Aspire is the leading all-in-one business finance operating system in South-East Asia for growing businesses

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Today, according to Enhance Ventures, there are along with thousands of accelerators and incubators - all offering unique experiences to entrepreneurs. In this article, we are set to explain how a startup - or a venture - studio can help bring your ideas to life. around 780 startup studios There is a common misbelief that simply having a solid idea is enough to start a business. Available funds on their own do not guarantee success, either. While some entrepreneurs lack experience or knowledge, others may need money or well-trained specialists, and certain people are not good at building internal procedures. To navigate a company to success, one needs a full package. This is when incubators and accelerators come to the rescue. There are in the world today. Among the most famous are Y Combinator, Techstars, and 500 Startups. There are numerous companies that have reached the exit stage in those organizations, including , Codeacademy, Udemy, and . no less than 7,000 accelerators and incubators Reddit Canva However, while accelerators and incubators offer many advantages to entrepreneurs, we are currently witnessing a boom of interest for startup studios. They present a different approach to launching startups and have their own funds and in-house experts. Startup studios go the extra mile from being just a mentor or investors - they become co-founders and partners. What is exactly a startup studio? People who work in startup studios know how to launch and scale a business. The examples of Zalando, Delivery Hero, Hello Fresh, Dots, bitly, Octiv, and others speak better than any words, about what a startup can become when entrepreneurs turn to studios. Startup studios bring together entrepreneurs, investors, and experienced specialists in all fields, and creates an ecosystem, essential to build a business. People, who work in a startup studio, are not just investors, but partners of the future company. They are focused on making the idea work and doing that quickly and with a profit. Facts and myths about startup studios Myth №1: “Startup studios are like mentors” Not everyone will engage with your business if you lack an MVP. Accelerators and incubators typically establish a predetermined timeframe for collaborating with startups, a term defined at the onset of cooperation. On the other hand, a startup studio aligns with the entrepreneur from the outset, shepherding the project through its entirety. The studio functions not only as an investor but also as a deeply involved co-founder, invested in the business's outcomes. Myth №2: “Startup studio will help with every project” Claiming to know everything often reveals a lack of true understanding. Seasoned professionals cultivate expertise and specialization in specific domains, nurturing these skills with pride. For instance, TechStars dedicates itself to tech startups, Buildit Accelerator hones in on IoT and hardware, and Startup Wise Guys embraces diverse niches, including FinTech and Cybersecurity. Certain enterprises also concentrate on specific geographic areas; Venture Catalysts, for instance, nurtures Indian startups, while Chinaccelerator, the largest accelerator in Asia, stands as a prime example. At SKL.vc, our approach involves meticulous evaluation of ideas before integration. We direct our attention towards ventures with global transformative potential, such as consumer apps, generative AI, BCI, and other groundbreaking concepts. Myth №3: “A startup studio does not care about the outcome” A venture studio is a co-founder of the future company, so it owns equity in it. Studying reports and listening to presentations about the work done is not something a studio does. The team is focused on building work quickly and efficiently and maintains a hands-on style so that every stage is optimized. The work at SKL.vc is structured as sprints - we set a target, and when we reach it, we analyze the results. This allows us to adjust the strategy on time. Every project is assigned a customized team of experts. They work until the startup is ready to work without the studio on its own. We select professionals with the most suitable set of skills and qualifications to make sure the project has the best human capital. SKL.vc also has vast experience of working with remote teams, that include top experts from all over the world. Myth №4: “People who work in a startup studio make mistakes, just like I, or other entrepreneurs, do” Entrepreneurs within startup studios avoid the trial-and-error route, foregoing learning solely from mistakes. This is due to the studio's adoption of a sequential launch strategy, leveraging past successful experiences to guide startups. Nevertheless, perfection remains elusive, as errors are inherent to all endeavors. Yet, by tapping into the expertise of top professionals in the industry, entrepreneurs can significantly reduce the probability of failure. At SKL.vc, we have curated an exceptional team of extraordinary individuals. This ensemble comprises not only studio founders and experts adept at shepherding startups but also advisors boasting extensive experience in their specialized domains. So, when can a startup studio help you? A studio does not guarantee success. Neither does an accelerator or an incubator. In the end, which has been in the US, has an exit rate of 33.61%. And Y Combinator, which is often named among the most famous accelerators in the world, has an exit rate of 11.15% (among the companies that reached this stage is, for instance, AirBnB) and ranks 16th in the Beta Boom study. There are many great ideas that will not hit the market, and there are numerous reasons for that. But we will address this next time. Angelpad ranked number one accelerator To understand, if you need a studio, consider the following: You have a clear idea and understanding of what you want A startup studio brings together unique experts. The team that works at SKL.vc has experience in venture capital, and marketing, knows how to scale projects, and has experience in other fields that are indispensable when building a business. We can set up internal procedures. We know what every stage must look like and how it must work. We get down to business very quickly without unnecessary meetings and long calls. We need not more than two meetings to make a decision. Sometimes entrepreneurs get so focused on their ideas, that they forget to take a step aside and look at the project from a fresh perspective. The studio, which is involved with every step, may provide such a perspective. You do not know how to build internal processes A venture studio does not focus on one startup but works on multiple startups in parallel. It means that its processes work in a smooth and flawless way. It can be adjusted to any business that the studio takes on board. When selecting to partner with a studio, an entrepreneur gets a professional with specific knowledge about how to build marketing strategy or financial planning, how to establish relationships with investors and make the product, and how to communicate with the stakeholders and others. You do not have a little black book When startups join us at SKL.vc, we always say that our network is your network now. We have access to human capital that is hard to get. And we also assign a superhero mentor to every project! You do not have funds We use our own capital to invest in the startups. When it comes to finding investment, entrepreneurs may take this task off their to-do list - we will do it ourselves. You do not have a team We can build the team from scratch and will make it tailored for the business. From advisors with specific experience relevant to your needs to key experts from different niches of the market that will help your company become a successful enterprise. A startup studio is one option available to entrepreneurs today, along with accelerators and incubators. However, the unique approach that studios offer has made them an attractive partner for those who want to build a successful business in an already crowded market.

