email authentication, in addition to DKIM, DMARC, and SPF. “In addition” is the keyword — to get BIMI, you need to set up the DMARC authentication first. From that perspective, getting BIMI sounds like a good thing to do, but there’s a “but” — it costs at least $1,299 per year . That’s because you have to buy a digital certificate that proves you own your logo as a trademark. That’s a bummer for businesses that don’t have twelve hundred bucks to spend on a 32 KB image. $1,299 per year $1,299 per year Moreover, BIMI is not universally supported yet. As of May 2024 , Microsoft doesn’t even plan to implement it, and some email clients like Yahoo! Japan, Seznam.cz, Comcast, and Qualitia are only considering it. So, if the majority of your audience is not in the US, getting BIMI might simply be not worth it. As of May 2024 As of May 2024 Email Avatar vs Gravatar Email Avatar vs Gravatar Gravatar occasionally pops up in conversations about email avatars. However, you can’t set an avatar for a mailbox provider (Gmail or Yahoo) with Gravatar because it is meant for a different use. Gravatar Gravatar Gravatar is a service that helps you automatically set profile pictures, contact details, and even a short bio for websites on WordPress and a handful of services that are heavily used in the work setting, like Atlassian products, Slack, and GitHub. Gravatar is especially useful with WordPress websites since it saves you from the trouble of uploading a profile picture each time you want to leave a comment on a new WordPress website. Here’s what the setup process looks like: Sign up on Gravatar with your email address. Upload an image or a photo you like. Going forward, you’ll have your profile picture displayed on every WordPress website or supported service, provided you sign up with the same email address as on Gravatar. Sign up on Gravatar with your email address. Sign up on Gravatar with your email address. Upload an image or a photo you like. Upload an image or a photo you like. Going forward, you’ll have your profile picture displayed on every WordPress website or supported service, provided you sign up with the same email address as on Gravatar. Going forward, you’ll have your profile picture displayed on every WordPress website or supported service, provided you sign up with the same email address as on Gravatar. Key Takeaways Key Takeaways Avatars help emails stand out and impact the open rate. Unique logos look more pronounced than generic ones, recipients also trust them more. Avatars help emails stand out and impact the open rate. Unique logos look more pronounced than generic ones, recipients also trust them more. Avatars help emails stand out and impact the open rate. You can add company logos or your photos for email avatars. Your company will stand out in subscribers’ inboxes while a photo helps subscribers immediately recognize who sent the email. You can add company logos or your photos for email avatars. Your company will stand out in subscribers’ inboxes while a photo helps subscribers immediately recognize who sent the email. You can add company logos or your photos for email avatars. Email avatars are only seen within the same mailbox provider. Create a corporate account in each mailbox provider and set an avatar. Otherwise, if you only have Gmail with a logo, your Outlook subscribers won’t see it. Email avatars are only seen within the same mailbox provider. Create a corporate account in each mailbox provider and set an avatar. Otherwise, if you only have Gmail with a logo, your Outlook subscribers won’t see it. Email avatars are only seen within the same mailbox provider. Use BIMI to add logos and improve security but be ready to pay. BIMI gives you a trademark logo and protection from phishing attacks. It costs at least $1,299 a year while avatars without BIMI are free. Use BIMI to add logos and improve security but be ready to pay. BIMI gives you a trademark logo and protection from phishing attacks. It costs at least $1,299 a year while avatars without BIMI are free. Use BIMI to add logos and improve security but be ready to pay.

Your Company Logo in Emails: How to Add an Email Avatar in Popular Mailbox Providers

ইমেলে আপনার কোম্পানির লোগো: জনপ্রিয় মেলবক্স প্রদানকারীদের মধ্যে কীভাবে একটি ইমেল অবতার যোগ করবেন

Ihr Firmenlogo in E-Mails: So fügen Sie einen E-Mail-Avatar bei beliebten Mailbox-Anbietern hinzu

El logotipo de su empresa en los correos electrónicos: cómo agregar un avatar de correo electrónico en proveedores de buzones de correo populares

Logo de votre entreprise dans les e-mails : comment ajouter un avatar d'e-mail dans les fournisseurs de boîtes aux lettres populaires

ईमेल में आपकी कंपनी का लोगो: लोकप्रिय मेलबॉक्स प्रदाताओं में ईमेल अवतार कैसे जोड़ें

メールに会社のロゴを表示: 人気のメールボックス プロバイダーでメール アバターを追加する方法

이메일의 회사 로고: 인기 있는 메일함 제공업체에 이메일 아바타를 추가하는 방법

O logotipo da sua empresa em e-mails: como adicionar um avatar de e-mail em provedores de caixa de correio populares

Логотип вашей компании в электронных письмах: как добавить аватар электронной почты у популярных провайдеров почтовых ящиков

E-postalarda Şirket Logonuz: Popüler Posta Kutusu Sağlayıcılarında E-posta Avatarı Nasıl Eklenir?

