Geliver

geliver

The rideshare and delivery markets are undergoing an upheaval driven by rapid technological advancements and shifting consumer behaviors. Companies like Wave are surfing this change with bespoke artificial intelligence (AI) technology, carving out a competitive edge in a burgeoning industry. As the market expands, opportunities abound for those willing to adapt. Wave’s own personal brand of AI-driven safety and community involvement has positioned it quite advantageously, taking the market by storm in U.S. cities like Atlanta and Chicago. The Expanding U.S. Sector The global rideshare market is projected to reach $335 billion by 2025, growing at a compound annual growth rate (CAGR) of 18.2% from 2020 to 2025. This growth is fueled by increasing urbanization, the rising preference for shared mobility, and the convenience of on-demand services. Similarly, the online food delivery market is expected to surpass $213 billion by 2030. This explosive expansion is primarily driven by the proliferation of platform-to-consumer services and the lasting impact of the COVID-19 pandemic. In the United States, DoorDash leads the food delivery market with a 67% market share, followed by Uber Eats with 23%. The intense competition among these giants has focused on efficiency and customer experience, with companies investing heavily in AI and automation to streamline operations and reduce costs. "AI has changed the rules of the game. Not only in transportation or food delivery but every other aspect of the industry as well," says Diondre Lewis, CEO of Wave. "At Wave, AI has enabled us to optimize routes, predict demand, enhance safety, and provide better customer support." Room for Growth in the Markets The rideshare and delivery markets present numerous opportunities for savvy businesses looking to capitalize on recent technological developments. One among these trends is the increasing efficiency of last-mile delivery, which now represents 53% of the total cost of transportation. Companies are exploring various technologies, including AI, autonomous vehicles, and crowdsourcing, to reduce these costs and improve delivery times. Autonomous vehicles, including drones, are also becoming a viable solution for last-mile deliveries, offering the potential to cut costs and enhance efficiency significantly. This trend is expected to gain momentum as technology advances and regulatory frameworks evolve, addressing labor shortages and improving service efficiency. Another opportunity lies in the growing demand for personalized and efficient delivery services. AI-powered platforms can analyze vast amounts of data to provide personalized recommendations, optimize delivery routes, and predict peak demand times, much like Wave itself does. "The name of the game is customer satisfaction. There is no better way to meet the varied demands of our clients than with machine learning. We offer services from food delivery to corporate rideshares and non-emergency medical transport," Lewis explains. The Role of AI in Shaping the Future AI technology is credited with most of the transformation in the rideshare and delivery markets. Companies increasingly rely on AI to optimize their operations, improve safety, and provide personalized services. Wave's AI-powered platform is the very epitome of the potential AI presents. The company's proprietary AI algorithms, such as dynamic micro-zone demand prediction and real-time optimal route adjustment, aid drivers with picking the most efficient paths, reducing fuel consumption and wait times. These artificial intelligence algorithms are also utilized in Wave’s steadfast focus on safety. The algorithm analyzes vehicular operation to suggest the best time to perform routine maintenance and through automated disturbance or vehicular accident detection. Wave's Technological Potential Wave has carefully positioned itself to capitalize on these market opportunities. Since its inception, the company has focused on underserved markets, such as non-emergency medical transport and exclusive event transit. This allows it to tap into niche segments that larger competitors often overlook. "Beyond profit, Wave stands for serving those groups often forgotten by bigger companies. We even offer services for transportation of young children, with the requisite safety measures and monitoring in place," Lewis says. As consumer preferences shift toward shared mobility and on-demand services, Wave readies itself for further expansion. The rideshare and delivery markets are ripe with opportunities for companies willing to evolve. Wave's drive to further build upon its bespoke AI platform positions it as a formidable contender in the market. This piece was published as part of HackerNoon’s Business Blogging Program. For more details, please click here. The rideshare and delivery markets are undergoing an upheaval driven by rapid technological advancements and shifting consumer behaviors. Companies like Wave are surfing this change with bespoke artificial intelligence (AI) technology, carving out a competitive edge in a burgeoning industry. Wave Wave As the market expands, opportunities abound for those willing to adapt. Wave’s own personal brand of AI-driven safety and community involvement has positioned it quite advantageously, taking the market by storm in U.S. cities like Atlanta and Chicago. The Expanding U.S. Sector The Expanding U.S. Sector The global rideshare market is projected to reach $335 billion by 2025, growing at a compound annual growth rate (CAGR) of 18.2% from 2020 to 2025. This growth is fueled by increasing urbanization, the rising preference for shared mobility, and the convenience of on-demand services. Similarly, the online food delivery market is expected to surpass $213 billion by 2030. This explosive expansion is primarily driven by the proliferation of platform-to-consumer services and the lasting impact of the COVID-19 pandemic. In the United States, DoorDash leads the food delivery market with a 67% market share, followed by Uber Eats with 23%. The intense competition among these giants has focused on efficiency and customer experience, with companies investing heavily in AI and automation to streamline operations and reduce costs. " AI has changed the rules of the game. Not only in transportation or food delivery but every other aspect of the industry as well, " says Diondre Lewis, CEO of Wave. " At Wave, AI has enabled us to optimize routes, predict demand, enhance safety, and provide better customer support. " AI has changed the rules of the game. Not only in transportation or food delivery but every other aspect of the industry as well, At Wave, AI has enabled us to optimize routes, predict demand, enhance safety, and provide better customer support. Room for Growth in the Markets Room for Growth in the Markets The rideshare and delivery markets present numerous opportunities for savvy businesses looking to capitalize on recent technological developments. One among these trends is the increasing efficiency of last-mile delivery, which now represents 53% of the total cost of transportation. Companies are exploring various technologies, including AI, autonomous vehicles, and crowdsourcing, to reduce these costs and improve delivery times. Autonomous vehicles, including drones, are also becoming a viable solution for last-mile deliveries, offering the potential to cut costs and enhance efficiency significantly. This trend is expected to gain momentum as technology advances and regulatory frameworks evolve, addressing labor shortages and improving service efficiency. Another opportunity lies in the growing demand for personalized and efficient delivery services. AI-powered platforms can analyze vast amounts of data to provide personalized recommendations, optimize delivery routes, and predict peak demand times, much like Wave itself does. " The name of the game is customer satisfaction. There is no better way to meet the varied demands of our clients than with machine learning. We offer services from food delivery to corporate rideshares and non-emergency medical transport ," Lewis explains. The name of the game is customer satisfaction. There is no better way to meet the varied demands of our clients than with machine learning. We offer services from food delivery to corporate rideshares and non-emergency medical transport The Role of AI in Shaping the Future The Role of AI in Shaping the Future AI technology is credited with most of the transformation in the rideshare and delivery markets. Companies increasingly rely on AI to optimize their operations, improve safety, and provide personalized services. Wave's AI-powered platform is the very epitome of the potential AI presents. The company's proprietary AI algorithms, such as dynamic micro-zone demand prediction and real-time optimal route adjustment, aid drivers with picking the most efficient paths, reducing fuel consumption and wait times. These artificial intelligence algorithms are also utilized in Wave’s steadfast focus on safety. The algorithm analyzes vehicular operation to suggest the best time to perform routine maintenance and through automated disturbance or vehicular accident detection. Wave's Technological Potential Wave's Technological Potential Wave has carefully positioned itself to capitalize on these market opportunities. Since its inception, the company has focused on underserved markets, such as non-emergency medical transport and exclusive event transit. This allows it to tap into niche segments that larger competitors often overlook. " Beyond profit, Wave stands for serving those groups often forgotten by bigger companies. We even offer services for transportation of young children, with the requisite safety measures and monitoring in place ," Lewis says. Beyond profit, Wave stands for serving those groups often forgotten by bigger companies. We even offer services for transportation of young children, with the requisite safety measures and monitoring in place As consumer preferences shift toward shared mobility and on-demand services, Wave readies itself for further expansion. The rideshare and delivery markets are ripe with opportunities for companies willing to evolve. Wave's drive to further build upon its bespoke AI platform positions it as a formidable contender in the market. This piece was published as part of HackerNoon’s Business Blogging Program. For more details, please click here. This piece was published as part of HackerNoon’s Business Blogging Program. For more details, please click here . here here

Wave's AI-Based Innovations: The Key to Dominating the Rideshare and Delivery Market

ওয়েভের এআই-ভিত্তিক উদ্ভাবন: রাইডশেয়ার এবং ডেলিভারি বাজারে আধিপত্য বিস্তারের চাবিকাঠি

KI-basierte Innovationen von Wave: Der Schlüssel zur Beherrschung des Rideshare- und Liefermarkts

Innovaciones basadas en inteligencia artificial de Wave: la clave para dominar el mercado de viajes compartidos y entregas

Les innovations basées sur l'IA de Wave : la clé pour dominer le marché du covoiturage et de la livraison

वेव के एआई-आधारित नवाचार: राइडशेयर और डिलीवरी बाजार पर हावी होने की कुंजी

Wave の AI ベースのイノベーション: ライドシェアと配送市場を支配する鍵

Wave의 AI 기반 혁신: 차량 공유 및 배달 시장을 지배하는 열쇠

Inovações baseadas em IA da Wave: a chave para dominar o mercado de transporte compartilhado e entrega

Инновации Wave на основе искусственного интеллекта: ключ к доминированию на рынке совместных поездок и доставки

Wave'in Yapay Zeka Tabanlı Yenilikleri: Araç Paylaşımı ve Teslimat Pazarına Hakim Olmanın Anahtarı

Những đổi mới dựa trên AI của Wave: Chìa khóa để thống trị thị trường giao hàng và chia sẻ xe