Startup Studios: Why Founders Aspire to Join and How They Foster Company Building

Startup Studios: por qué los fundadores aspiran a unirse y cómo fomentan la creación de empresas

Startup Studios : pourquoi les fondateurs aspirent à rejoindre et comment ils favorisent la création d'entreprise

स्टार्टअप स्टूडियो: क्यों संस्थापक शामिल होने की इच्छा रखते हैं और वे कंपनी निर्माण को कैसे बढ़ावा देते हैं

スタートアップ スタジオ: 創業者が参加を熱望する理由と会社構築をどのように促進するか

Startup Studios: por que os fundadores desejam ingressar e como eles promovem a construção da empresa

Startup Studios: Tại sao các nhà sáng lập mong muốn tham gia và cách họ thúc đẩy việc xây dựng công ty

创业工作室：创始人为何渴望加入以及他们如何促进公司建设

DUBAI, UAE, July/9th,2024/Chainwire/LandRocker, a play-to-earn game set in an expansive universe of space exploration, has announced that its native token, LRT, will be listed on the centralized exchange BingX on July 9th. This development comes alongside the introduction of their novel dynamic roadmap, designed to offer transparency and engagement for the gaming community. Integral to the LandRocker gaming economy, the LRT token will be available on BingX, providing more access for gamers and investors. This listing follows the successful launch of LRT on MEXC and Uniswap, further expanding the token's reach and usability. The presale of LRT raised $2.8 million, demonstrating investor confidence in LandRocker’s potential. Additional listings on other tier-1 exchanges, including Bybit, KuCoin, and Gate.io, are anticipated soon. LandRocker's new dynamic roadmap is the first of its kind amongst Web3 projects, and is set to upend how gaming projects communicate progress. The feature integrates daily video updates and a live interactive map, allowing users to track the project's development in real time. The dynamic roadmap provides a level of transparency and engagement previously unseen in the crypto industry, fostering a stronger bond between the project and its community. "We are pioneering a new level of transparency and engagement in the gaming industry with our dynamic roadmap," said CEO Hamid Fathalian. "This approach sets a high standard for openness, strengthening the trust and involvement of our community and stakeholders, marking a first as no other project has implemented such a transparent and agile framework." The game’s approach helps control inflation and fosters a sustainable gaming economy and stable economic loop. Refined through billions of simulations over the past two years, LandRocker ensures ongoing rewards, economic stability, and continuous player engagement. LandRocker's mission is to develop a robust chart for its token that is as individual and powerful as possible, aiming to minimize its reaction to Bitcoin price drops. By building on a strong foundation, LandRocker aspires to establish an evergreen chart, ensuring long-term stability and growth for its token. Underscoring LandRocker’s commitment to creating a sustainable and resilient gaming economy, providing lasting value for its community and investors. The game’s Season Zero offers players the chance to explore a universe with 79 quintillion unique planets and compete for a combined prize pool of 20 million LRT. About LandRocker: LandRocker is a cutting-edge play-to-earn game set in a vast universe of space exploration and discovery. It offers players a unique blend of adventure, strategy, and multiplayer battles, along with opportunities to earn valuable crypto rewards. The game features innovative play-to-liberate, play-to-earn, and play-to-win modes, fostering a balanced and sustainable ecosystem. Players mine elements, craft equipment, and trade with others to maintain a stable economic loop. With a focus on quality gameplay and a resilient economy, LandRocker is poised to become a leading title in the P2E gaming space. Website | Telegram | Instagram | X | Discord Contact