Logo công ty của bạn trong email: Cách thêm hình đại diện email vào các nhà cung cấp hộp thư phổ biến

电子邮件中的公司徽标：如何在热门邮箱提供商中添加电子邮件头像

SEOUL, South Korea, May 8, 2024—CoinNess, one of the largest cryptocurrency investment information providers in Asia, today launched its English service with a Live Feed feature for global audiences. CoinNess's Live Feed service provides real-time updates for investors in the blockchain and cryptocurrency industry. Founded in 2018, CoinNess has quickly established a strong presence, amassing an extensive user base of over 1 million across Asia, extending beyond South Korea. Renowned for its rapid distribution of the latest cryptocurrency updates, CoinNess aims to deliver breaking news within five minutes of new industry developments, ensuring continuous, around-the-clock coverage. Since the platform’s launch, the Live Feed feature has generated over 200,000 news briefs for investors. CoinNess is also the largest provider of cryptocurrency investment information for institutions in South Korea. Some 40 crypto-related platforms have integrated CoinNess's Live Feed API into their services. In 2023, CoinNess gained significant attention when it was selected by Naver, South Korea's largest search engine, to be the exclusive provider of live cryptocurrency updates as the internet giant made its first foray into displaying this type of content. In its latest development, CoinNess has forged a partnership with Yonhap Infomax, the financial news provider of the national news agency Yonhap News, to exclusively provide a live crypto feed. On May 7, CoinNess introduced the English Live Feed service for retail investors, along with a business-to-business (B2B) application programming interface (API) that its partners can implement into their services. In addition to Live Feed, CoinNess offers a comprehensive suite of information offerings related to crypto investment, including Asian market analysis, market data, on-chain data, and personalized curation of social media posts. Regarding the company's latest service introduction, CoinNess CEO Kim Jungho said, "Renowned Asian crypto exchanges, legacy media outlets, wallet providers, and online communities have implemented our Live Feed API to offer a fuller user experience for their customers." In preparation for the English Live Feed launch, CoinNess hired over ten professional content writers with extensive backgrounds in the crypto sector. This acquisition of new talent has raised the company's workforce to 50, covering both its Korean and English services. CoinNess boasts a seasoned content team and its own advanced algorithm that monitors and collects real-time data from a wide range of sources, including global media outlets, government agencies, social media platforms, crypto exchanges, and on-chain data providers. This comprehensive approach enables the CoinNess team to publish news briefs within five minutes of an issue breaking out. The platforms that have partnered with CoinNess recognize the value that the timely delivery of professional, concisely-written crypto sector news briefs brings to their users. CEO Kim expressed confidence in the new service, saying, “Our crypto Live Feed service is now accessible to institutional investors, including South Korean brokerage firms, through a terminal. This marks the first time in the world such an integration has been offered, demonstrating our service’s content quality.” Lastly, in celebration of its English Live Feed service launch, CoinNess has decided to provide its Live Feed API to partners free of charge for a limited time. If you would like to avail of this value addition for the benefit of your enterprise, don't hesitate to reach out to the CoinNess business team today at business@coinness.live. This story was distributed as a release by Btcwire under HackerNoon’s Business Blogging Program. Learn more about the program here. SEOUL, South Korea, May 8, 2024—CoinNess, one of the largest cryptocurrency investment information providers in Asia, today launched its English service with a Live Feed feature for global audiences. CoinNess's Live Feed service provides real-time updates for investors in the blockchain and cryptocurrency industry. Founded in 2018, CoinNess has quickly established a strong presence, amassing an extensive user base of over 1 million across Asia, extending beyond South Korea. Renowned for its rapid distribution of the latest cryptocurrency updates, CoinNess aims to deliver breaking news within five minutes of new industry developments, ensuring continuous, around-the-clock coverage. Since the platform’s launch, the Live Feed feature has generated over 200,000 news briefs for investors. CoinNess is also the largest provider of cryptocurrency investment information for institutions in South Korea. Some 40 crypto-related platforms have integrated CoinNess's Live Feed API into their services. In 2023, CoinNess gained significant attention when it was selected by Naver, South Korea's largest search engine, to be the exclusive provider of live cryptocurrency updates as the internet giant made its first foray into displaying this type of content. In its latest development, CoinNess has forged a partnership with Yonhap Infomax, the financial news provider of the national news agency Yonhap News, to exclusively provide a live crypto feed. On May 7, CoinNess introduced the English Live Feed service for retail investors, along with a business-to-business (B2B) application programming interface (API) that its partners can implement into their services. In addition to Live Feed, CoinNess offers a comprehensive suite of information offerings related to crypto investment, including Asian market analysis, market data, on-chain data, and personalized curation of social media posts. comprehensive suite comprehensive suite Regarding the company's latest service introduction, CoinNess CEO Kim Jungho said, "Renowned Asian crypto exchanges, legacy media outlets, wallet providers, and online communities have implemented our Live Feed API to offer a fuller user experience for their customers." Regarding the company's latest service introduction, CoinNess CEO Kim Jungho said, "Renowned Asian crypto exchanges, legacy media outlets, wallet providers, and online communities have implemented our Live Feed API to offer a fuller user experience for their customers." In preparation for the English Live Feed launch, CoinNess hired over ten professional content writers with extensive backgrounds in the crypto sector. This acquisition of new talent has raised the company's workforce to 50, covering both its Korean and English services. CoinNess boasts a seasoned content team and its own advanced algorithm that monitors and collects real-time data from a wide range of sources, including global media outlets, government agencies, social media platforms, crypto exchanges, and on-chain data providers. This comprehensive approach enables the CoinNess team to publish news briefs within five minutes of an issue breaking out. The platforms that have partnered with CoinNess recognize the value that the timely delivery of professional, concisely-written crypto sector news briefs brings to their users. CEO Kim expressed confidence in the new service, saying, “Our crypto Live Feed service is now accessible to institutional investors, including South Korean brokerage firms, through a terminal. This marks the first time in the world such an integration has been offered, demonstrating our service’s content quality.” CEO Kim expressed confidence in the new service, saying, “Our crypto Live Feed service is now accessible to institutional investors, including South Korean brokerage firms, through a terminal. This marks the first time in the world such an integration has been offered, demonstrating our service’s content quality.” Lastly, in celebration of its English Live Feed service launch, CoinNess has decided to provide its Live Feed API to partners free of charge for a limited time. If you would like to avail of this value addition for the benefit of your enterprise, don't hesitate to reach out to the CoinNess business team today at business@coinness.live . business@coinness.live This story was distributed as a release by Btcwire under HackerNoon’s Business Blogging Program. Learn more about the program here. This story was distributed as a release by Btcwire under HackerNoon’s Business Blogging Program. Learn more about the program here . here here