Wave 基于人工智能的创新：主宰拼车和配送市场的关键

**MAJURO, Marshall Islands, July 16th, 2024/Chainwire/--**Multipool, a leading innovator in the blockchain and cryptocurrency industry announces strategic partnership with Tokinvest with the goal of transforming tokenized real-world asset trading. This partnership aims to take real-world asset (RWA) trading to the next level with an end-to-end dual market solution for RWA token offerings, secondary market trading, and liquidity provision. The partnership between Multipool and Tokinvest represents a key advancement in the tokenized RWA ecosystem. Our collaboration will harness RWA tokenization and trading to enhance financial inclusion, transparency, and liquidity for investors. Working With The Best Together, Multipool and Tokinvest will centralize liquidity pools using decentralized technology, reducing market-making costs. Additionally, the goal is to create global portability for RWAs, enabling listings on the Tokinvest centralized marketplace and regulated platforms worldwide through the decentralized Multipool protocol. “We’re thrilled to be collaborating with the RWA industry powerhouse Tokinvest, the first RWA exchange to leverage the groundbreaking decentralized capabilities of the Multipool protocol. Multipool centralizes currently dispersed liquidity with the potential of a globally shared order book, making it the ideal platform for Tokinvest to thrive.” - Steve Murray, Core Contributor at Multipool. "We are excited to partner with Multipool to develop a robust dual-market solution for real-world assets. By integrating our centralized trading platform with Multipool's decentralized infrastructure, we can offer enhanced liquidity for the secondary market trading of tokenized real-world assets." - Scott Thiel, CEO of Tokinvest. Looking forward Secondary trading for tokenized real-world assets requires a new approach. Acting as an infrastructure partner, Multipool's groundbreaking protocol opens the path for accelerated growth of this trillion-dollar market. Multipool’s fully on-chain order book and matching engine permit shared liquidity across trading venues. For a full demonstration of how the Multipool protocol works, users can contact Multipool’s press department listed below. To learn more about Multipool and its features, users can visit: Website Telegram X CMC-Community About Multipool Multipool is a cutting-edge decentralized exchange (DEX) transforming the trading landscape for real-world assets (RWAs) and cryptocurrencies. Multipool is designed for fairness and equality, featuring a fully decentralized on-chain order book, deep liquidity through dynamic bracket pools, and seamless trading of RWAs and cryptocurrencies. Utilizing world-class innovations including industry-first FIX APIs, low latency networks, zero price impact auctions, trustless RFQs, peer-to-peer repo lending, and MEV bot protection, Multipool sets a new standard in DeFi trading. Experience unparalleled efficiency and security in your trading journey with Multipool – The DEX with CEX appeal. https://www.multipool.finance/ About Tokinvest Tokinvest is a pioneering marketplace that connects real-world asset issuers with investors globally. Our advanced platform simplifies the investment process by creating virtual tokens representing rights to assets and providing comprehensive lifecycle services from ideation to trading to asset servicing. Headquartered in Dubai, we leverage the region’s favourable regulatory environment to offer all investors access to the most desirable assets. https://tokinvest.capital/ Contact Public Relations Manager Angie Hermosa Multipool press@multipool.finance This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here. **MAJURO, Marshall Islands, July 16th, 2024/Chainwire/--**Multipool, a leading innovator in the blockchain and cryptocurrency industry announces strategic partnership with Tokinvest with the goal of transforming tokenized real-world asset trading. This partnership aims to take real-world asset (RWA) trading to the next level with an end-to-end dual market solution for RWA token offerings, secondary market trading, and liquidity provision. The partnership between Multipool and Tokinvest represents a key advancement in the tokenized RWA ecosystem. Our collaboration will harness RWA tokenization and trading to enhance financial inclusion, transparency, and liquidity for investors. Working With The Best Together, Multipool and Tokinvest will centralize liquidity pools using decentralized technology, reducing market-making costs. Additionally, the goal is to create global portability for RWAs, enabling listings on the Tokinvest centralized marketplace and regulated platforms worldwide through the decentralized Multipool protocol. “We’re thrilled to be collaborating with the RWA industry powerhouse Tokinvest, the first RWA exchange to leverage the groundbreaking decentralized capabilities of the Multipool protocol. Multipool centralizes currently dispersed liquidity with the potential of a globally shared order book, making it the ideal platform for Tokinvest to thrive.” - Steve Murray, Core Contributor at Multipool. “We’re thrilled to be collaborating with the RWA industry powerhouse Tokinvest, the first RWA exchange to leverage the groundbreaking decentralized capabilities of the Multipool protocol. Multipool centralizes currently dispersed liquidity with the potential of a globally shared order book, making it the ideal platform for Tokinvest to thrive.” - Steve Murray, Core Contributor at Multipool. "We are excited to partner with Multipool to develop a robust dual-market solution for real-world assets. By integrating our centralized trading platform with Multipool's decentralized infrastructure, we can offer enhanced liquidity for the secondary market trading of tokenized real-world assets." - Scott Thiel, CEO of Tokinvest. "We are excited to partner with Multipool to develop a robust dual-market solution for real-world assets. By integrating our centralized trading platform with Multipool's decentralized infrastructure, we can offer enhanced liquidity for the secondary market trading of tokenized real-world assets." - Scott Thiel, CEO of Tokinvest. Looking forward Secondary trading for tokenized real-world assets requires a new approach. Acting as an infrastructure partner, Multipool's groundbreaking protocol opens the path for accelerated growth of this trillion-dollar market. Multipool’s fully on-chain order book and matching engine permit shared liquidity across trading venues. For a full demonstration of how the Multipool protocol works, users can contact Multipool’s press department listed below. To learn more about Multipool and its features, users can visit: Website Website Telegram Telegram X X CMC-Community CMC-Community About Multipool Multipool is a cutting-edge decentralized exchange (DEX) transforming the trading landscape for real-world assets (RWAs) and cryptocurrencies. Multipool is designed for fairness and equality, featuring a fully decentralized on-chain order book, deep liquidity through dynamic bracket pools, and seamless trading of RWAs and cryptocurrencies. Multipool Multipool Utilizing world-class innovations including industry-first FIX APIs, low latency networks, zero price impact auctions, trustless RFQs, peer-to-peer repo lending, and MEV bot protection, Multipool sets a new standard in DeFi trading. Experience unparalleled efficiency and security in your trading journey with Multipool – The DEX with CEX appeal. https://www.multipool.finance/ https://www.multipool.finance/ https://www.multipool.finance/ About Tokinvest Tokinvest is a pioneering marketplace that connects real-world asset issuers with investors globally. Our advanced platform simplifies the investment process by creating virtual tokens representing rights to assets and providing comprehensive lifecycle services from ideation to trading to asset servicing. Headquartered in Dubai, we leverage the region’s favourable regulatory environment to offer all investors access to the most desirable assets. Tokinvest Tokinvest https://tokinvest.capital/ https://tokinvest.capital/ https://tokinvest.capital/ Contact Public Relations Manager Angie Hermosa Multipool press@multipool.finance 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

Multipool Partners With Tokinvest To Deliver Next-Level Tokenized Real-World Asset Trading 

Authors:
(1) Tinhinane Medjkoune, Univ. Grenoble Alpes, CNRS, Grenoble INP, LIG France;
(2) Oana Goga, LIX, CNRS, Inria, Ecole Polytechnique, Institut Polytechnique de Paris France;
(3) Juliette Senechal, Université de Lille, CRDP, DReDIS-IRJS France. Table of Links Abstract and Introduction Background Legislation on Advertising to Children Mechanisms for Targeting Children Usage of Placement-Based Targeting Limitations Related Works Conclusion, Acknowledgements and References Appendix 6 LIMITATIONS Ad explanations correctness One important limitation of our study is that we rely on ad explanations provided by Google to detect the corresponding targeting parameters used by advertisers. As we showed these, explanations are not always an accurate reflection of the targeting parameters. In particular, because we could not fully prove specificity, the fraction of ads targeted using placement-based targeting might be lower if the ad explanation “The video you are watching?” is also given for other types of targeting. While we tested specificity with respect to four types of targeting (themebased, behavioral-based, demographic-based, and general-based), proving complete specificity is hard as even if we could manage to test all the different combinations of targeting parameters offered by ad platforms (which is financially prohibitive in our case), there could still be a theoretical chance, there are parameters outside our control that could trigger this ad explanation. The other problem comes from the fact that Google did not provide the precise targeting parameters on the videos we tested that had a YouTube Kids redirection. Hence, placement-based advertising might even be higher than reported. Nevertheless, we think that the paper’s more long-lasting and meaningful contribution is pinpointing that placement-based targeting can be used to target children and show that the use of placement-based advertising on children-focused videos occurs in practice, irrespective of how prevalent this is. Ad delivery statistics We also rely on statistics provided by Google to check if our ads were delivered on the videos we asked as placement and if our ads were delivered to audiences with the characteristics we asked for. We think Google does not have any incentives to provide inaccurate statistics as this data is key to businesses deploying ad campaigns on their platform. Small dataset and representativeness The videos in our children-focused lists are biased toward videos coming from channels recommended by Google, channels that are popular, and videos that are recent. The evaluation is also done over a small dataset that uses only six non-representative browser profiles to watch content. Hence, our results on the prevalence of placement-based advertising are not representative of the fraction of placement-based ads children receive when watching videos on YouTube and should only be seen as evidence that this occurs in practice. No real data In this study, we did not use data collected from actual children. Such data collection would be much harder to get, as we would need to convince parents to install our tool. In addition, the data collection would pose many more ethical and legal issues. We leave the collection and analysis of such data for future works. Targeting mechanisms There might be other ways, besides placement-based targeting, to reach children on YouTube, such as keyword-based or theme-based targeting, that we did not investigate. We, again, leave this for future work. This paper is available on arxiv under CC 4.0 license. Authors: (1) Tinhinane Medjkoune, Univ. Grenoble Alpes, CNRS, Grenoble INP, LIG France; (2) Oana Goga, LIX, CNRS, Inria, Ecole Polytechnique, Institut Polytechnique de Paris France; (3) Juliette Senechal, Université de Lille, CRDP, DReDIS-IRJS France. Authors: Authors: (1) Tinhinane Medjkoune, Univ. Grenoble Alpes, CNRS, Grenoble INP, LIG France; (2) Oana Goga, LIX, CNRS, Inria, Ecole Polytechnique, Institut Polytechnique de Paris France; (3) Juliette Senechal, Université de Lille, CRDP, DReDIS-IRJS France. Table of Links Abstract and Introduction Abstract and Introduction Background Background Legislation on Advertising to Children Legislation on Advertising to Children Mechanisms for Targeting Children Mechanisms for Targeting Children Usage of Placement-Based Targeting Usage of Placement-Based Targeting Limitations Limitations Related Works Related Works Conclusion, Acknowledgements and References Conclusion, Acknowledgements and References Appendix Appendix 6 LIMITATIONS Ad explanations correctness One important limitation of our study is that we rely on ad explanations provided by Google to detect the corresponding targeting parameters used by advertisers. As we showed these, explanations are not always an accurate reflection of the targeting parameters. In particular, because we could not fully prove specificity, the fraction of ads targeted using placement-based targeting might be lower if the ad explanation “The video you are watching?” is also given for other types of targeting. While we tested specificity with respect to four types of targeting (themebased, behavioral-based, demographic-based, and general-based), proving complete specificity is hard as even if we could manage to test all the different combinations of targeting parameters offered by ad platforms (which is financially prohibitive in our case), there could still be a theoretical chance, there are parameters outside our control that could trigger this ad explanation. The other problem comes from the fact that Google did not provide the precise targeting parameters on the videos we tested that had a YouTube Kids redirection. Hence, placement-based advertising might even be higher than reported. Nevertheless, we think that the paper’s more long-lasting and meaningful contribution is pinpointing that placement-based targeting can be used to target children and show that the use of placement-based advertising on children-focused videos occurs in practice, irrespective of how prevalent this is. Ad explanations correctness Ad delivery statistics We also rely on statistics provided by Google to check if our ads were delivered on the videos we asked as placement and if our ads were delivered to audiences with the characteristics we asked for. We think Google does not have any incentives to provide inaccurate statistics as this data is key to businesses deploying ad campaigns on their platform. Ad delivery statistics Small dataset and representativeness The videos in our children-focused lists are biased toward videos coming from channels recommended by Google, channels that are popular, and videos that are recent. The evaluation is also done over a small dataset that uses only six non-representative browser profiles to watch content. Hence, our results on the prevalence of placement-based advertising are not representative of the fraction of placement-based ads children receive when watching videos on YouTube and should only be seen as evidence that this occurs in practice. Small dataset and representativeness No real data In this study, we did not use data collected from actual children. Such data collection would be much harder to get, as we would need to convince parents to install our tool. In addition, the data collection would pose many more ethical and legal issues. We leave the collection and analysis of such data for future works. No real data Targeting mechanisms There might be other ways, besides placement-based targeting, to reach children on YouTube, such as keyword-based or theme-based targeting, that we did not investigate. We, again, leave this for future work. Targeting mechanisms This paper is available on arxiv under CC 4.0 license. This paper is available on arxiv under CC 4.0 license. available on arxiv