Homa Has homa@landrocker.io This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here. DUBAI, UAE, July/9th,2024/Chainwire/LandRocker, a play-to-earn game set in an expansive universe of space exploration, has announced that its native token, LRT, will be listed on the centralized exchange BingX on July 9th. This development comes alongside the introduction of their novel dynamic roadmap, designed to offer transparency and engagement for the gaming community. Integral to the LandRocker gaming economy, the LRT token will be available on BingX, providing more access for gamers and investors. This listing follows the successful launch of LRT on MEXC and Uniswap, further expanding the token's reach and usability. The presale of LRT raised $2.8 million, demonstrating investor confidence in LandRocker’s potential. Additional listings on other tier-1 exchanges, including Bybit, KuCoin, and Gate.io, are anticipated soon. LandRocker's new dynamic roadmap is the first of its kind amongst Web3 projects, and is set to upend how gaming projects communicate progress. The feature integrates daily video updates and a live interactive map, allowing users to track the project's development in real time. new dynamic roadmap new dynamic roadmap The dynamic roadmap provides a level of transparency and engagement previously unseen in the crypto industry, fostering a stronger bond between the project and its community. "We are pioneering a new level of transparency and engagement in the gaming industry with our dynamic roadmap," said CEO Hamid Fathalian. "This approach sets a high standard for openness, strengthening the trust and involvement of our community and stakeholders, marking a first as no other project has implemented such a transparent and agile framework." "We are pioneering a new level of transparency and engagement in the gaming industry with our dynamic roadmap," said CEO Hamid Fathalian. "This approach sets a high standard for openness, strengthening the trust and involvement of our community and stakeholders, marking a first as no other project has implemented such a transparent and agile framework." The game’s approach helps control inflation and fosters a sustainable gaming economy and stable economic loop. Refined through billions of simulations over the past two years, LandRocker ensures ongoing rewards, economic stability, and continuous player engagement. LandRocker 's mission is to develop a robust chart for its token that is as individual and powerful as possible, aiming to minimize its reaction to Bitcoin price drops. By building on a strong foundation, LandRocker aspires to establish an evergreen chart, ensuring long-term stability and growth for its token. LandRocker LandRocker Underscoring LandRocker’s commitment to creating a sustainable and resilient gaming economy, providing lasting value for its community and investors. The game’s Season Zero offers players the chance to explore a universe with 79 quintillion unique planets and compete for a combined prize pool of 20 million LRT. About LandRocker: LandRocker is a cutting-edge play-to-earn game set in a vast universe of space exploration and discovery. It offers players a unique blend of adventure, strategy, and multiplayer battles, along with opportunities to earn valuable crypto rewards. LandRocker LandRocker The game features innovative play-to-liberate, play-to-earn, and play-to-win modes, fostering a balanced and sustainable ecosystem. Players mine elements, craft equipment, and trade with others to maintain a stable economic loop. With a focus on quality gameplay and a resilient economy, LandRocker is poised to become a leading title in the P2E gaming space. Website | Telegram | Instagram | X | Discord Website Website Telegram Telegram Instagram Instagram X X Discord Discord Contact Homa Has homa@landrocker.io 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