Leading Asian Crypto Info Provider CoinNess launches English Live Feed With Free API Offer

This paper is available on arxiv under CC BY-SA 4.0 DEED license.
Authors:
(1) Lana L. Blaschke, Earth System Modelling, School of Engineering and Design, Technical University of Munich, Munich, Germany, Potsdam Institute for Climate Impact Research, Potsdam, Germany and lana.blaschke@pik-potsdam.de;
(2) Da Nian, Potsdam Institute for Climate Impact Research, Potsdam, Germany;
(3) Sebastian Bathiany,  Earth System Modelling, School of Engineering and Design, Technical University of Munich, Munich, Germany, and Potsdam Institute for Climate Impact Research, Potsdam, Germany;
(4)  Maya Ben-Yami,  Earth System Modelling, School of Engineering and Design, Technical University of Munich, Munich, Germany, and Potsdam Institute for Climate Impact Research, Potsdam, Germany;
(5) Taylor Smith, Institute of Geosciences, University of Potsdam, 14476 Potsdam, Germany;
(6)  Chris A. Boulton, Global Systems Institute, University of Exeter, EX4 4QE Exeter, UK ;
(7) Niklas Boers, Earth System Modelling, School of Engineering and Design, Technical University of Munich, Munich, Germany, Potsdam Institute for Climate Impact Research, Potsdam, Germany, Global Systems Institute, University of Exeter, EX4 4QE Exeter, UK, and Department of Mathematics, University of Exeter, EX4 4QF Exeter, UK. Table of Links Abstract and Introduction
Materials and Methods
Data
Results
Conclusions, Open Research Section and Conflict of Interest/Competing Interests
Author Contributions, Supplementary Information, Acknowledgments and References
Additional Insight from the Conceptual Model 
AMSR2 until 2022 Excluded Due to Missing Human Land Use Data
Investigation of Resilience Loss in AMSR2’s X-Band
Results Proving Robustness
Potential Driving Forces and Sources of Bias RESULTS PROVING ROBUSTNESS Text S8. Robustness with respect to the parameterization of the STL algorithm The results in Figures 5 and 6 are based on the residual found by the STL algorithm with default parameterization. Yet, Figure S9 and S10 prove that the analysis is not influenced by this choice as the results are almost identical when the length of the seasonal smoother equals 13 (instead of 7). Text S9. Robustness with respect to the size of the sliding windows The choice of the sliding window size is difficult for short time series as that of AMSR-E’s and AMSR2’s VOD. Yet, the results are robust w.r.t it, as Figure S11 based on sliding windows of 3 years is almost identical to Figure 5 with windows of 5 years. This also holds for the summarizing Figure S12 when compared to Figure 6. It is to note that the spatially averaged time series of the three indicators are more noisy for the choice of smaller windows, which is due to the fact the the calculation of the indicators becomes more unstable when calculated on only 36 data points, corresponding to the 3 years. The right choice of the window size in an approach to resilience analysis like the one shown here is challenging, as the increase can only be determined reliably based on enough indicator time steps either. The fact that the results are robust with respect to the window size gives confidence in the choice of 5 years as default. Text S10. Robustness with respect to the measure of change In the main text, any change in indicators is measured in terms of linear trends. Yet, another option would be the Kendall’s τ as a measure of steadiness of increase. Figure S13 is the analogue of Figure 5 but with increase in time series quantified in terms of Kendall’s τ . In Figure 6, increase in the indicators is quantified in terms of linear trends. The results are almost identical when measuring the indicators’ increase by the Kendall τ rank coefficient. Text S11. Robustness with respect to the distance defining neighboring cells The definition of the spatial correlation depends on the distance taken into account when taking the average correlation with neighboring cells. Figure S15 shows the trends of the spatial correlation for the different VIs comparing different radii defining the set of neighboring cells. As expected, a greater number of neighbors spatially smooths the results, but does not influence the general spatial pattern of the trends of spatial correlation. The turquoise circle on the bottom of the map shows an exemplary circular band of neighboring cells. In the main text, all results are based on a radius of 100 km. This paper is available on arxiv under CC BY-SA 4.0 DEED license. Authors: (1) Lana L. Blaschke, Earth System Modelling, School of Engineering and Design, Technical University of Munich, Munich, Germany, Potsdam Institute for Climate Impact Research, Potsdam, Germany and lana.blaschke@pik-potsdam.de; (2) Da Nian, Potsdam Institute for Climate Impact Research, Potsdam, Germany; (3) Sebastian Bathiany,  Earth System Modelling, School of Engineering and Design, Technical University of Munich, Munich, Germany, and Potsdam Institute for Climate Impact Research, Potsdam, Germany; (4)  Maya Ben-Yami,  Earth System Modelling, School of Engineering and Design, Technical University of Munich, Munich, Germany, and Potsdam Institute for Climate Impact Research, Potsdam, Germany; (5) Taylor Smith, Institute of Geosciences, University of Potsdam, 14476 Potsdam, Germany; (6)  Chris A. Boulton, Global Systems Institute, University of Exeter, EX4 4QE Exeter, UK ; (7) Niklas Boers, Earth System Modelling, School of Engineering and Design, Technical University