Challenges in Studying Ad Delivery on YouTube

Drone deliveries could be the next big thing if logistics companies find a way to overcome the current hurdles. How long will it take them to figure things out? What Drone Delivery Could Look Like So far, the commercial sector has shown interest in various short-range drone applications. Last-mile delivery is one of the most likely uses for drones in logistics since the technology is better suited for brief trips. While conventional vans can travel incredibly long distances, the cost of deploying them in the last leg of shipping is absurdly high. Same-day delivery is another likely application because drones are small, fast, and lightweight. More importantly, they can typically only hold one package at a time, making them perfect for urgent order fulfillment. The food and grocery delivery surge highlights another potential application for cost-effective drones. While app-based services are popular, companies lose money paying their drivers. For example, Uber only — it lost millions every year prior. started making a profit in 2023 Pros of Using Drones for Package Deliveries There are numerous benefits to using drones for package deliveries. Fast Delivery Autonomous drones could cut delivery times in half. They can deliver lightweight packages because they’re agile and small. A large fleet could easily make thousands of deliveries daily. faster than conventional vehicles Inexpensive Operation Semi-trucks and delivery vans use diesel or gas, which is expensive and fluctuates in price often. On the other hand, drones use electricity, which is relatively inexpensive. In other words, their cost per trip is typically much lower. Higher Efficiency Drones are fast and use little fuel because roadways, traffic lights, congestion, or car accidents don’t hinder them. Instead, they can fly in a semi-direct path toward their target address. They're more efficient since they can achieve a higher delivery quota than trucks. Increased Accessibility Addresses in remote or congested areas can be challenging to get to by truck. Drones can travel to these spots with little trouble, increasing delivery accessibility — and potentially increasing order frequency. Automatic Delivery Autonomous drones pose less of a risk to public safety than self-driving vehicles. At the same time, they offer all of the benefits of automation — they can deliver packages around the clock, never have to take breaks, and won’t suffer from human-error-related mistakes. Cons of Using Drones for Package Deliveries As great as the benefits of drone deliveries are, downsides do exist. Unreliable Unfortunately, modern drones aren’t the most robust technology — a strong gust of wind or unpleasant weather can easily knock them off course. If conditions aren’t ideal, they won’t be able to leave the fulfillment center to make deliveries. Complex Currently, there are few out-of-the-box solutions for commercial drone delivery. Autonomous flight , requiring technology like cloud computing, artificial intelligence, computer vision, and GPS-independent navigation to work. Properly developing and integrating everything can be a highly complex undertaking. is very resource-intensive Involved Logistics companies can only deploy a fleet if they have storage space, chargers, navigation software, insurance, and maintenance. Developing the infrastructure to make drone deliveries is time-consuming and expensive. Expensive Commercial drones are expensive — on average, in 2024. Unfortunately, the price will only drop to $500 by 2028. Logistics companies will have to invest a significant portion of their budget into the upfront expenses alone. a single one costs $520 Error-Prone While conventional vehicles can experience a flat tire or a dead battery, the driver can fix it or call for assistance. If a drone suffers from a technical issue mid-air, it could land in a tree, on a roof or in the middle of a road, irreversibly damaging it and its package. Finding and retrieving it might be impossible if its geolocation features malfunction. Restricted Drones can only carry relatively lightweight packages. They’d have to be much larger to lift bulk or heavy objects — and who wants all that weight flying precariously above their head? Preventable Challenges to Widespread Adoption One of the most preventable challenges to the widespread adoption is drop-off uncertainty. Media often depicts drones gracefully swooping down and gingerly placing a package right where it needs to be. In reality, they need a pre-determined location like a parcel locker. Unoperated drones aren’t capable of the precision that placing a package at the right doorstep requires, so pick-up locations are ideal. However, they have to get relatively low to the ground to make these deliveries, meaning there’s a high likelihood of interference. While logistics companies can hope people remain civil, only some are fond of this novel delivery method. Residents of one town after the tech giant rolled them out. Although they’d face repercussions from destroying or damaging anything, the ensuing legal battles and replacement costs could be high. discussed shooting down Amazon’s drones At the very least, general public hesitation is another challenge halting widespread adoption. According to one survey, feel worried about potential drone accidents. Their concerns aren’t unfounded, either — drones are far more likely to crash than aircraft. nearly three in 10 people The issue of red tape is technically preventable but would be challenging in reality. The Federal Aviation Administration (FAA)’s Part 107 rule between the pilot and their drone at all times. Australia and the United Kingdom have similar regulations. This technicality all but prevents autonomous deliveries. requires a line of sight Moreover, operators must get a remote pilot certificate, register, certify, and pass tests before ever being able to fly — or watch over — a drone. Even if they have all these credentials, they can’t fly above 400 feet or over congested areas. The regulations are strict. While these challenges are all preventable with enough effort, money, and time, they still are massive obstacles to standardizing drone delivery. Unless a pioneering logistics company works to change things, they will remain in the way. Unavoidable Challenges to Widespread Adoption Logistics companies can’t remove every hurdle to adoption. Weather is one of the biggest obstacles — drones can’t fly in hail, fog, rain, sleet, or windy conditions. If it’s too hot out, their lifting capacity drops drastically, and their batteries drain much faster in the cold. Essentially, they are relatively useless unless it’s mild out. Their range is another longstanding challenge. Currently, autonomous drones can only get so far — a few miles, to be precise. For logistics companies to make an adequate return on investment, they’d need to build a micro-fulfillment center next to every major city. Obstacles are another frequently overlooked — and unavoidable — challenge. While autonomous delivery drones are often equipped with computer vision, artificial intelligence, and sensors, they won’t be able to recognize objects as well as humans. In other words, they have a much higher chance of running into power lines, low-flying aircraft, trees, birds, and people. What the Future of Drone Delivery Will Look Like While drone technology has potential, it’s facing some significant hurdles. Even if the FAA’s regulations suddenly disappeared, their success isn’t guaranteed. In fact, companies have yet to make much progress even though the FAA has already pulled back. Its 2021 rule change , enabling them to fly at night and over moving vehicles without a waiver. loosened commercial drone restrictions Still, the winds of change are definitely blowing. In 2021, registered their drones. More and more logistics enterprises are recognizing the potential of this technology. roughly 1.3 million commercial pilots Crucially, the general public’s awareness and acceptance of this technology is shifting. According to one study, to use package delivery drones if the option existed. While logistical adoption of the drone market, it likely won’t be an option at checkout for years. seven in 10 people would prefer is the fastest-growing portion Drones Could Be the Future of Logistics While delivery drones might not become a thing for years — possibly even decades — it’s clear that logistics brands are hard at work trying to make this technology happen. It could soon become the standard.

How Close Are We to Widespread Drone Deliveries?

আমরা ড্রোন ডেলিভারি ব্যাপকভাবে কতটা কাছাকাছি?

Wie nah sind wir an einer weit verbreiteten Verbreitung von Drohnenlieferungen?

¿Qué tan cerca estamos de las entregas generalizadas de drones?

À quel point sommes-nous proches des livraisons généralisées par drones ?

हम व्यापक ड्रोन डिलीवरी के कितने करीब हैं?

ドローン配送の普及はどのくらい近づいているのでしょうか?

드론 배송이 널리 확산되는 데 얼마나 가까이 다가왔나요?

Quão perto estamos das entregas generalizadas de drones?

Насколько мы близки к распространению доставки дронами?

Yaygın Drone Teslimatlarına Ne Kadar Yakınız?

Chúng ta đã tiến gần đến việc giao hàng bằng máy bay không người lái rộng rãi đến mức nào?

我们距离广泛的无人机送货还有多远？

How I Use AI While Working As A Food Delivery Worker

The final frontier of delivery is going autonomous. As online orders surge and customers demand ever faster times, last-mile logistics is transforming at warp speed. Self-driving cars, drones and robots are invading suburbs worldwide, promising to bring goods to your door within minutes. No longer fiction, the vision of ordering coffee on a whim and seeing it arrive piping hot via robot is becoming reality. Need a package ASAP? Drones may soon deliver overhead. Companies like Yandex are accelerating this revolution by developing cutting-edge autonomous vehicles for last-mile tasks. In this article, we'll take a drive exploring the innovations upending last-mile delivery. We'll look at the technologies and companies at the forefront of this rapid change. We'll also peer into the future to speculate how new advances could push instant gratification to new heights. From Horse-Drawn Carriages to Delivery Drones People had been delivering goods for centuries using animals like horses and camels. Later, trains, ships and cars sped things up. But the last mile - getting items from large vehicles to destinations - remained difficult. E-commerce boomed in the late 1900s, creating demand for fast package shipping. FedEx and UPS rose with planes, trucks, and vans worldwide. Yet online orders grew so much that last-mile challenges also increased. Customers wanted speedier, cheaper, flexible options while costs rose for companies. To meet these problems, firms tried new methods. with free two-day shipping. They also did same-day and one-hour delivery, using instead of employees. Amazon has also experimented with drones, robots and lockers too, seeking better last-mile solutions. Amazon launched Prime in 2005 independent drivers The Last Mile: The Final Frontier of Logistics Last-mile delivery is important for several reasons. First, it is a key factor in customer satisfaction and loyalty. According to a survey by McKinsey, 25% of online shoppers would switch to another retailer if they had a bad delivery experience. Moreover, 56% of millennials said they would pay more for same-day or instant delivery. Therefore, offering fast and reliable last-mile delivery can give a competitive edge to online retailers. Second, last-mile delivery is a major cost driver in logistics. According to some estimates, last-mile delivery accounts for 41% of the total delivery cost and 53% of the total carbon emissions. Reducing the cost and environmental impact of last-mile delivery can improve the profitability and sustainability of online retail. Third, last-mile delivery is a source of . As technology advances and consumer behaviour changes, fresh solutions and players emerge in the last-mile ecosystem. For example, startups like DoorDash, Instacart, and Postmates offer on-demand delivery services for food and groceries. Platforms like Uber Eats, Doordash, and Grubhub connect restaurants with customers and couriers. Companies like Yandex, Starship Technologies, and Nuro develop autonomous vehicles for last-mile delivery. innovation and opportunity The Tech Titans of Today: Yandex, Amazon, and Beyond Two companies that stand out as leaders in last-mile delivery innovation are Yandex and Amazon. Yandex is a Russian internet giant that provides services like search, advertising, e-commerce, maps, cloud computing, and self-driving technology. They've been developing autonomous vehicle technology and currently have a fleet of . These cars have driven over 4 million miles on public roads in Russia, Israel, and the US under various weather and road conditions. With this level of maturity and real-world experience, Yandex is considered one of the global leaders in self-driving development. since 2017 170 self-driving cars Yandex also launched their own delivery robot called Yandex.Rover for transporting small and medium packages autonomously. This robotic option could help automate last-mile delivery within their ecosystem and beyond, providing a sustainable way to deliver food and goods. In total, Yandex has invested approximately into their self-driving division. Recently, they launched Yandex.Rover commercial operations in Skolkovo, a major Russian tech hub. Yandex plans to introduce their autonomous services in Ann Arbor, Michigan and Tel Aviv in the near future as well. $150 million Amazon is another dominant player in e-commerce and technology, known for online retail, streaming, cloud services, AI, and smart devices. They've invested heavily in logistics to speed up and improve delivery. Amazon developed their own delivery network called Amazon Logistics which uses stations, sorting centres, transportation providers, and delivery partners to ship packages independent of traditional carriers. Amazon has also introduced autonomous solutions like , which aims to deliver packages by drone within 30 minutes, and Amazon Scout, a six-wheeled sidewalk robot for navigating neighbourhoods and dropping packages at doorsteps. Other experimental delivery methods from Amazon include in-car/home delivery with and locker/counter pickup with Amazon Hub. Through technological capabilities and their massive customer base, Amazon has become a major force in last-mile delivery. Amazon Prime Air Amazon Key Beyond Yandex and Amazon, companies like , , and are innovating as well. Starship designs small self-driving delivery robots for food, groceries and more across Europe and North America. Nuro partners with retailers to autonomously deliver goods like groceries and prescriptions using their vehicles. And Zipline runs what they claim is the world's largest drone delivery network, transporting medical supplies in Africa and beyond. In the next section, we'll examine some current last-mile delivery case studies. Starship Technologies Nuro Zipline Case Studies from the Front Line: Last-Mile Delivery Today Yandex.Rover in Serbia In June 2023, , Serbia, marking the first time it operated outside of Russia. Yandex partners with local restaurants, cafes, and supermarkets to offer fast, convenient food, grocery, and item delivery to customers via the Yandex app. Customers can track the robot's location and estimated arrival time. Using cameras, lidar and GPS, Yandex.Rover autonomously navigates sidewalks, crosswalks, and traffic lights. Speakers and a screen allow it to communicate with pedestrians and drivers. Its cargo compartment only opens with a unique QR or PIN code provided to the customer. Yandex launched its delivery robot Yandex.Rover in Belgrade This launch was part of Yandex's European expansion strategy. As a leading provider of search, maps, taxi, and food delivery services in Serbia, Yandex aimed to highlight its technological capabilities and offer a unique value with Rover as well. Amazon Prime Air in US, UK, and Italy Amazon Prime Air will integrate drone deliveries into Amazon’s existing fulfilment network, deploying from Same-Day Delivery sites. Amazon customers in Italy, the UK, and an additional U.S. city will soon have the option to get their packages delivered by a drone beginning in late 2024. The Prime Air drone delivery system is expanding to international locations and adding a third city in the United States by the end of next year— specific cities in the U.S. and abroad will be named in the coming months. Zipline in Nigeria In October 2022, through partnerships with the Kaduna State Government and Gates Foundation. Zipline delivers blood, vaccines, medication, and medical supplies from its Kaduna distribution centre to over 1,000 health facilities across the state via 120 km/h flying drones carrying 1.8kg payloads within 30 minutes in all weather. Zipline launched drone services in Nigeria Zipline's Nigeria launch expanded its mission begun in Rwanda in 2016 and Ghana in 2019, where it delivered over 1 million vaccine doses and saved thousands of lives. It aimed to further support universal healthcare in Nigeria. Upcoming Technologies: What’s In the Pipeline? Technology is one of the main drivers of innovation and disruption in last-mile delivery. As technology advances, novel solutions and possibilities emerge that could enhance the efficiency, convenience, and sustainability of last-mile delivery. Here are some of the upcoming technologies that could have a significant impact in the coming years: Hyperloop is a proposed mode of transportation that involves sending pods or capsules through a network of tubes or tunnels at shockingly high speeds, up to 1,200 kilometres per hour. Hyperloop could enable fast and low-cost transportation of goods over long distances, reducing the need for trucks, planes, or trains. Hyperloop could also connect urban areas with rural or remote areas, expanding the reach and accessibility of last-mile delivery. : Hyperloop Blockchain is a distributed ledger technology that enables secure and transparent transactions among multiple parties without intermediaries. Blockchain could improve the traceability, accountability, and efficiency of last-mile delivery by enabling real-time tracking of goods, smart contracts for payments and deliveries, and decentralized platforms for peer-to-peer delivery. : Blockchain 3D printing is a technology that enables the creation of physical objects from digital models by depositing layers of material. 3D printing could revolutionize last-mile delivery by enabling on-demand and localized production of goods, reducing the need for inventory, warehousing, and transportation. 3D printing could also enable customization and personalization of goods, enhancing customer satisfaction and loyalty. : 3D Printing Biotechnology is a technology that involves the manipulation of living organisms or biological systems. Biotechnology could transform last-mile delivery by enabling novel solutions for packaging, preservation, and delivery of goods. For example, biodegradable packaging made from algae or fungi could reduce waste and environmental impact. Bioengineered foods or medicines could extend shelf life and improve quality. Biosensors or biometrics could enable secure and convenient delivery verification. : Biotechnology However, challenges exist - technical and regulatory hurdles, social acceptance, ethics, and cybersecurity risks require careful evaluation before adopting unfamiliar concepts. Strategic Shifts: Predicting the Unpredictable While technology drives change, unpredictable human factors also impact last-mile delivery's future. Shifting consumer behaviours, economic conditions, environmental concerns, politics, and natural disasters create uncertainty, with opportunities and risks. To adapt amid this complexity, companies must strategically pivot. Transitioning focus from products alone to customers' experiences demands deep understanding of needs, personalization, and loyalty-building through positive impact. Transitioning from ownership to access alters business models, as shared subscriptions and rentals replace individual purchases in the circular sharing economy. Platform ecosystems boost availability. Moving operations away from centralization delegates control and fosters innovation through distributed localized partner networks, peer-to-peer crowdsourcing, and community cooperation. However, achieving the right product-service balance with these shifts requires trade-offs. Implementing changes across dispersed stakeholders introduces risks that must be diligently governed. Incentives and resource coordination become more intricate. Careful consideration weighs consequences before wholesale adoption. But navigating humanity's disruptive course demands agility and vision. Strategic flexibility positions resilience amid uncertainty, preparedness navigating both risks and opportunities ahead. With responsibility and diligence, last-mile leaders can help deliver the future people need. The Future is Now One thing is clear - we are witnessing the dawning of a new era. An era where imagination meets innovation, where science fiction becomes a science fact, where the impossible becomes possible. Yesteryear's visions of drones, robots and self-driving vehicles delivering goods on demand have already transformed into today's reality. Pioneers like Yandex, Amazon and Starship have pulled the future into the present and set us boldly on a course we could only dream of just a decade ago. What will the next decade bring? It is impossible to say for certain, but if history is any guide, it may surpass even our most outlandish speculations. The innovations will continuously reshape life as we know it, delivering value to all in their wake. As for the rest of us, our role is clear - embrace change with optimism and curiosity. Keep an open mind for what is to come, everyone!