LandRocker’s LRT Token To Be Listed On BingX, Introducing Its Dynamic Roadmap

LandRocker এর LRT টোকেন BingX-এ তালিকাভুক্ত হবে, এর গতিশীল রোডম্যাপ প্রবর্তন করছে

LandRockers LRT-Token wird auf BingX gelistet und stellt seine dynamische Roadmap vor

El token LRT de LandRocker se incluirá en BingX, presentando su hoja de ruta dinámica

Le jeton LRT de LandRocker sera répertorié sur BingX, présentant sa feuille de route dynamique

लैंडरॉकर का LRT टोकन बिंगएक्स पर सूचीबद्ध होगा, इसका डायनामिक रोडमैप पेश किया जाएगा

LandRocker の LRT トークンが BingX に上場、ダイナミック ロードマップを発表

LandRocker의 LRT 토큰이 BingX에 상장되어 동적 로드맵을 소개합니다.

Token LRT da LandRocker será listado no BingX, apresentando seu roteiro dinâmico

Токен LandRocker LRT будет включен в листинг на BingX, представляя свою динамическую дорожную карту

LandRocker'ın LRT Tokeni BingX'te Listelenecek ve Dinamik Yol Haritası Tanıtılacak

Mã thông báo LRT của LandRocker sẽ được liệt kê trên BingX, giới thiệu lộ trình năng động của nó