of Munich, Munich, Germany, Potsdam Institute for Climate Impact Research, Potsdam, Germany, Global Systems Institute, University of Exeter, EX4 4QE Exeter, UK, and Department of Mathematics, University of Exeter, EX4 4QF Exeter, UK. This paper is available on arxiv under CC BY-SA 4.0 DEED license. Authors: Authors: (1) Lana L. Blaschke, Earth System Modelling, School of Engineering and Design, Technical University of Munich, Munich, Germany, Potsdam Institute for Climate Impact Research, Potsdam, Germany and lana.blaschke@pik-potsdam.de; (2) Da Nian, Potsdam Institute for Climate Impact Research, Potsdam, Germany; (3) Sebastian Bathiany,  Earth System Modelling, School of Engineering and Design, Technical University of Munich, Munich, Germany, and Potsdam Institute for Climate Impact Research, Potsdam, Germany; (4)  Maya Ben-Yami,  Earth System Modelling, School of Engineering and Design, Technical University of Munich, Munich, Germany, and Potsdam Institute for Climate Impact Research, Potsdam, Germany; (5) Taylor Smith, Institute of Geosciences, University of Potsdam, 14476 Potsdam, Germany; (6)  Chris A. Boulton, Global Systems Institute, University of Exeter, EX4 4QE Exeter, UK ; (7) Niklas Boers, Earth System Modelling, School of Engineering and Design, Technical University of Munich, Munich, Germany, Potsdam Institute for Climate Impact Research, Potsdam, Germany, Global Systems Institute, University of Exeter, EX4 4QE Exeter, UK, and Department of Mathematics, University of Exeter, EX4 4QF Exeter, UK. Table of Links Abstract and Introduction Materials and Methods Data Results Conclusions, Open Research Section and Conflict of Interest/Competing Interests Author Contributions, Supplementary Information, Acknowledgments and References Additional Insight from the Conceptual Model AMSR2 until 2022 Excluded Due to Missing Human Land Use Data Investigation of Resilience Loss in AMSR2’s X-Band Results Proving Robustness Potential Driving Forces and Sources of Bias Abstract and Introduction Abstract and Introduction Materials and Methods Materials and Methods Data Data Results Results Conclusions, Open Research Section and Conflict of Interest/Competing Interests Conclusions, Open Research Section and Conflict of Interest/Competing Interests Author Contributions, Supplementary Information, Acknowledgments and References Author Contributions, Supplementary Information, Acknowledgments and References Additional Insight from the Conceptual Model Additional Insight from the Conceptual Model AMSR2 until 2022 Excluded Due to Missing Human Land Use Data AMSR2 until 2022 Excluded Due to Missing Human Land Use Data Investigation of Resilience Loss in AMSR2’s X-Band Investigation of Resilience Loss in AMSR2’s X-Band Results Proving Robustness Results Proving Robustness Potential Driving Forces and Sources of Bias Potential Driving Forces and Sources of Bias RESULTS PROVING ROBUSTNESS Text S8. Robustness with respect to the parameterization of the STL algorithm The results in Figures 5 and 6 are based on the residual found by the STL algorithm with default parameterization. Yet, Figure S9 and S10 prove that the analysis is not influenced by this choice as the results are almost identical when the length of the seasonal smoother equals 13 (instead of 7). Text S9. Robustness with respect to the size of the sliding windows The choice of the sliding window size is difficult for short time series as that of AMSR-E’s and AMSR2’s VOD. Yet, the results are robust w.r.t it, as Figure S11 based on sliding windows of 3 years is almost identical to Figure 5 with windows of 5 years. This also holds for the summarizing Figure S12 when compared to Figure 6. It is to note that the spatially averaged time series of the three indicators are more noisy for the choice of smaller windows, which is due to the fact the the calculation of the indicators becomes more unstable when calculated on only 36 data points, corresponding to the 3 years. The right choice of the window size in an approach to resilience analysis like the one shown here is challenging, as the increase can only be determined reliably based on enough indicator time steps either. The fact that the results are robust with respect to the window size gives confidence in the choice of 5 years as default. Text S10. Robustness with respect to the measure of change In the main text, any change in indicators is measured in terms of linear trends. Yet, another option would be the Kendall’s τ as a measure of steadiness of increase. Figure S13 is the analogue of Figure 5 but with increase in time series quantified in terms of Kendall’s τ . In Figure 6, increase in the indicators is quantified in terms of linear trends. The results are almost identical when measuring the indicators’ increase by the Kendall τ rank coefficient. Text S11. Robustness with respect to the distance defining neighboring cells The definition of the spatial correlation depends on the distance taken into account when taking the average correlation with neighboring cells. Figure S15 shows the trends of the spatial correlation for the different VIs comparing different radii defining the set of neighboring cells. As expected, a greater number of neighbors spatially smooths the results, but does not influence the general spatial pattern of the trends of spatial correlation. The turquoise circle on the bottom of the map shows an exemplary circular band of neighboring cells. In the main text, all results are based on a radius of 100 km.