The Last-Mile Delivery Revolution: What’s Next on the Horizon?

The rise of e-commerce has been remarkable over recent years, and it shows no signs of plateauing. As this sector expands, the demand for streamlined delivery systems also grows significantly. Central to this demand is the idea of last-mile delivery, a term initially used in the telecom sector and then adopted by logistics and supply chain management. Last-mile delivery is the last step in the delivery process. It's the journey a product makes from a distribution center or facility to the final destination, usually a customer's home. Even though it's the concluding phase, last-mile delivery can be the most intricate and costly in the entire supply chain. Thus, it accounts for a substantial part of the total delivery cost. Factors such as traffic congestion, misaligned delivery timings, and increasing customer demands for speed and flexibility contribute to it vastly. Considering the influence of these obstacles on operational proficiency and customer contentment, companies are constantly exploring innovative strategies to make this process more efficient and cost-effective. With technologies ranging from artificial intelligence to self-driving vehicles, last-mile delivery is undergoing a transformative phase, becoming more streamlined and customer-focused. Challenges in last-mile delivery While last-mile delivery presents an opportunity for e-commerce businesses to distinguish themselves from competitors, it also has a unique set of its own troubles. One of them is meeting the growing customer expectations. Today's consumers demand not only speedy delivery but also the flexibility to alter delivery times and locations, which can complicate logistics planning. Plus, customers often expect real-time updates on their orders, which requires sophisticated tracking systems. Geographical issues also pose serious challenges. Goods delivery to outlying suburban and rural locations, where residences are widely dispersed, can be both time-intensive and costly. Meanwhile, deliveries in cities face their own unique challenges such as heavy traffic, scarce parking, and restricted access, which all can cause delays. Cost management is another big problem. With fuel, labor, and vehicle maintenance costs steadily rising, keeping last-mile delivery affordable without compromising on efficiency is a balancing act. Moreover, the environmental footprint of logistics has gained significant public attention, regarding emissions and sustainable practices. Safeguarding the delivered goods, especially when handling high-value or perishable items, is another aspect companies must handle. And finally, scaling last-mile delivery operations to accommodate increasing volumes of orders while maintaining the same level of service quality is a constant struggle for many companies. Handy tech solutions Innovative technologies have the potential to reshape last-mile delivery, helping to address the challenges we've outlined earlier. Today, there’s an array of technological options that a business can integrate into its day-to-day operations. Autonomous Vehicles Several companies are already deploying drones for delivery. In the US, Amazon, with its Prime Air service, plans to deliver packages up to five pounds in 30 minutes or less using unmanned aerial vehicles. Alphabet's Wing has also received regulatory approval to start drone delivery services in several regions of Australia, Finland, and the US. Ground robots are another nice development. For example, Starship Technologies has deployed its delivery robots in multiple cities worldwide, including the US, the UK, and the company’s homeland of Estonia. They operate autonomously 99% of the time and can carry items within a 4-mile radius. The company operates AI and Machine Learning Route optimization software, such as Routific or ORTEC, use AI and machine learning algorithms to calculate the most efficient delivery routes. These systems consider various factors, such as traffic, weather conditions, and package destinations, to reduce travel time and costs. These advanced systems evaluate a lot of factors when plotting routes. They take into account real-time traffic data, weather conditions, package destinations, and even the capacity of the delivery vehicle. Importantly, these systems are dynamic. They continuously learn and adjust to changing conditions, ensuring the most up-to-date information is used for decision-making. For instance, if there's a sudden traffic jam due to an accident, the system can quickly re-route the delivery vehicle to avoid delays. Internet of Things IoT technology is being used to create smart logistics networks. Companies like Roambee provide real-time visibility into the delivery process through sensor data. Their devices monitor location, temperature, humidity, and more, providing crucial information for deliveries, especially for sensitive goods. For example, pharmaceutical products or perishable foods need to be kept at specific temperatures, and real-time monitoring allows companies to ensure these conditions are maintained throughout the whole delivery journey. Moreover, IoT-enabled predictive maintenance can alert companies about potential issues with their delivery vehicles before they result in costly downtimes. This information, derived from continuous monitoring and data analysis, allows companies to manage their fleet, proactively. Blockchain Technology VeChain, a blockchain platform, is an excellent example of using blockchain in logistics management. This tech enhances transparency and security by offering a full view of the supply chain. So, consumers can use VeChain to verify product authenticity, and businesses can improve logistics processes with it. Visibility provided by such services helps companies identify any bottlenecks or inefficiencies in their logistics network, which leads to more streamlined operations and enhanced performance. Plus, the security of blockchain technology means that this data is less susceptible to tampering or fraud. Real-life examples Many companies have embraced innovative technologies to improve their last-mile delivery operations. Here are a few examples from worldwide leading businesses. FedEx This global delivery provider has been exploring autonomous delivery solutions for some time, and one result is Roxo, the SameDay Bot. It’s a delivery robot designed to transport smaller shipments, specifically in urban environments where traffic and parking can be tricky. Roxo can navigate pedestrian paths and even climb stairs, which makes it an efficient option for quick, local deliveries. DHL Another logistics giant has leveraged AI and machine learning to optimize their delivery routes. The company has reported reduced delivery times, fuel costs, and CO2 emissions. Furthermore, DHL uses IoT for predictive vehicle maintenance, which allows them to improve efficiency by reducing unexpected downtime. Domino's Pizza The major fast food chain has partnered with Nuro, a leading autonomous delivery company, to use their autonomous vehicles for pizza delivery in the US. By providing customers with a unique pin to retrieve their order from the vehicle, Domino's has streamlined its delivery process and enhanced customer experience. Zipline Zipline is a company that uses drones for last-mile delivery of medical supplies. It operates in hard-to-reach places like rural Rwanda and Ghana, where conventional delivery methods just don’t work. By deploying drones, Zipline ensures that hospitals and health centers receive necessary supplies promptly. Potential problems Despite all these advantages, there are potential challenges that businesses need to navigate while using new tech solutions for their last-mile delivery. Regulatory issues may be a significant roadblock, especially concerning autonomous vehicles and drones. Different regions have various rules regarding unmanned vehicle operation, and compliance is important here. Cybersecurity is another concern. With businesses growing increasingly dependent on digital solutions, the threat of cyberattacks grows high. It's crucial to have strong security protocols to protect sensitive data, like customer details and payment information. The initial cost of these technologies can be significant. Deploying state-of-the-art AI systems, autonomous vehicles, or blockchain solutions requires a sizable investment. Some businesses, especially smaller ones, might find these upfront costs too much. And while some customers appreciate the convenience and speed these technologies offer, others may have privacy or safety concerns, particularly around drone deliveries and data sharing. Lastly, technical issues and the need for skilled personnel to manage these new technologies can also present challenges. Companies need to ensure they have the necessary technical expertise on hand to implement and operate these solutions. What lies in the future Looking ahead, new technologies are set to continue transforming the last-mile delivery sector. Innovations such as hyper-local fulfillment centers and advanced predictive analytics could lead to even faster and more efficient deliveries. We might also see wider adoption of blockchain for logistics, enabling even greater transparency and security in transactions. As technologies mature, we will likely witness increased cooperation between regulatory bodies and businesses to create supportive frameworks for innovations like drone delivery. This could make last-mile delivery even more efficient. The evolution of e-commerce logistics depends on our willingness to adopt these innovative technologies. Given the clear benefits — enhanced efficiency, cost-effectiveness, and customer satisfaction — it appears that businesses should be keen to invest in these advancements and utilize them. However, embracing these solutions should also come with a degree of caution. It's essential to navigate potential challenges, such as regulatory hurdles and cybersecurity risks, with due diligence. The right balance will allow businesses to optimize their last-mile delivery services effectively while maintaining customer trust.