LandRocker 的 LRT 代币将在 BingX 上市，并推出其动态路线图

Authors:
(1) Joseph Latessa, Department of Computer Science Wayne State University, Detroit MI USA (jlatessa@wayne.edu);
(2) Aadi Huria, Senior, Salem High School Canton, MI USA (huria.aadi@gmail.com);
(3) Deepak Raju, Senior, Salem High School, Canton MI USA (Deepak.Raju294@outlook.com). Table of Links Abstract and Introduction Related Work Project Prerequisites Project Implementation Insight and Reflections Conclusions, Acknowledgement and References ABSTRACT Software Engineering concepts such as version control, continuous integration, and unit testing are often not presented in college computer science curriculums until the third year of study, after completing several semesters of programming courses. Throughout the summer of 2023, two high school students volunteered in our lab at Wayne State University where I’m a graduate research assistant and Ph.D. student in computer science. The students had taken AP Computer Science but had no prior experience with software engineering or software testing. This paper documents our experience devising a group project to teach the requisite software engineering skills to implement automated tests that meaningfully contribute to open-source scientific computing projects developed in connection with our lab. We describe the concepts covered, tools used, and software tests written in this early introduction to software engineering while maintaining shared emphases on education and the deployment of our work. KEYWORDS Automated Testing, Continuous Integration, GitHub Actions, High School Summer Research, Software Engineering, Version Control, Website Debugging 1 INTRODUCTION During the summer of 2023, two high school students volunteered to assist in one of Wayne State University’s computer science research labs, which focuses on high-performance computing and software engineering for scientific applications. The students aspire to study computer science as their major when they begin their undergraduate studies in 2024. Prior to volunteering in our lab, they had successfully completed AP Computer Science courses where they learned Java and Python but had no prior experience with software engineering concepts such as version control, continuous integration, and unit testing. Our goals were to develop a summer project that would be appropriate for the students’ current experience and education, provide a learning opportunity to gain new skills relevant to assisting in a laboratory environment, and to provide an opportunity to produce work that meaningfully contributes to the scientific computing applications developed in connection with our lab. Two scientific computing applications developed in connection with our lab include JETSCAPE [1] and GOMC [2]. JETSCAPE is a multi-institutional collaboration that develops event generators to simulate ultra-relativistic heavy-ion collisions. GOMC is an application to simulate molecular systems using the Metropolis Monte Carlo Algorithm [3]. Both projects are opensource and maintain their respective repositories on GitHub. They also use GitHub Pages to maintain and deploy their project websites. To meet our project goals, we decided to emphasize automated software testing. JETSCAPE [1] and GOMC [2] have previously developed and deployed some tests, but there was an interest among the collaborators to further expand upon the tests in place. Since the student volunteers had not yet studied software engineering and were not yet familiar with concepts such as continuous integration and unit testing, attaining these skills while working on this project would provide a unique educational value. Since the students had already completed AP Computer Science and were already comfortable with the Java and Python languages, the students could apply the programming skills they already learned to develop these automated tests. Although having studied Java and Python, the students had no prior experience with Linux or with working at the command line. They also had no previous experience working with Git or any version control platform. This project would therefore have to begin with preliminary introductions to the Linux shell environment and version control. Since continuous integration would also be a new concept, a demonstration of GitHub Actions and writing YAML files would conclude our preliminary introduction. The main substantive tasks of the project would be the implementation of three automated tests. The first two tests, an HTML validator, and a link checker, would be deployed on the JETSCAPE [1] and GOMC [2] websites. The implementation of the third test would require discussing the concept of unit testing and then deploying a series of unit tests to ensure the correctness of JETSCAPE’s XML formatted input. The tools used throughout the project include Visual Studio Code, the Ubuntu Distribution installed on WSL and accessed through Windows Terminal, version control with Git and GitHub, automation with GitHub Actions, static hosting with GitHub Pages, Python scripting to customize and enhance the functionality of GitHub Marketplace Actions, and Python’s UNITTEST framework. In the following sections, we provide a detailed description of the project and the concepts covered. We then reflect upon the successes and challenges we faced and report this experience so that other students at a similar level in their computer science education might find comparable opportunities to study these software engineering concepts earlier than they otherwise might while also attaining practical lab experience to supplement their traditional high school computer science curriculum. This paper is available on arxiv under CC BY-NC-ND 4.0 DEED license. Authors: (1) Joseph Latessa, Department of Computer Science Wayne State University, Detroit MI USA (jlatessa@wayne.edu); (2) Aadi Huria, Senior, Salem High School Canton, MI USA (huria.aadi@gmail.com); (3) Deepak Raju, Senior, Salem High School, Canton