Loss of Amazon Rainforest Resilience: Results Proving Robustness

CHICAGO, United States, April 17th, 2024/Chainwire/-- Liquid Mercury, a leading crypto trading technology provider, announced today that it is providing a request for quote (RFQ) platform to GFO-X, the UK’s first regulated and centrally cleared trading venue dedicated to digital assets derivatives. Institutional traders will be able to source deep liquidity for trading listed options and futures contracts in large trade sizes that can be transacted as single-leg or complex, multi-leg strategies. Liquid Mercury’s institutional-grade platform, combined with GFO-X’s regulated derivatives marketplace, provides a secure and efficient trading environment for institutional trading firms and professional investors. This technology allows market participants to manage digital asset exposure and hedge underlying portfolio risks. Liquidity providers can provide two-sided quotes in response to RFQs generated by hedge funds, asset managers, and other buy-side participants initiated from Liquid Mercury’s professional-grade trading interface or FIX and web socket APIs. Trades will print on GFO-X’s exchange and be cleared through a GFO-X general clearing member at LCH SA, LCH Group’s continental Europe clearing house, which is part of the largest and most sophisticated clearing services in financial markets. Brokers will also use Liquid Mercury’s platform to intermediate trades between buyers and sellers in order to cross-block trades on GFO-X’s exchange and conduct other sell-side trading workflows. “Looking at the equity derivatives market, where the growth in number of options exchanges has fueled the growth in trading participants, added more liquidity in the market, and driven record volumes of contracts traded, I see GFO-X’s entrance into crypto derivatives as a key development for a more vibrant exchange landscape. This is a prime opportunity to grow the entire crypto options market,” said Liquid Mercury CEO, Tony Saliba. “In addition to providing the technology solution that will power GFO-X’s block liquidity network, Liquid Mercury will be operating as a strategic partner, introducing our clients and broad network of traditional market players as new participants to GFO-X’s exchange.”“We chose Liquid Mercury as a partner due to the team’s pedigree in building successful technology-focused franchises in traditional markets, combined with a track record of delivering institutional-grade solutions to the professional crypto trading community,” said GFO-X CEO, Arnab Sen. “Our shared vision of a regulated derivatives market that is purpose-built for digital assets using the best market standards and technology from traditional finance underpins what we expect to be a long and very fruitful strategic partnership.” For more information about Liquid Mercury’s suite of crypto trading technology solutions, users can visit www.liquidmercury.com. About Liquid Mercury Liquid Mercury powers professional crypto trading. Liquid Mercury is the #1 choice for sophisticated buy-side and institutional sell-side legacy trading professionals moving into crypto. Institutional grade infrastructure, access to deep liquidity, and best-in-class trading tools and workflow automation; Liquid Mercury was built by professionals for professionals. For more information about Liquid Mercury, visit www.liquidmercury.com. About GFO-X Global Futures and Options Ltd (GFO-X) is the UK's first regulated and centrally cleared trading venue dedicated to digital asset derivatives. UK FCA authorized and regulated GFO-X, which is connected to the world's largest financial institutions, and has partnered with leading clearing house LCH SA, solving counterparty and credit risk. GFO-X services the significant unmet need of large global institutional participants who require a highly regulated, institutional-grade trading venue for digital asset derivatives. GFO-X’s mission is to deliver enhanced liquidity, institutional connectivity, and risk mitigation through high-performance technology and optimized contract specifications. Further information can be found at www.gfo-x.com Contact Chief Commercial Officer Ryan Hansen Liquid Mercury team@liquidmercury.com This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here. CHICAGO, United States, April 17th, 2024/Chainwire/-- Liquid Mercury, a leading crypto trading technology provider, announced today that it is providing a request for quote (RFQ) platform to GFO-X , the UK’s first regulated and centrally cleared trading venue dedicated to digital assets derivatives. Institutional traders will be able to source deep liquidity for trading listed options and futures contracts in large trade sizes that can be transacted as single-leg or complex, multi-leg strategies. GFO-X GFO-X Liquid Mercury’s institutional-grade platform, combined with GFO-X’s regulated derivatives marketplace, provides a secure and efficient trading environment for institutional trading firms and professional investors. This technology allows market participants to manage digital asset exposure and hedge underlying portfolio risks. Liquidity providers can provide two-sided quotes in response to RFQs generated by hedge funds, asset managers, and other buy-side participants initiated from Liquid Mercury’s professional-grade trading interface or FIX and web socket APIs. Trades will print on GFO-X’s exchange and be cleared through a GFO-X general clearing member at LCH SA, LCH Group’s continental Europe clearing house, which is part of the largest and most sophisticated clearing services in financial markets. Brokers will also use Liquid Mercury’s platform to intermediate trades between buyers and sellers in order to cross-block trades on GFO-X’s exchange and conduct other sell-side trading workflows. “Looking at the equity derivatives market, where the growth in number of options exchanges has fueled the growth in trading participants, added more liquidity in the market, and driven record volumes of contracts traded, I see GFO-X’s entrance into crypto derivatives as a key development for a more vibrant exchange landscape. This is a prime opportunity to grow the entire crypto options market,” said Liquid Mercury CEO, Tony Saliba. “Looking at the equity derivatives market, where the growth in number of options exchanges has fueled the growth in trading participants, added more liquidity in the market, and driven record volumes of contracts traded, I see GFO-X’s entrance into crypto derivatives as a key development for a more vibrant exchange landscape. This is a prime opportunity to grow the entire crypto options market,” said Liquid Mercury CEO, Tony Saliba. “In addition to providing the technology solution that will power GFO-X’s block liquidity network, Liquid Mercury will be operating as a strategic partner, introducing our clients and broad network of traditional market players as new participants to GFO-X’s exchange.”“We chose Liquid Mercury as a partner due to the team’s pedigree in building successful technology-focused franchises in traditional markets, combined with a track record of delivering institutional-grade solutions to the professional crypto trading community,” said GFO-X CEO, Arnab Sen. “In addition to providing the technology solution that will power GFO-X’s block liquidity network, Liquid Mercury will be operating as a strategic partner, introducing our clients and broad network of traditional market players as new participants to GFO-X’s exchange.”“We chose Liquid Mercury as a partner due to the team’s pedigree in building successful technology-focused franchises in traditional markets, combined with a track record of delivering institutional-grade solutions to the professional crypto trading community,” said GFO-X CEO, Arnab Sen. “Our shared vision of a regulated derivatives market that is purpose-built for digital assets using the best market standards and technology from traditional finance underpins what we expect to be a long and very fruitful strategic partnership.” “Our shared vision of a regulated derivatives market that is purpose-built for digital assets using the best market standards and technology from traditional finance underpins what we expect to be a long and very fruitful strategic partnership.” For more information about Liquid Mercury’s suite of crypto trading technology solutions, users can visit www.liquidmercury.com . www.liquidmercury.com www.liquidmercury.com About Liquid Mercury Liquid Mercury powers professional crypto trading. Liquid Mercury is the #1 choice for sophisticated buy-side and institutional sell-side legacy trading professionals moving into crypto. Institutional grade infrastructure, access to deep liquidity, and best-in-class trading tools and workflow automation; Liquid Mercury was built by professionals for professionals. For more information about Liquid Mercury, visit www.liquidmercury.com . Liquid Mercury Liquid Mercury www.liquidmercury.com www.liquidmercury.com About GFO-X Global Futures and Options Ltd (GFO-X) is the UK's first regulated and centrally cleared trading venue dedicated to digital asset derivatives. UK FCA authorized and regulated GFO-X, which is connected to the world's largest financial institutions, and has partnered with leading clearing house LCH SA, solving counterparty and credit risk. GFO-X services the significant unmet need of large global institutional participants who require a highly regulated, institutional-grade trading venue for digital asset derivatives. Global Futures and Options Global Futures and Options GFO-X’s mission is to deliver enhanced liquidity, institutional connectivity, and risk mitigation through high-performance technology and optimized contract specifications. Further information can be found at www.gfo-x.com www.gfo-x.com www.gfo-x.com Contact Chief Commercial Officer Ryan Hansen Liquid Mercury team@liquidmercury.com This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here. This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here. here. here.