Innovative Technologies for Last-Mile Delivery in E-commerce Logistics Scaling

Millions of people order food online today due to two major reasons: convenience and variety. What started as an by Pizza Hut in 1994 has grown into a multi-billion dollar industry today. This has also given rise to a number of food ordering platforms that have taken the internet by storm. experiment Whether it is a full lunch meal, a quick small evening snack, or a huge get-together, food ordering platforms have made a significant impact on our lives today. Revenues in the food delivery sector are slated to reach a staggering which makes it a potential opportunity to invest in. $223.7 billion by 2027 Top Online Food Ordering & Delivery Software To meet the ever-growing customer demands, entrepreneurs are planning to launch online food ordering and delivery platforms. As a result, many software have surfaced in the market with a core emphasis on establishing feature-rich platforms in minimum time. Here are the best online food ordering and delivery software to help budding entrepreneurs make informed decisions. Yo!Yumm Yo!Yumm is a market-ready and fully customizable software that can be used to build an online food ordering and delivery platforms. This is off-the-shelf software that is ready to meet the diverse requirements of online food delivery businesses and provide top-class service to users by managing the cumbersome administrative processes. The software is 100% white label and can be customized as per the specific requirements of the business. Yo!Yumm is built with the latest technology and integrated with a suite of powerful APIs making it a unified platform to launch and run a successful multi-vendor food ordering and delivery business like Uber Eats. Noshway Noshway is a turnkey restaurant delivery software that can be used to build a full-fledged end-to-end food delivery platform. The software also has android and iOS apps for restaurants, customers, and delivery agents. Customers are able to place orders, check order status, and track delivery via the mobile app making it a smooth experience for them. The restaurant app allows staff to manage orders with more accuracy and increase their productivity. The software can also be customized on the parameters of language, location, and currency to have a global reach. Marketing features like loyalty and referral programs help restaurant owners in the marketing of the business. Kopatech Kopatech’s multi-restaurant online ordering system is feature-rich software that can make the operations of a restaurant simple and easy. The software comes with multiple offerings like website ordering, branded mobile apps, customer insights, management tools, dedicated customer support, and much more. From accepting orders to delivering and generating custom reports, the software streamlines the cumbersome process for owners. The software’s order management module includes updated order status, delivery completion, and reject/accept orders making it smooth for the restaurant owner to manage the platform. The software is built using complex coding systems making it easiest and safest for all users. The compatibility of the software to be integrated with multiple payment gateways makes it an unbeatable software in the market. Foodesoft Foodesoft is great for making food delivery apps similar to Justeats, Glovo, or UberEats. The software has apps for Android and iOS users from where they can order food and track their orders. Business owners can build websites with the latest technologies to manage their menus and orders. The restaurant and delivery apps built using Foodesoft improve the user experience of restaurant owners and customers. Multiple payment options like cash, wallet, PayPal, debit cards, and credit cards make it easy for the customers to pay for their orders. Foodesoft supports multiple currencies and languages including RTL on both mobile and web platforms. SpotnEats SpotnEats is an UberEats clone software that allows business owners to start a mobile app-based food delivery system without having to invest in expensive and bug-ridden software. The software is completely brandable and customizable which can also be scaled as per the business requirements. The software is available for both Android and iOS users. SpotnEats claims to be tested on multiple businesses and is capable of handling massive activity simultaneously and performing flawlessly. The software also comes with full customization, deployment, and maintenance support. Business owners do not require any technical knowledge for using the software. Delivety Delivety is an all-in-one food order management system best suitable for food delivery startups, catering companies, virtual restaurants, restaurant chains, online food deliveries, dark/ghost/cloud kitchens, and standalone restaurants. From order taking and food preparation to dish assembly and order delivery, Delivety enables to deliver faster than the competitors. The system comes pre-integrated with powerful analytics and reporting to eliminate the bottlenecks and streamline the processes in food delivery operations. The operator dashboard of Delivety manages operations in real-time to provide a better customer experience. It can also be used remotely allowing operators to work from any location. The kitchen and assembly dashboard reduces human errors to zero and helps in getting the orders ready faster. Parting Thoughts If you are a budding entrepreneur and yet to join the bandwagon of the online food ordering industry, you are missing out on some great opportunities for your business. By adopting one of these softwares to build your online food ordering and delivery platform, you don’t just simplify the lives of your customers, but also ensure that your business is able to stand tall in the competitor market. Disclosure: This story was submitted to HackerNoon by an independent contributor. Hence the information contained therein has also been researched and compiled independently.

Want to Build an Online Food Delivery Platform? Here Are Some Options

The rising demand for online food delivery services has inspired budding entrepreneurs to invest in the food delivery market over the past years. According to a report, the global food delivery market is expected to amount to $192.16 billion by 2025 at a CAGR of 11%. Developing an online food delivery platform from scratch requires detailed knowledge of several aspects surfacing the software development process. Restaurateurs looking to build their food delivery platform must consult a software development company for ease and convenience. However, finding and hiring a software development company could be time-consuming and expensive. Another alternative to develop an online food delivery platform without any hindrance is to use a ready-made eCommerce platform. This blog unveils top Shopify alternatives that restaurateurs must consider to develop their online food delivery platform. But before delving deeper, let’s understand what Shopify is and the pros of using it for launching a food delivery platform. What is Shopify? is a renowned e-commerce platform designed to enable entrepreneurs to start their online e-commerce businesses. Whether it’s about launching an online grocery store or a food delivery platform, Shopify is integrated with powerful features to help entrepreneurs start an e-commerce platform of their choice. Shopify Since its launch in 2006, the platform has been trusted by notable brands such as Gymshark, PepsiCo, Allbirds, Staples, and many more. As of May 2021, Shopify powered over 1,700,00 businesses in more than 175 countries worldwide over the last 15 years. In April 2021, Shopify invested in Swyft, a Toronto-based digital logistics startup, to enter last-mile logistics. Pros of Using Shopify Following are some prominent benefits of setting up an online food delivery platform with Shopify: Quick & easy to set up Secure & reliable Free hosting Excellent Customer Service Cons of Using Shopify Though there are several advantages of selecting Shopify to launch an online food delivery platform, it has some loopholes. Below-listed is some significant reasons why you must go with a Shopify alternative for starting your food delivery business: Shopify is a bit more expensive than other e-commerce platforms. Pricing plans, additional transaction fees, and the need to buy additional apps offered by Shopify to run an online store make it a costlier platform for entrepreneurs. Shopify’s content management system doesn’t let entrepreneurs publish rich content due to some limitations in blog layouts. It could be difficult for you to use Shopify if you want to promote your business via powerful content. Scalability is also an issue with Shopify in the long run as it does not efficiently perform with a large customer base, increasing transactions, and multiple restaurant additions. What Are The Alternatives To Shopify? Yo!Yumm is a multi-restaurant ordering system that could be used as a Shopify alternative to launch an online food delivery platform quickly. It comes with an intuitively designed admin panel that helps entrepreneurs handle their marketplace operations easily. It also provides ready-made web portals and mobile apps for buyers, sellers, & delivery staff so that business owners of all sizes can set up their online food ordering marketplace conveniently. Yo!Yumm Moreover, Yo!Yumm is loaded with features like contactless deliveries, geo-fencing, digital payments, curbside pickup, and COVID-19 awareness notifications to reduce the COVID-19 transmission and keep people aware of the safety guidelines. Key Highlights Fully Customizable Multilingual Search Engine Friendly Tech Support & Maintenance Third-Party Integrations Push Notifications Advanced Delivery Management Reports & Analytics FoodPurby is a name among the top Shopify alternatives to start an online food ordering & delivery business as successful as GrubHub, FoodPanda, JustEat, Uber Eats, and many more. To help budding entrepreneurs and established businesses improve their revenue in the food industry, FoodPurby is brimmed with several innovative features. Whether you want to deploy your food delivery app on the App Store or the Play store, FoodPurby is the best fit for developing a food delivery app for both the Play Store users and the App Store users. FoodPurby Key Highlights Secure Login My cart Order status Menu listing Restaurant listing] Multiple payment options DelivApp is an API-based food ordering & delivery management platform that enables SMBs and conglomerates in the food industry to manage their business operations such as order management, merchant management, logistics management, and more. Yan Zagatsky created DelivApp in 2014 to help restaurant owners deliver food in an orderly fashion and on time to their customers. The platform comes with 5 modules: admin, merchant, dispatcher, consumer, and delivery staff. DelivApp also offers varied pricing options named startup, essential, standard, and premium. Business owners can select a pricing plan of their choice by considering their overall budget and using DelivApp as a Shopify alternative to set up their food ordering platform. DelivApp Key Highlights Schedule orders In-App order status Route optimization Navigation options Push Notifications Search & filter Online chat support Efficiency tracking Craver is a best-in-class Shopify alternative created to help business owners handle their restaurant’s operations conveniently. The food ordering platform comes with a loyalty and reward program so that startups can easily engage new customers and grow a loyal customer base. Since Craver is an easy-to-use and fully customizable platform, entrepreneurs have full authority to customize it considering their needs, marketing plan, and business goals. Craver’s admin panel is designed so that restaurant owners can control multiple activities related to customers, merchants, and delivery staff. Craver Key Highlights Fully customizable Curbside pickup Push notifications Store locator Reports & analytics Payment integration Yelo is a renowned food delivery software that restaurateurs could use as a Shopify alternative for creating their online food delivery platform. Whether it’s about handling delivery staff’s operations or customer’s requests, business owners can use Yelo’s dashboard to manage all activities in one place. Yelo The food delivery software has multilingual functionality to help restaurateurs gain wider market reach and engage new users. Moreover, innovative features offered by Yelo can also help restaurant owners monitor their business’ performance and analyze sales reports to create effective marketing strategies. Yelo offers four pricing plans, named hobby, startup, standard, and growth, and entrepreneurs can select one that suits their business needs and overall budget. Key Highlights Order management Advanced search & filters Delivery management Inventory management Powerful analytics Live chat Multilingual Geo-Fencing DeOnDe is a white-labeled food delivery solution created to help businesses streamline their food delivery startups’ operations. DeOnDe is choc-a-blocked with powerful features that allow business owners to set up an admin panel and mobile apps for customers, restaurants, and delivery staff within the time period of just two days. DeOnDe offers four subscription plans to business owners to set up their online food delivery marketplace: Basic, Pro, Premium, and Enterprise. DeOnDe DeOnDe has been trusted by various food delivery brands, including Osla food, Talabnow, Food Rider, Food master delivery, and more. All in all, it could turn out to be an affordable and easy-to-use Shopify alternative while creating a food delivery platform. Key Highlights Browse nearby stores Business dashboard Real-time order tracking Secure wallet Schedule order CS-Cart is an on-premise licensed software that comes at the top while finding a Shopify alternative for creating a food delivery platform. Due to its customization capabilities, CS-Cart has been used by notable brands to develop custom marketplaces. The platform is available in several editions that make it suitable for both large-scale enterprises and SMEs. CS-Cart has powered over 35,000 stores and marketplaces since 2005. CS-Cart It comes with built-in designing tools and is loaded with more than 500 features that make it easy for startups to set up their food ordering solution. Key Highlights Advanced order  management system Reports & statistics Multiple storefronts Advanced search Multilingual Ratings & Reviews Multiple payment methods Built-in import/export tool Conclusion While these are some popular Shopify alternatives that entrepreneurs must use for launching their online food delivery platform, there are many more such as Ontabee, GloriaFood, DevFood, UpMenu, etc. However, it is advisable to select a food delivery platform considering your overall budget and business requirements.

7 Shopify Alternatives to Create an Online Food Delivery Platform 

Ordering food online has become a part of our daily. Nowadays, people prefer ordering food online from multi-restaurant marketplace like Uber eats, GrubHub and, Deliveroo etc. rather than visiting the restaurants. There are various factors which attract customers to order food from these platforms such as the convenience of food delivery, various discounts offered by the restaurants and wide range of restaurant options to order food, etc. The demand for online food ordering and delivery business in increasing by each passing year. According to , online food delivery business revenue amounts to US$94,385m in 2019 and expected to show an annual growth rate of 9.3%. statista Names like Uber eats, GrubHub, and Zomato, etc are top players of the industry and popular in most of the countries. But still, there are many areas where these platforms have not reached or established themselves. We have few examples of online food ordering startups that started in such uncovered local regions and earning high profits:- NoCo NOSH in Northern Colorado (It has more than 400 users so far) Cyber online food delivery service in Fijians Considering the success of these businesses in uncovered areas where big players have not established. Starting an online food ordering and delivery business in the local region can be a profitable business idea. But starting an online food delivery business in the local region is not walk in the park as there are certain steps which you need to follow. In this post we will discuss all the key factors to launch an online food ordering and delivery business in local region. 1. Connect with the Local Restaurants The first most step is to connect with the local restaurants around. You need to show them the positives of online food ordering and benefits they get by joining the multi-restaurant platform of their local region. As, customers now would prefer ordering food from nearest restaurant appearing on top of the list rather visiting the restaurant from far area. 2. Set Commission Rates Sustainable Than Big Players In order, to and establish online food ordering and delivery business in local region one needs to set commission rates sustainable than big players like Uber eats, GrubHub, etc. It will certainly promote the restaurants to join the food ordering business of their local region offering high profit to them. stay ahead of big names Here are some other key revenue methods in online food delivery marketplace :- 3. Have an option of Pick Up From Restaurants In a local region; some customers might prefer to pick up food from restaurants on their own rather than paying for home delivery. So, your online food ordering and delivery website should support pick up from restaurants option. Here is business model of online food delivery marketplace:- Image Credit 4. Invest in Local SEO of Your Business To make online food ordering and delivery business popular in the local area, investing in local SEO is very important. It can help you gain the attention of your potential customers who are searching for online food ordering. This form of marketing is also quite reasonable as compared to others. 5. Choose a Right Technology Solution For Launch To run a profitable online food ordering and delivery business in your region, a website much be enriched with some best features. So, selection of right technology solution to launch your online food ordering marketplace become really important. The solution should support all the key features which make your marketplace user-friendly. Here are names of some popular solutions. YoYumm Foodesoft Ordering DeliverLogic Some of the key features that the online food ordering platform must support are:- Appealing Homepage with all the main components like sign-in/ signup, search functionality, banners, etc. Inbuilt SEO features like optimized Meta tags, URL structure, clear navigation, etc. Multiple options to generate revenue for the site owner. Payment Gateway Cash On Delivery Discount Coupon Systems Pick Up From Restaurants Testimonials and reviews management system User-friendly checkout & order placement process Advanced search function for quickly finding Chat support and social sharing buttons Order history and confirmation Conclusion There are lots of business opportunities for entrepreneurs in online food ordering and delivery business in local region but one need’s to take care of certain things to be next big hit. If you know more names of successful online food ordering startup in local regions share with me in comments I will add in the post.