MI USA (Deepak.Raju294@outlook.com). Authors: Authors: (1) Joseph Latessa, Department of Computer Science Wayne State University, Detroit MI USA (jlatessa@wayne.edu); (2) Aadi Huria, Senior, Salem High School Canton, MI USA (huria.aadi@gmail.com); (3) Deepak Raju, Senior, Salem High School, Canton MI USA (Deepak.Raju294@outlook.com). Table of Links Abstract and Introduction Abstract and Introduction Related Work Related Work Project Prerequisites Project Prerequisites Project Implementation Project Implementation Insight and Reflections Insight and Reflections Conclusions, Acknowledgement and References Conclusions, Acknowledgement and References ABSTRACT Software Engineering concepts such as version control, continuous integration, and unit testing are often not presented in college computer science curriculums until the third year of study, after completing several semesters of programming courses. Throughout the summer of 2023, two high school students volunteered in our lab at Wayne State University where I’m a graduate research assistant and Ph.D. student in computer science. The students had taken AP Computer Science but had no prior experience with software engineering or software testing. This paper documents our experience devising a group project to teach the requisite software engineering skills to implement automated tests that meaningfully contribute to open-source scientific computing projects developed in connection with our lab. We describe the concepts covered, tools used, and software tests written in this early introduction to software engineering while maintaining shared emphases on education and the deployment of our work. KEYWORDS Automated Testing, Continuous Integration, GitHub Actions, High School Summer Research, Software Engineering, Version Control, Website Debugging 1 INTRODUCTION During the summer of 2023, two high school students volunteered to assist in one of Wayne State University’s computer science research labs, which focuses on high-performance computing and software engineering for scientific applications. The students aspire to study computer science as their major when they begin their undergraduate studies in 2024. Prior to volunteering in our lab, they had successfully completed AP Computer Science courses where they learned Java and Python but had no prior experience with software engineering concepts such as version control, continuous integration, and unit testing. Our goals were to develop a summer project that would be appropriate for the students’ current experience and education, provide a learning opportunity to gain new skills relevant to assisting in a laboratory environment, and to provide an opportunity to produce work that meaningfully contributes to the scientific computing applications developed in connection with our lab. Two scientific computing applications developed in connection with our lab include JETSCAPE [1] and GOMC [2]. JETSCAPE is a multi-institutional collaboration that develops event generators to simulate ultra-relativistic heavy-ion collisions. GOMC is an application to simulate molecular systems using the Metropolis Monte Carlo Algorithm [3]. Both projects are opensource and maintain their respective repositories on GitHub. They also use GitHub Pages to maintain and deploy their project websites. To meet our project goals, we decided to emphasize automated software testing. JETSCAPE [1] and GOMC [2] have previously developed and deployed some tests, but there was an interest among the collaborators to further expand upon the tests in place. Since the student volunteers had not yet studied software engineering and were not yet familiar with concepts such as continuous integration and unit testing, attaining these skills while working on this project would provide a unique educational value. Since the students had already completed AP Computer Science and were already comfortable with the Java and Python languages, the students could apply the programming skills they already learned to develop these automated tests. Although having studied Java and Python, the students had no prior experience with Linux or with working at the command line. They also had no previous experience working with Git or any version control platform. This project would therefore have to begin with preliminary introductions to the Linux shell environment and version control. Since continuous integration would also be a new concept, a demonstration of GitHub Actions and writing YAML files would conclude our preliminary introduction. The main substantive tasks of the project would be the implementation of three automated tests. The first two tests, an HTML validator, and a link checker, would be deployed on the JETSCAPE [1] and GOMC [2] websites. The implementation of the third test would require discussing the concept of unit testing and then deploying a series of unit tests to ensure the correctness of JETSCAPE’s XML formatted input. The tools used throughout the project include Visual Studio Code, the Ubuntu Distribution installed on WSL and accessed through Windows Terminal, version control with Git and GitHub, automation with GitHub Actions, static hosting with GitHub Pages, Python scripting to customize and enhance the functionality of GitHub Marketplace Actions, and Python’s UNITTEST framework. In the following sections, we provide a detailed description of the project and the concepts covered. We then reflect upon the successes and challenges we faced and report this experience so that other students at a similar level in their computer science education might find comparable opportunities to study these software engineering concepts earlier than they otherwise might while also attaining practical lab experience to supplement their traditional high school computer science curriculum. This paper is available on arxiv under CC BY-NC-ND 4.0 DEED license. This paper is available on arxiv under CC BY-NC-ND 4.0 DEED license. available on arxiv