Liquid Mercury Partners With GFO-X To Provide RFQ Platform For Trading Crypto Derivatives

Job Scam Alert: The "Data Provider" Pyramid Scheme

চাকরির স্ক্যাম সতর্কতা: "ডেটা প্রদানকারী" পিরামিড স্কিম

Job-Betrugswarnung: Das Pyramidensystem des „Datenanbieters“

Alerta de estafa laboral: el esquema piramidal del "proveedor de datos"

Alerte à l'arnaque à l'emploi : le système pyramidal du "fournisseur de données"

नौकरी घोटाला चेतावनी: "डेटा प्रदाता" पिरामिड योजना

求人詐欺警告: 「データプロバイダー」ねずみ講

직업 사기 경고: "데이터 제공자" 피라미드 계획

Alerta de golpe de trabalho: o esquema de pirâmide do "provedor de dados"

Предупреждение о мошенничестве с вакансиями: финансовая пирамида «Поставщик данных»

İş Dolandırıcılığı Uyarısı: "Veri Sağlayıcı" Piramit Şeması

Cảnh báo lừa đảo việc làm: Lược đồ kim tự tháp "Nhà cung cấp dữ liệu"

求职诈骗警报：“数据提供商”金字塔骗局

DUBAI, UAE, April 9th, 2024/Chainwire/--The new generation launchpad, Raiser.co, has signed on a partnership with MetalCore, to allow quest based access to the beta version of their upcoming web3 game. This partnership introduces a new approach for early adopters looking to gain beta access to upcoming web3 games. Instead of the traditional ‘first-come, first-served’ model, Raiser.co will implement a knowledge-based access system for the beta version of MetalCore. This system will favor users who show a strong understanding of MetalCore, aiming to ensure that early access is given to the most enthusiastic and well-informed players. Starting April 9, 2024, Raiser.co plans to roll out quests that aim to engage their users actively. Those who prove to be the most dedicated and knowledgeable about MetalCore will receive exclusive early access, offering them a preview of the game's developments. The collaboration between Raiser.co and MetalCore represents a shift in managing early game access, with an increased focus on community involvement and knowledge. It highlights the commitment of both Raiser and MetalCore to foster a community of gaming enthusiasts keen on supporting the advancement of web3 games. About Raiser.co Raiser.co is a unique launchpad allowing access to private sales through user engagement and knowledge, without needing a launchpad token. It introduces the Fair Community Offering (FCO), rewarding users for promoting projects and crypto knowledge. Founded by former Binance Listing manager Kori Leon, Raiser democratizes crypto investments, making opportunities more accessible for actively contributing users. | Website | X | Telegram Blog About MetalCore MetalCore is an innovative free-to-play open-world mech shooter game that integrates blockchain technology to create a unique, immersive gaming experience. Developed by a team of industry veterans, MetalCore is set to redefine the boundaries of online gaming. | | Website X YouTube Contact CEO Kori Leon Kori@raiser.co This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program . here

Raiser.co Partners With MetalCore To Provide Early Access For Web3 Gaming Enthusiasts

Raiser.co মেটালকোরের সাথে অংশীদাররা ওয়েব3 গেমিং উত্সাহীদের জন্য প্রাথমিক অ্যাক্সেস প্রদান করে

Raiser.co kooperiert mit MetalCore, um Web3-Gaming-Enthusiasten frühzeitigen Zugriff zu ermöglichen

Raiser.co se asocia con MetalCore para brindar acceso temprano a los entusiastas de los juegos Web3

Raiser.co s'associe à MetalCore pour fournir un accès anticipé aux amateurs de jeux Web3

Raiser.co ने वेब3 गेमिंग के शौकीनों को शुरुआती पहुंच प्रदान करने के लिए मेटलकोर के साथ साझेदारी की

Raiser.co が MetalCore と提携し、Web3 ゲーム愛好家に早期アクセスを提供

Raiser.co는 Web3 게임 매니아에게 조기 액세스를 제공하기 위해 MetalCore와 파트너십을 맺었습니다.