Start Online Food Delivery Business in Your Local Region

We’re excited to announce that is out of beta and generally available for your production apps! Pusher Beams Beams is a hosted notifications designed for developers who need critical transactional information delivered every time. push API We’re proud that over 10,000 developers all around the world are using it to send critical transactional notifications. Here’s what’s included with Beams: Unified to deliver push notifications across iOS, Android, and MacOS devices API Hosted service to manage the device token lifecycle for iOS and Android apps and SDKs crafted by engineers to include the latest FCM and APNs updates Android iOS to deliver notifications using a flexible pub/sub model Interests to track acknowledgement and open events directly on the client Insights Debug Console featuring a realtime notification lifecycle events log You can Beams today, read the , or get started with an or tutorial. try out docs iOS Android Shining a light after notifications are sent When we released a beta to let developers send push notifications to their iOS and Android apps with a single API, we learned that developers lack transparency after they send notifications to Apple and Google’s notifications gateways, APNs and FCM. Notifications are the lifeline of applications — alerting users when deliveries are on their way, when news breaks, when a favourite player scores, or when a conference call begins — but developers had no way to confirm that notifications they sent were delivered or opened. We built Beams from the ground up to provide realtime notification delivery and transparency to develop your iOS and Android apps. Tracking delivery events on devices Neither FCM or APNs provide delivery guarantees. With Beams, you’ll get visibility about what happens on the client device after you’ve sent a notification. When a notification is sent to a device with Beams, the client SDKs will report back an once the notification is received. If the user taps the notification to open the app, the client SDKs will report back an . acknowledgement event open event You can see the acknowledgement and open events as a graph aggregated over time with or in a realtime notification lifecycle events log in . Insights Debug Console Half of all opened Beams notifications are opened within a minute and half, reflecting the power of a notification to alert a user wherever they are and lead them to take action on the spot. Making notifications more developer-friendly APNs and FCM are free to use, but we heard from a lot of developers that building a hosted service around these gateways is a headache. In fact, 80% of our users were integrating notifications directly through free Apple and Google services before they started using Beams. Once developers sign up for Beams, 75% are able to get a test notification service set up in 30 minutes or less. Beams client SDKs keep these tokens up to date throughout the device lifecycle so that developers don’t need to worry about managing them. During the Beams beta period, FCM and APNs refreshed 10% of device tokens behind the scenes. The API is designed to scale, allowing developers to deliver notifications to 1 million iOS devices per minute and 1 million Android devices per 17 seconds. What’s next for Beams? We plan to give developers more flexibility to target notifications to users, increase transparency for the health of their service, and improve deliverability across all your devices. Beams has an active community of developers — special shoutout to the community supported — and we’re excited to hear your ideas for what we should build next! React Native SDK Join the or reach out using our Intercom chat on or . Pusher community on Slack docs dashboard If you like what you see and you’re feeling generous, help spread the word with a or star our Beams and SDKs on Github. tweet iOS Android

Deliver critical transactional push notifications with Pusher Beams

My Testing Journey With Jasmine and Mocha: What I've Learned

GRAND CAYMAN, Cayman Islands, July 26th, 2024/Chainwire/--Kwenta, the leading onchain perpetuals exchange on the Optimism network, has partnered with Perennial to launch a new joint product and incentive program on the Arbitrum network. This initiative, backed by a substantial 1.9 million ARB grant, aims to attract new users and liquidity providers to Arbitrum and spark renewed interest in onchain perpetuals trading. Kwenta And Perennial’s Expansion Strategy Kwenta, known for being a UX layer for perps trading on Optimism and Base, is expanding its reach to Arbitrum in a bid to build a comprehensive marketplace for onchain perpetuals. This move is facilitated by Perennial V2, an Arbitrum-native protocol designed to be a hyper-efficient liquidity layer for derivatives trading. The joint initiative is designed to revitalize the popular AMM model for leveraged trading by providing traders with a powerful, familiar interface to interact with smart contract liquidity. Perennial’s vision is to create a single, global liquidity layer where all markets, all chains, and all liquidity converge into one decentralized nexus. By integrating Kwenta’s premier trading interface with Perennial’s advanced perps infrastructure, users on Arbitrum will benefit from an optimized trading experience. Trade orders on selected Kwenta markets will be seamlessly routed through Perennial, ensuring efficiency and reliability. This collaboration combines Kwenta's top-tier trading platform with Perennial’s hyper-efficient trading infrastructure, delivering the best possible experience for traders. Incentive Program Details The newly launched incentive program focuses on two main areas: Trading Rebates: Active traders will benefit from substantial fee rebates, making it more cost-effective to trade on the platform. This initiative is expected to drive trading volume and retain users. Liquidity Boosting: Liquidity providers will receive incentives to supply liquidity, ensuring deep and efficient markets. For more details on how to potentially earn rewards, users can visit Kwenta's Rewards Blog for trading rewards details, or visit Perennial’s Discord server for information about rewards for providing liquidity. Team Insights Burt Rock, Marketing Lead at Kwenta, highlighted how far onchain perps have come, stating, “We’ve seen a lot of new perpetuals markets focused on improving the user experience, but most are making huge sacrifices in terms of decentralization. We want to show people you really can build decentralized apps which are incredible to use, and even better than offchain versions.”Kevin Britz, CEO & Co-Founder at Perennial, added, "Kwenta has been a market leader in the perp vertical, regularly pushing over $100M in OI. We're excited to welcome them to our home on Arbitrum and expand the number of teams leveraging Perennial infrastructure. In a saturated perps landscape, combining our protocol with Kwenta’s interface will lead to increased volume, deeper liquidity, and a CEX-level user experience." Future Outlook The introduction of this incentive program represents a crucial step in the evolution of Kwenta and Perennial. With Kwenta concentrating on the UX and frontend aspects of trading and Perennial focusing on providing a robust liquidity layer, the collaboration is set to offer a decentralized trading experience that is both highly efficient and user-friendly. This model of specialization showcases how projects can synergize to deliver superior services in the DeFi space. The combined expertise of Kwenta and Perennial promises to elevate the standard of onchain perpetual trading, making it more accessible and appealing to a wider audience. For more information, users can visit Kwenta’s website and Perennial’s website. Users can also read Perennial’s launch announcement for additional details. About Kwenta And Perennial Kwenta: As a leading platform for derivatives trading, Kwenta has facilitated over $50 billion in volume on Optimism and Base. The platform is expanding to Arbitrum to launch its perpetual marketplace, a single app to compare and trade on multiple onchain venues. Perennial: Perennial is a pioneering DeFi liquidity layer that offers a hyper-efficient infrastructure for a variety of trading applications. Its modular and efficient design supports customized markets, leveraging fast execution and capital efficiency to power DeFi apps. Contacts Burt Rock Kwenta burt@kwenta.io Lucas Terry Perennial lucas@perennial.finance This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here. GRAND CAYMAN, Cayman Islands, July 26th, 2024/Chainwire/--Kwenta, the leading onchain perpetuals exchange on the Optimism network, has partnered with Perennial to launch a new joint product and incentive program on the Arbitrum network. This initiative, backed by a substantial 1.9 million ARB grant, aims to attract new users and liquidity providers to Arbitrum and spark renewed interest in onchain perpetuals trading. Kwenta And Perennial’s Expansion Strategy Kwenta, known for being a UX layer for perps trading on Optimism and Base, is expanding its reach to Arbitrum in a bid to build a comprehensive marketplace for onchain perpetuals. This move is facilitated by Perennial V2, an Arbitrum-native protocol designed to be a hyper-efficient liquidity layer for derivatives trading. The joint initiative is designed to revitalize the popular AMM model for leveraged trading by providing traders with a powerful, familiar interface to interact with smart contract liquidity. Perennial’s vision is to create a single, global liquidity layer where all markets, all chains, and all liquidity converge into one decentralized nexus. By integrating Kwenta’s premier trading interface with Perennial’s advanced perps infrastructure, users on Arbitrum will benefit from an optimized trading experience. Trade orders on selected Kwenta markets will be seamlessly routed through Perennial, ensuring efficiency and reliability. This collaboration combines Kwenta's top-tier trading platform with Perennial’s hyper-efficient trading infrastructure, delivering the best possible experience for traders. Incentive Program Details The newly launched incentive program focuses on two main areas: Trading Rebates: Active traders will benefit from substantial fee rebates, making it more cost-effective to trade on the platform. This initiative is expected to drive trading volume and retain users. Trading Rebates: Active traders will benefit from substantial fee rebates, making it more cost-effective to trade on the platform. This initiative is expected to drive trading volume and retain users. Liquidity Boosting: Liquidity providers will receive incentives to supply liquidity, ensuring deep and efficient markets. Liquidity Boosting: Liquidity providers will receive incentives to supply liquidity, ensuring deep and efficient markets. For more details on how to potentially earn rewards, users can visit Kwenta's Rewards Blog for trading rewards details, or visit Perennial’s Discord server for information about rewards for providing liquidity. Kwenta's Rewards Blog Kwenta's Rewards Blog Perennial’s Discord server Perennial’s Discord server Team Insights Burt Rock, Marketing Lead at Kwenta, highlighted how far onchain perps have come, stating, “We’ve seen a lot of new perpetuals markets focused on improving the user experience, but most are making huge sacrifices in terms of decentralization. Burt Rock, Marketing Lead at Kwenta, highlighted how far onchain perps have come, stating, “We’ve seen a lot of new perpetuals markets focused on improving the user experience, but most are making huge sacrifices in terms of decentralization. We want to show people you really can build decentralized apps which are incredible to use, and even better than offchain versions.”Kevin Britz, CEO & Co-Founder at Perennial, added, "Kwenta has been a market leader in the perp vertical, regularly pushing over $100M in OI. We're excited to welcome them to our home on Arbitrum and expand the number of teams leveraging Perennial infrastructure. In a saturated perps landscape, combining our protocol with Kwenta’s interface will lead to increased volume, deeper liquidity, and a CEX-level user experience." We want to show people you really can build decentralized apps which are incredible to use, and even better than offchain versions.”Kevin Britz, CEO & Co-Founder at Perennial, added, "Kwenta has been a market leader in the perp vertical, regularly pushing over $100M in OI. We're excited to welcome them to our home on Arbitrum and expand the number of teams leveraging Perennial infrastructure. In a saturated perps landscape, combining our protocol with Kwenta’s interface will lead to increased volume, deeper liquidity, and a CEX-level user experience." Future Outlook The introduction of this incentive program represents a crucial step in the evolution of Kwenta and Perennial. With Kwenta concentrating on the UX and frontend aspects of trading and Perennial focusing on providing a robust liquidity layer, the collaboration is set to offer a decentralized trading experience that is both highly efficient and user-friendly. This model of specialization showcases how projects can synergize to deliver superior services in the DeFi space. The combined expertise of Kwenta and Perennial promises to elevate the standard of onchain perpetual trading, making it more accessible and appealing to a wider audience. For more information, users can visit Kwenta’s website and Perennial’s website . Users can also read Perennial’s launch announcement for additional details. Kwenta’s website Kwenta’s website Perennial’s website Perennial’s website Perennial’s launch announcement Perennial’s launch announcement About Kwenta And Perennial Kwenta : As a leading platform for derivatives trading, Kwenta has facilitated over $50 billion in volume on Optimism and Base. The platform is expanding to Arbitrum to launch its perpetual marketplace, a single app to compare and trade on multiple onchain venues. Kwenta Kwenta Perennial : Perennial is a pioneering DeFi liquidity layer that offers a hyper-efficient infrastructure for a variety of trading applications. Its modular and efficient design supports customized markets, leveraging fast execution and capital efficiency to power DeFi apps. Perennial Perennial Contacts Burt Rock Kwenta burt@kwenta.io Lucas Terry Perennial lucas@perennial.finance 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