Introducing High School Students to Version Control, Continuous Integration, and Quality Assurance

Effective Proxy Server Design and Implementation

Who’s Harry Potter? Approximate Unlearning in LLMs: Description of our technique

Survey and Analysis of Smart Contract Quality Assurance: Abstract and Introduction

MONACO CITY, Monaco, June 21st, 2024/Chainwire/--Memereum(MEME)sold over 1 million tokens within hours of its presale, reaching a total of over 24 million tokens sold in its current presale phase. The team views this rapid progress as an indication of strong market demand and confidence in Memereum. Innovative Features of Memereum Upon launch, Memereum will introduce MemeSwap, the first decentralized insured exchange. A beta version of MemeSwap is currently live and accessible on their website. This platform aims to provide a secure trading environment, leveraging decentralized insurance mechanisms to protect users' investments. MemeSwap aspires to enhance security and user confidence in the crypto exchange market. Staking Rewards Program Memereum includes an automatic staking system with a 183% annual percentage yield (APY). This yield aims to attract participants by providing notable rewards, positioning Memereum as an option for those interested in exploring new opportunities in the crypto space. Memereum Presale With the current presale price set at $0.04 and the launch price anticipated by the team to be $0.45, Memereum offers an opportunity for early investors to enter at a low price with the potential for returns. The presale structure includes a strategic price increase every 72 hours, aiming to encourage early participation. Market Presence Already listed on three exchanges ( BitVenus, Toobit, and Azbit), Memereum is poised to make a significant impact in the cryptocurrency market. Memereum's ability to sell over 1 million tokens within hours of its presale launch marks a significant achievement and highlights its potential in the cryptocurrency market. Conclusion As the cryptocurrency market continues to recover, Memereum is strategically positioned to benefit from this momentum. The next few months are crucial as Memereum executes its plans and builds on its early achievements. With a dedicated team, robust community support, and a clear vision, Memereum aims to make a lasting impact in decentralized finance. For more details on how to participate in Memereum’s ongoing presale, users can visit Memereum’s website. About Memereum (MEME) The strong interest in Memereum (MEME) can be attributed to its innovative approach in the blockchain sector and its growing community support. Memereum is the first blockchain insurance with an integrated DEX for supported token trading. Learn more about Memereum by clicking here. Contact Bessie Cooper Memereum support@memereum.net This story was distributed as a release by Chainwire under HackerNoon’s Business Blogging Program. Learn more about the program here, MONACO CITY, Monaco, June 21st, 2024/Chainwire/--Memereum(MEME)sold over 1 million tokens within hours of its presale, reaching a total of over 24 million tokens sold in its current presale phase. The team views this rapid progress as an indication of strong market demand and confidence in Memereum. Innovative Features of Memereum Upon launch, Memereum will introduce MemeSwap , the first decentralized insured exchange. A beta version of MemeSwap is currently live and accessible on their website. This platform aims to provide a secure trading environment, leveraging decentralized insurance mechanisms to protect users' investments. MemeSwap aspires to enhance security and user confidence in the crypto exchange market. MemeSwap MemeSwap decentralized insurance decentralized insurance Staking Rewards Program Memereum includes an automatic staking system with a 183% annual percentage yield (APY). This yield aims to attract participants by providing notable rewards, positioning Memereum as an option for those interested in exploring new opportunities in the crypto space. Memereum Memereum Memereum Presale With the current presale price set at $0.04 and the launch price anticipated by the team to be $0.45, Memereum offers an opportunity for early investors to enter at a low price with the potential for returns. The presale structure includes a strategic price increase every 72 hours, aiming to encourage early participation. presale presale Market Presence Already listed on three exchanges ( BitVenus , Toobit , and Azbit ), Memereum is poised to make a significant impact in the cryptocurrency market. Memereum's ability to sell over 1 million tokens within hours of its presale launch marks a significant achievement and highlights its potential in the cryptocurrency market. BitVenus BitVenus Toobit Toobit Azbit Azbit Conclusion As the cryptocurrency market continues to recover, Memereum is strategically positioned to benefit from this momentum. The next few months are crucial as Memereum executes its plans and builds on its early achievements. With a dedicated team, robust community support, and a clear vision, Memereum aims to make a lasting impact in decentralized finance. For more details on how to participate in Memereum’s ongoing presale, users can visit Memereum’s website . website website About Memereum (MEME) The strong interest in Memereum (MEME) can be attributed to its innovative approach in the blockchain sector and its growing community support. Memereum is the first blockchain insurance with an integrated DEX for supported token trading. Learn more about Memereum by clicking here. Memereum (MEME) Memereum (MEME) clicking here. clicking here. Contact Bessie Cooper Memereum support@memereum.net 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

Memereum Sells Over 1M Tokens Within Hours On Presale While Markets Rebound

Silicon Valley: With Swords & Shields

ASPIRE

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Since n.d.

COMPANY RANKING

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EVERGREEN INDEX #1798

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ASPIRE

aspireapp.com

-- employees

Since n.d.

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ASPIRE

EVERGREEN INDEX #1798

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