Raiser.co faz parceria com MetalCore para fornecer acesso antecipado para entusiastas de jogos Web3

Raiser.co сотрудничает с MetalCore, чтобы предоставить ранний доступ энтузиастам игр Web3

Raiser.co, Web3 Oyun Meraklılarına Erken Erişim Sağlamak İçin MetalCore ile İşbirliği Yapıyor

Raiser.co hợp tác với MetalCore để cung cấp quyền truy cập sớm cho những người đam mê trò chơi Web3

Raiser.co 与 MetalCore 合作，为 Web3 游戏爱好者提供早期访问权限

Authors: (1) William P. Wagner IV, Claremont Graduate University. Table of Links Abstract & Introduction Definition of Key Terms Fundamentals of Internet Operation Encapsulation Usage-Based Economic Models Net Neutrality Legal History Researcher Conclusions Areas for Further Exploration & References 6. Net Neutrality The debate in the U.S. has moved to the courts and is grounded in a few basic concepts. The basics of the debate are not usually contested, it’s the results of any changes and the legal foundations for either preventing or allowing those changes that is cause for debate. Net Neutrality enters the equation when the network providers want to charge based on content. 6.1. Content Based Subscription Packages The National ISPs want to be allowed to charge certain Content Providers more than others at one end, and charge consumers at the other end for access to that same content. In both cases this might be in addition to any usage fees. Those opposed to net neutrality regulation argue that ISPs need to be able to charge both consumers and providers based on content because certain content providers use more network resources than others, putting un-acceptable demands on the ISP to provide network resources [12]. They claim that regulation will stifle competition amongst ISPs, slowing the spread of broadband and increasing costs to consumers. Those in favor of net neutrality legislation argue that the network resources should be allocated and paid for based solely on usage rather than content. Further, they argue that the networks need to remain content neutral in order to ensure true competition, innovation and investment along the “edge” of the internet. Proponents argue that this edge activity is what spurs network growth and user need, not the other way around. 6.2. “Fast lanes” The National ISPs want to be able to throttle the speed or charge extra based on content or content provider to provide “fast lanes.” Opponents of net neutrality legislation argue that the content does not always originate on their network, so they are forced to absorb increased network traffic and allocate resources without seeing any direct benefit. Proponents of net neutrality argue that the ISPs bill their customers based on a usage plan that measures both speed and total data. The consumer is paying for a certain size pipe. The ISP does not refund money when the pipe is un-used, and the consumer cannot exceed the size of the pipe, so why should the ISP charge the consumer more when they maximize their purchased allocation? 6.3. ISP Content Providers Some of the National ISPs are also Content Providers. Opponents of net neutrality argue this has no bearing on the previous two changes. They argue that this will not lead to ISPs increasing prices to their competitors, but instead will offer consumers discounted prices for in-house entertainment. Proponents of net neutrality argue that most of the country is only served by one or two high-speed solutions per location, so allowing an ISP to throttle or surcharge their consumers based on content or creator is monopolistic. Most consumers simply do not have any option to change to. They argue this would lead to less competition and innovation, and higher prices to the consumer for less bandwidth. 6.4. International ISPs The National ISPs want regulation to prevent similar billing structures from the International ISPs down to the National level. The National ISPs argue that National ISPs provide the necessary link to needed customers while International ISPs are basically just networking between National ISPs. The National ISPs argue they provide the crucial link to the consumers of both networking and application services and in many cases they are the sole provider, so the International ISPs need them to reach the consumers. The International ISPs argue they need to absorb network traffic from all National ISPs and that some National ISPs use far more resources than others. Further, they argue that very little of the traffic they carry originates on their network – affording them little opportunity to charge at the source. Proponents of network neutrality in the US would argue that the National ISPs represent themselves as competition to themselves when discussing U.S. Net Neutrality, however they present themselves as the sole provider in many cases when negotiating with the International ISPs. This paper is under CC BY-NC-SA 4.0 DEED license. available on arxiv

The Net Neutrality Debate: Content Charges, Fast Lanes, and ISP Content Providers

Need to provide database self-service to internal teams? Can't spare the resources to build and maintain your own private DBaaS solution? Sick of cloud DBaaS providers locking you in? is a cloud-native database platform to deploy and manage enterprise-grade PostgreSQL, MongoDB and MySQL database clusters. Percona Everest With Percona Everest, you can: Enable DBA teams to regain control over data and database configuration Empower developers to deploy code faster and self-service provision highly performant, production-ready database clusters Free your entire organization from vendor lock-in and restrictive subscriptions Benefits of Percona Everest Truly , Percona Everest offers the benefits of automated database provisioning and management without the need to build or maintain an in-house database management platform. open source No data lock-in or restrictive contracts Reduced total cost of ownership (TCO) Complete data sovereignty to meet any compliance requirement Fully customizable database configurations Right-sized database deployments Frictionless developer self-service Backing of highly skilled database management experts Key features of Percona Everest Database management via a single pane of glass Percona Everest enables you to manage complex database environments through a single pane of glass or API. Create, configure, deploy, update, and upgrade with zero downtime Backup, restore, restart, suspend/resume, or delete database clusters Complete customization Customize load balancing settings, settings for network exposure, and resource settings like node count, instance type, CPU, memory, storage, etc. Standardized database deployments Create ready-to-use database clusters of enterprise-grade MySQL, PostgreSQL, and MongoDB, with the ability to customize to support a variety of topologies or deployments. Percona Everest leverages to deploy Cloud-Native Percona Distributions. Percona Operators Built-in observability tools Benefit from built-in open source infrastructure monitoring to keep control of (and optimize) resource usage, health, and performance of database clusters. How Percona Everest is designed Percona Everest has two primary components Percona Everest application with the UI On the frontend, there is a Percona Everest UI which is developed using the Vite framework, React library and TypeScript language. On the backend, requests from the frontend app are processed by Percona Everest Backend. It is an API developed in Golang using the Echo framework that sends requests to the Kubernetes API. You can also use the API directly for your needs. Percona Everest CLI (everestctl) You can install Percona Everest operators and components to your Kubernetes Cluster with the help of a console tool Percona Everest CLI (everestctl). Then, Percona Everest will create and manage database clusters. Everestctl is developed in Golang, and it is a built-in executable file. Percona Everest does not supply a Kubernetes cluster; you’ll need to use your own for the deployment. Percona Everest is currently in Beta We invite you to become an early adopter and contribute to progress! Your feedback is crucial to enhancing the software, and we highly value and rely on your input. Percona Everest website Documentation Quick Start Also published . here