Kwenta And Perennial: How They Are Kickstarting the Arbitrum Expansion With 1.9M ARB

Kwenta এবং বহুবর্ষজীবী: কিভাবে তারা 1.9M ARB দিয়ে আরবিট্রাম সম্প্রসারণ শুরু করছে

Kwenta und Perennial: Wie sie die Arbitrum-Expansion mit 1,9 Mio. ARB ankurbeln

Kwenta y Perennial: cómo están impulsando la expansión de Arbitrum con 1,9 millones de ARB

Kwenta et Perennial : comment ils lancent l'expansion d'Arbitrum avec 1,9 million d'ARB

क्वेंटा और पेरेनियल: कैसे वे 1.9M ARB के साथ आर्बिट्रम विस्तार को गति दे रहे हैं

Kwenta と Perennial: 190 万 ARB で Arbitrum の拡大を加速させる方法

Kwenta와 Perennial: 190만 ARB로 Arbitrum 확장을 시작하는 방법

Kwenta e Perennial: como estão iniciando a expansão da Arbitrum com 1,9 milhão de ARB

Kwenta и Perennial: как они запускают расширение Arbitrum с помощью 1,9 млн ARB

Kwenta ve Perennial: 1,9 Milyon ARB ile Arbitrum Genişlemesini Nasıl Başlatıyorlar?

Kwenta và Perennial: Họ đang khởi động việc mở rộng Arbitrum với 1,9 triệu ARB như thế nào

Kwenta 和 Perennial：如何利用 190 万 ARB 启动 Arbitrum 扩张

Court Reveals Wright's 2024 MYOB Email Was Manipulated to Support False Claims

COPA v. Wright, Court Filing, retrieved on January 29, 2024, is part of HackerNoon’s Legal PDF Series. You can jump to any part of this filing here. This part is 40 of 42. 38. Spoofed email from Dr Wright in the name of Satoshi Nakamoto (1) {ID_001546} / {L8/338/1} 742. This document presents as an email sent in January 2014 from Satoshi Nakamoto to Dr Wright’s collaborator (Uyen Nguyen), as if the writer was in fact Dr Wright making use of the email address Satoshi@vistomail.com. (a) COPA’s Reasons for Alleging Forgery 743. The document is an inauthentic, spoofed email. [PM21 [32-34, 93]]. 744. The email was not sent from the account recorded as the sender. [PM21 [94]]. 745. The email was not sent from a permitted source and did not authenticate with the purported Vistomail origin server. [PM21 [20-34]]. 746. Email replies to this message would have been directed to Dr Wright at his email address craig.wright@hotwirepe.com. [PM21 [9-13]]. 747. The document originates from a computer with the name “cwright” and from an IP address of Dr Wright, being the same IP address as is associated with several other documents identified as originating from Dr Wright. [PM21 [14-18]]. 748. The document was recorded in its transmission header as being “for craig@rcjbr.org” and “Delivered to craig@rcjbr.org”. It was not retrieved from the mailbox of Satoshi Nakamoto, but a received item from within Dr Wright’s personal email inbox consistent with him being included as a blind copy (BCC) recipient. [PM21 [18-19]]. 749. No equivalent sent item has been disclosed by Dr Wright. [PM21 [35]]. 750. This email is not authentically from the controller of the email account “satoshi@vistomail.com”. [PM21 [34]]. (b) COPA’s Reasons for Inferring Dr Wright’s Knowledge / Responsibility 751. The effect of the tampering is to make the document appear to be supportive of Dr Wright’s claim to be Satoshi Nakamoto (i.e. as suggesting that he was using a Satoshi vistomail account in 2014), contrary to fact. 752. The document is an email sent in Dr Wright’s style of language using Dr Wright’s personal and hotwirepe email addresses. 753. The document is an email sent to a collaborator of Dr Wright. 754. The text of the document discourages its recipient from showing the content of the email to others. 755. The document was recorded in its transmission header as being “for craig@rcjbr.org” and “Delivered to craig@rcjbr.org”. It was not retrieved from the mailbox of Satoshi Nakamoto, but a received item from within Dr Wright’s personal email inbox consistent with him being included as a blind copy (BCC) recipient. [PM21 [18-19]]. 756. No equivalent sent item has been disclosed by Dr Wright. [PM21 [35]]. (c) Dr Wright’s Explanations and COPA’s Rebuttal 57. Dr Wright does not dispute that this is a spoofed email, but denies that he created it. In Appendix B to Wright11, he claimed that it had not come from him or his mailbox; that somebody had sent it to the ATO; that the ATO had disclosed it to Ira Kleiman; and that Mr Kleiman had then disclosed it back to Dr Wright in the Kleiman litigation. Dr Wright said that it was likely that Ms Nguyen created this email, thinking that it would help him. See: {CSW/2/61}. 758. In his oral evidence, he said that this document was among those collected from the computer of a former employee of one of his companies who had access to emails to which they ought not have had access. He no longer said that it was likely that Ms Nguyen had created the email, saying only that it was a possibility. See: {Day4/64:3} to {Day4/68:2}. 759. COPA submitted that Dr Wright’s explanation should be rejected as dishonest for the following reasons: 759.1. Mr Madden’s unchallenged expert evidence is that two distinct entries in the email’s transmission header indicate that the message provided in disclosure has been taken as a received item from the mailbox craig@rcjbr.org [PM21 [18-19]]. That conclusion is at odds with Dr Wright’s evidence that the message was not taken from his email system. 759.2. Mr Madden’s unchallenged evidence is also that another entry in the transmission header indicates that the email was authored on a computer, the network name for which was “cwright” and which had an assigned IP address of 14.1.17.85 (which corresponds to a location in New South Wales, Australia) [PM21 [14-17]]. There are a large number of other emails in disclosure with those identifiers which appear to come from Dr Wright. They are discussed in Appendix PM18. 759.3. Dr Wright’s account posits a bizarre sequence of events in which Ms Nguyen (or possibly someone else) supposedly faked this email with a view to helping him (somehow), after which it found its way from an unidentified staff laptop to the ATO, then to Ira Kleiman, then back to Dr Wright. There is no evidence whatsoever to support this story. Nor is there any explanation given for the supposed steps in the sequence of events (how the email was originally supposed to be deployed; how, why and by whom it was sent to the ATO; why the ATO sent it to Mr Kleiman; etc.). 759.4. The simple explanation, which fits with the unchallenged forensic findings, is that Dr Wright created this email to support his claim to be Satoshi and later disclosed it in his legal proceedings, but is now seeking to distance himself from a patently forged document. (d) Conclusion 760. Dr Wright’s explanations are absurd. He plainly forged this email. 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 January 29, 2024, judiciary.uk 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. COPA v. Wright, Court Filing, retrieved on January 29, 2024, is part of HackerNoon’s Legal PDF Series. You can jump to any part of this filing here. This part is 40 of 42. COPA v. Wright, Court Filing, retrieved on January 29, 2024, is part of HackerNoon’s Legal PDF Series . You can jump to any part of this filing here . This part is 40 of 42. HackerNoon’s Legal PDF Series HackerNoon’s Legal PDF Series here here 38. Spoofed email from Dr Wright in the name of Satoshi Nakamoto (1) {ID_001546} / {L8/338/1} 742. This document presents as an email sent in January 2014 from Satoshi Nakamoto to Dr Wright’s collaborator (Uyen Nguyen), as if the writer was in fact Dr Wright making use of the email address Satoshi@vistomail.com. (a) COPA’s Reasons for Alleging Forgery (a) COPA’s Reasons for Alleging Forgery 743. The document is an inauthentic, spoofed email. [PM21 [32-34, 93]]. 744. The email was not sent from the account recorded as the sender. [PM21 [94]]. 745. The email was not sent from a permitted source and did not authenticate with the purported Vistomail origin server. [PM21 [20-34]]. 746. Email replies to this message would have been directed to Dr Wright at his email address craig.wright@hotwirepe.com. [PM21 [9-13]]. 747. The document originates from a computer with the name “cwright” and from an IP address of Dr Wright, being the same IP address as is associated with several other documents identified as originating from Dr Wright. [PM21 [14-18]]. 748. The document was recorded in its transmission header as being “for craig@rcjbr.org” and “Delivered to craig@rcjbr.org”. It was not retrieved from the mailbox of Satoshi Nakamoto, but a received item from within Dr Wright’s personal email inbox consistent with him being included as a blind copy (BCC) recipient. [PM21 [18-19]]. 749. No equivalent sent item has been disclosed by Dr Wright. [PM21 [35]]. 750. This email is not authentically from the controller of the email account “satoshi@vistomail.com”. [PM21 [34]]. (b) COPA’s Reasons for Inferring Dr Wright’s Knowledge / Responsibility (b) COPA’s Reasons for Inferring Dr Wright’s Knowledge / Responsibility 751. The effect of the tampering is to make the document appear to be supportive of Dr Wright’s claim to be Satoshi Nakamoto (i.e. as suggesting that he was using a Satoshi vistomail account in 2014), contrary to fact. 752. The document is an email sent in Dr Wright’s style of language using Dr Wright’s personal and hotwirepe email addresses. 753. The document is an email sent to a collaborator of Dr Wright. 754. The text of the document discourages its recipient from showing the content of the email to others. 755. The document was recorded in its transmission header as being “for craig@rcjbr.org” and “Delivered to craig@rcjbr.org”. It was not retrieved from the mailbox of Satoshi Nakamoto, but a received item from within Dr Wright’s personal email inbox consistent with him being included as a blind copy (BCC) recipient. [PM21 [18-19]]. 756. No equivalent sent item has been disclosed by Dr Wright. [PM21 [35]]. (c) Dr Wright’s Explanations and COPA’s Rebuttal (c) Dr Wright’s Explanations and COPA’s Rebuttal 57. Dr Wright does not dispute that this is a spoofed email, but denies that he created it. In Appendix B to Wright11, he claimed that it had not come from him or his mailbox; that somebody had sent it to the ATO; that the ATO had disclosed it to Ira Kleiman; and that Mr Kleiman had then disclosed it back to Dr Wright in the Kleiman litigation. Dr Wright said that it was likely that Ms Nguyen created this email, thinking that it would help him. See: {CSW/2/61}. 758. In his oral evidence, he said that this document was among those collected from the computer of a former employee of one of his companies who had access to emails to which they ought not have had access. He no longer said that it was likely that Ms Nguyen had created the email, saying only that it was a possibility. See: {Day4/64:3} to {Day4/68:2}. 759. COPA submitted that Dr Wright’s explanation should be rejected as dishonest for the following reasons: 759.1. Mr Madden’s unchallenged expert evidence is that two distinct entries in the email’s transmission header indicate that the message provided in disclosure has been taken as a received item from the mailbox craig@rcjbr.org [PM21 [18-19]]. That conclusion is at odds with Dr Wright’s evidence that the message was not taken from his email system. 759.2. Mr Madden’s unchallenged evidence is also that another entry in the transmission header indicates that the email was authored on a computer, the network name for which was “cwright” and which had an assigned IP address of 14.1.17.85 (which corresponds to a location in New South Wales, Australia) [PM21 [14-17]]. There are a large number of other emails in disclosure with those identifiers which appear to come from Dr Wright. They are discussed in Appendix PM18. 759.3. Dr Wright’s account posits a bizarre sequence of events in which Ms Nguyen (or possibly someone else) supposedly faked this email with a view to helping him (somehow), after which it found its way from an unidentified staff laptop to the ATO, then to Ira Kleiman, then back to Dr Wright. There is no evidence whatsoever to support this story. Nor is there any explanation given for the supposed steps in the sequence of events (how the email was originally supposed to be deployed; how, why and by whom it was sent to the ATO; why the ATO sent it to Mr Kleiman; etc.). 759.4. The simple explanation, which fits with the unchallenged forensic findings, is that Dr Wright created this email to support his claim to be Satoshi and later disclosed it in his legal proceedings, but is now seeking to distance himself from a patently forged document. (d) Conclusion (d) Conclusion 760. Dr Wright’s explanations are absurd. He plainly forged this email. Continue Reading Here. Continue Reading Here . 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 January 29, 2024, judiciary.uk 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. About HackerNoon Legal PDF Series: We bring you the most important technical and insightful public domain court case filings. This court case retrieved on January 29, 2024, judiciary.uk 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. judiciary.uk judiciary.uk

COPA takes Craig Wright to Court for Impersonating Satoshi Nakamoto with Forged Emails 

In a world where technology is constantly evolving, the Pebble Tracker by IoTeX stands out as a remarkable innovation. Recently, I had the opportunity to experience this blockchain-powered gadget firsthand, and I must say that it has exceeded my expectations. It was relatively easy to set up, and if you are a geek like me and are into data visualization and management, it is fun to use. It also clearly holds a lot of potential for business applications in the emerging spaces of web3 and decentralized physical infrastructure networks (DePin). What is Pebble Tracker? Pebble Tracker is a state-of-the-art IoT (Internet of Things) device developed by IoTeX. This small yet powerful piece of technology is designed to capture real-world data in real time, making it an ideal tool for tracking various environmental and locational parameters. Whether you're monitoring the climate, tracking movement, or verifying location data, the Pebble Tracker has you covered. Seamless Registration and Integration One of the standout features of the Pebble Tracker is its ease of use. Upon receiving my device, I quickly registered it and joined the MachineFi ecosystem, a decentralized network that allows users to monetize their data. The registration process was straightforward, and within minutes, my device was up and running, ready to capture and share data. However, it's important to note that the Pebble Tracker requires a separate SIM card to operate, which adds an additional step to the setup process. Capturing Real-World Data The Pebble Tracker's capabilities are impressive. It offers verifiable data on GPS location, climate conditions, motion, and light levels. This data is crucial for various applications, from logistics and supply chain management to personal fitness and environmental monitoring. The real-time data capture ensures that you always have the most current information at your fingertips. Why I Love Pebble Tracker Blockchain-Powered Security: The integration of blockchain technology ensures that the data captured by the Pebble Tracker is secure and verifiable. This added layer of security is particularly important for applications that require trustworthy data.
Real-Time Data: The ability to capture and analyze data in real-time opens up numerous possibilities for applications that depend on timely information. Whether it's tracking the movement of goods in a supply chain or monitoring environmental conditions, the Pebble Tracker delivers accurate and timely data.
Data Monetization: By joining the MachineFi ecosystem, I can earn rewards for the data my device captures. This innovative approach not only incentivizes data sharing but also ensures that users retain control over their data.
Versatility: The Pebble Tracker's ability to capture various types of data—GPS, climate, motion, and light—makes it a versatile tool for a wide range of applications. From personal use to industrial applications, the possibilities are endless. Practical Applications The practical applications of the Pebble Tracker are vast. Here are a few examples of how this device can be utilized: Logistics and Supply Chain Management: Track the location and condition of goods in transit, ensuring they reach their destination in optimal condition. This capability can improve efficiency, reduce losses, and enhance transparency in supply chain operations.
Environmental Monitoring: Monitor climate conditions in real time, providing valuable data for weather forecasting, environmental research, and disaster management. Such data can be crucial for understanding climate patterns and making informed decisions to mitigate environmental impacts.
Personal Fitness: Track your movements and activities, gaining insights into your fitness routines and progress. The Pebble Tracker can help users monitor their health metrics, set fitness goals, and track their achievements over time.
Security and Surveillance: Use the device to monitor and secure sensitive areas, ensuring that any unauthorized movements are detected and recorded. This application can be vital for enhancing security in homes, offices, and public spaces.
Asset Tracking: Beyond logistics, the Pebble Tracker can be used to track valuable assets, whether they are stationary or in transit. This can be particularly useful for industries like construction, where equipment and tools need to be monitored continuously. Final Thoughts I believe that the Pebble Tracker by IoTeX is a game-changer in the world of IoT devices. Its integration of blockchain technology for secure data capture, combined with its real-time data capabilities and versatility, makes it a must-have for anyone looking to harness the power of real-world data. Whether you're a tech enthusiast, a business owner, or someone looking to explore the possibilities of IoT, the Pebble Tracker is something to explore. Moreover, the device's potential extends beyond individual applications. As IoT and blockchain technologies continue to converge, tools like the Pebble Tracker are paving the way for more decentralized, secure, and efficient data ecosystems. This not only enhances individual capabilities but also contributes to broader technological advancements and innovation. For more information about the Pebble Tracker, its setup, and where to purchase a compatible SIM card, check out these links: Pebble Tracker Information
Pebble Tracker Setup Guide
Compatible SIM Card Purchase In a world where technology is constantly evolving, the Pebble Tracker by IoTeX stands out as a remarkable innovation. Recently, I had the opportunity to experience this blockchain-powered gadget firsthand, and I must say that it has exceeded my expectations. It was relatively easy to set up, and if you are a geek like me and are into data visualization and management, it is fun to use. It also clearly holds a lot of potential for business applications in the emerging spaces of web3 and decentralized physical infrastructure networks (DePin). web3 decentralized physical infrastructure networks What is Pebble Tracker? Pebble Tracker is a state-of-the-art IoT (Internet of Things) device developed by IoTeX. This small yet powerful piece of technology is designed to capture real-world data in real time, making it an ideal tool for tracking various environmental and locational parameters. Whether you're monitoring the climate, tracking movement, or verifying location data, the Pebble Tracker has you covered. Seamless Registration and Integration One of the standout features of the Pebble Tracker is its ease of use. Upon receiving my device, I quickly registered it and joined the MachineFi ecosystem, a decentralized network that allows users to monetize their data. The registration process was straightforward, and within minutes, my device was up and running, ready to capture and share data. However, it's important to note that the Pebble Tracker requires a separate SIM card to operate, which adds an additional step to the setup process. Capturing Real-World Data The Pebble Tracker's capabilities are impressive. It offers verifiable data on GPS location, climate conditions, motion, and light levels. This data is crucial for various applications, from logistics and supply chain management to personal fitness and environmental monitoring. The real-time data capture ensures that you always have the most current information at your fingertips. Why I Love Pebble Tracker Blockchain-Powered Security: The integration of blockchain technology ensures that the data captured by the Pebble Tracker is secure and verifiable. This added layer of security is particularly important for applications that require trustworthy data. Real-Time Data: The ability to capture and analyze data in real-time opens up numerous possibilities for applications that depend on timely information. Whether it's tracking the movement of goods in a supply chain or monitoring environmental conditions, the Pebble Tracker delivers accurate and timely data. Data Monetization: By joining the MachineFi ecosystem, I can earn rewards for the data my device captures. This innovative approach not only incentivizes data sharing but also ensures that users retain control over their data. Versatility: The Pebble Tracker's ability to capture various types of data—GPS, climate, motion, and light—makes it a versatile tool for a wide range of applications. From personal use to industrial applications, the possibilities are endless. Blockchain-Powered Security: The integration of blockchain technology ensures that the data captured by the Pebble Tracker is secure and verifiable. This added layer of security is particularly important for applications that require trustworthy data. Blockchain-Powered Security: Real-Time Data: The ability to capture and analyze data in real-time opens up numerous possibilities for applications that depend on timely information. Whether it's tracking the movement of goods in a supply chain or monitoring environmental conditions, the Pebble Tracker delivers accurate and timely data. Real-Time Data: Data Monetization: By joining the MachineFi ecosystem, I can earn rewards for the data my device captures. This innovative approach not only incentivizes data sharing but also ensures that users retain control over their data. Data Monetization: Versatility: The Pebble Tracker's ability to capture various types of data—GPS, climate, motion, and light—makes it a versatile tool for a wide range of applications. From personal use to industrial applications, the possibilities are endless. Versatility: Practical Applications The practical applications of the Pebble Tracker are vast. Here are a few examples of how this device can be utilized: Logistics and Supply Chain Management: Track the location and condition of goods in transit, ensuring they reach their destination in optimal condition. This capability can improve efficiency, reduce losses, and enhance transparency in supply chain operations. Environmental Monitoring: Monitor climate conditions in real time, providing valuable data for weather forecasting, environmental research, and disaster management. Such data can be crucial for understanding climate patterns and making informed decisions to mitigate environmental impacts. Personal Fitness: Track your movements and activities, gaining insights into your fitness routines and progress. The Pebble Tracker can help users monitor their health metrics, set fitness goals, and track their achievements over time. Security and Surveillance: Use the device to monitor and secure sensitive areas, ensuring that any unauthorized movements are detected and recorded. This application can be vital for enhancing security in homes, offices, and public spaces. Asset Tracking: Beyond logistics, the Pebble Tracker can be used to track valuable assets, whether they are stationary or in transit. This can be particularly useful for industries like construction, where equipment and tools need to be monitored continuously. Logistics and Supply Chain Management: Track the location and condition of goods in transit, ensuring they reach their destination in optimal condition. This capability can improve efficiency, reduce losses, and enhance transparency in supply chain operations. Logistics and Supply Chain Management: Environmental Monitoring: Monitor climate conditions in real time, providing valuable data for weather forecasting, environmental research, and disaster management. Such data can be crucial for understanding climate patterns and making informed decisions to mitigate environmental impacts. Environmental Monitoring: Personal Fitness: Track your movements and activities, gaining insights into your fitness routines and progress. The Pebble Tracker can help users monitor their health metrics, set fitness goals, and track their achievements over time. Personal Fitness: Security and Surveillance: Use the device to monitor and secure sensitive areas, ensuring that any unauthorized movements are detected and recorded. This application can be vital for enhancing security in homes, offices, and public spaces. Security and Surveillance: Asset Tracking: Beyond logistics, the Pebble Tracker can be used to track valuable assets, whether they are stationary or in transit. This can be particularly useful for industries like construction, where equipment and tools need to be monitored continuously. Asset Tracking: Final Thoughts I believe that the Pebble Tracker by IoTeX is a game-changer in the world of IoT devices. Its integration of blockchain technology for secure data capture, combined with its real-time data capabilities and versatility, makes it a must-have for anyone looking to harness the power of real-world data. Whether you're a tech enthusiast, a business owner, or someone looking to explore the possibilities of IoT, the Pebble Tracker is something to explore. Moreover, the device's potential extends beyond individual applications. As IoT and blockchain technologies continue to converge, tools like the Pebble Tracker are paving the way for more decentralized, secure, and efficient data ecosystems. This not only enhances individual capabilities but also contributes to broader technological advancements and innovation. For more information about the Pebble Tracker, its setup, and where to purchase a compatible SIM card, check out these links: Pebble Tracker Information Pebble Tracker Setup Guide Compatible SIM Card Purchase Pebble Tracker Information Pebble Tracker Information Pebble Tracker Setup Guide Pebble Tracker Setup Guide Compatible SIM Card Purchase Compatible SIM Card Purchase

Discovering the Capabilities of IoTeX's Pebble Tracker

24-Hour vs Detailed Project Development Estimation

24-ঘন্টা বনাম বিশদ প্রকল্প উন্নয়ন অনুমান

24-Stunden-Schätzung vs. detaillierte Projektentwicklungsschätzung

Estimación del desarrollo del proyecto en 24 horas frente a una estimación detallada

Estimation de développement de projet sur 24 heures ou détaillée

24 घंटे बनाम विस्तृत परियोजना विकास अनुमान

24時間対詳細なプロジェクト開発見積

24시간 vs 상세한 프로젝트 개발 추정

Estimativa de desenvolvimento de projeto detalhada em 24 horas

24-часовая или детальная оценка разработки проекта

24 Saatlik ve Ayrıntılı Proje Geliştirme Tahmini

Ước tính phát triển dự án chi tiết và 24 giờ

24 小时与详细项目开发估算

Recollections of My Life: Part 3

Stories, News & Mentions about GELIVER

Geliver’s Stories on HackerNoon