A New Way to Provision Databases on Kubernetes

USA v. Samuel Bankman-Fried Court Filing, retrieved on March 15, 2024 is part of . You can jump to any part in this filing . This part is 12 of 33. HackerNoon’s Legal PDF Series here C. The Defendant’s Perjury Bankman-Fried also obstructed justice by giving false testimony during the trial. Among other things, and as discussed further below, Bankman-Fried falsely testified that he did not know about Alameda spending customer deposits, that he did not know until late 2022 that FTX’s code features were being improperly used to take customer money, and that he thought in November 2022 that his tweets were accurate and not misleading. Continue Reading . Here About HackerNoon Legal PDF Series: We bring you the most important technical and insightful public domain court case filings. This court case retrieved on March 15, 2024, from is part of the public domain. The court-created documents are works of the federal government, and under copyright law, are automatically placed in the public domain and may be shared without legal restriction. storage.courtlistener

Bankman-Fried Faces Perjury Allegations for Providing False Testimony in Court

**PALO ALTO, California, March 20th, 2024/Chainwire/--**Pilotfish, a prototype Sui extension, was able to grow smart contract execution throughput in direct proportion to the number of machines used. Mysten Labs, a team of leading distributed systems, programming languages, and cryptography experts and originators of the Sui Network, today announced a landmark achievement in scaling blockchain capacity. During testing and development in a Sui blockchain environment, Pilotfish, a prototype Sui extension, increased throughput by 8x when backed by 8 machines, successfully illustrating the possibility of linear scaling. Notably, the latency per transaction decreased as more machines were added during the test, proving the viability of linear horizontal scaling for low latency blockchain transactions for the first time ever on any blockchain. This proof-of-concept, was formally presented as an academic preprint titled, " ," and initially shared on January 29, 2024 as an article on the open access archive arXiv. Pilotfish: Distributed Transaction Execution for Lazy Blockchains “Pilotfish is a game changer as the blockchain industry seeks to achieve the same dynamic capacity increase currently possible only with centralized server technologies,” said Lefteris Kokoris-Kogias, one of the authors of the paper and researcher at Mysten Labs. "Pilotfish has the potential to push throughput well beyond what is currently at the forefront of high-performance blockchains, enabling transaction throughput levels no other blockchain existing today can achieve." Sui leads the industry in throughput by leveraging multiple cores for parallel transaction execution within individual validators. Using this approach, within months following mainnet, Sui reached 65.8 million transaction executions in a single day—the most of any blockchain ever. However, a single machine can only incorporate a finite number of cores, so throughput gains via this strategy are limited. Moreover, the machines capable of accommodating large numbers of cores are expensive to buy and use. The breakthrough solution that Pilotfish offers enables a single validator to employ multiple servers simultaneously. This new technology not only makes elastic capacity possible, but its auto-scaling architecture, akin to centralized solutions like AWS or Heroku, allows the use of smaller, cheaper servers available on demand. Nearly all other blockchains aiming to scale use some form of batching—grouping transactions together to be added all at once. The downside of this method is significant additional latency. Instead of transactions moving directly to finality, they are delayed waiting for others to be batched for execution with them. Unlike these other scaling solutions, Pilotfish achieves potentially linear throughput scaling without increasing latency. In the simplest terms, with the horizontal scaling enabled by Pilotfish, simply by engaging the requisite number of machines, a validator can adapt its throughput and resource use to the use case at hand. Alberto Sonnino, a research scientist at Mysten Labs, said, "Until now the only option to increase a validator’s capacity has been to upgrade to a more powerful machine. Pilotfish removes that constraint, making possible horizontal scaling by simply adding servers and without delaying execution. With Pilotfish, the question is no longer whether a level of throughput is possible, only how many servers it will require." Pilotfish achieves its remarkable scalability by enabling a single validator to execute transactions across multiple machines. Specifically, Pilotfish partitions the validation function into three key roles: (1) the Primary, which handles sequencing transactions using a high-throughput consensus, (2) SequencingWorkers (SWs), which store transactions and dispatch them for execution; and (3) ExecutionWorkers (EWs), which store the blockchain state and execute transactions received from the SWs. Different components may reside on multiple different machines to increase the capacity of the system with more precision. In experimental results, Pilotfish has already achieved remarkable results in terms of linear scaling, low latency, and support for various workloads. In testing, Pilotfish reduced network response times and maintained a latency envelope below 20ms. Future plans include enhancements like multiple SequencingWorkers, shard replication, and ultra-fast networking. Contact Mysten Labs lexi.wangler@mystenlabs.com This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here.

Mysten Labs Technology Prototype On Sui Provides First Proof Of Elastic Blockchain Scaling

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