Mission: fundamentally transform higher education and provide every student with a fun and affordable path to a fulfilling career\n\nInitial Problem: colleges and universities desperately need to increase enrollment \u0026 improve outcomes, but can’t afford the upfront investment \u0026 fixed costs required for new degree programs\n\nSolution: pay-as-you-go degree programs that require virtually zero upfront investment or risk

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172 Stories To Learn About Philosophy

The emergence of Web3 technologies, built on decentralized networks like blockchain, has brought about a significant shift in web development. This has led to an increase in developers contributing to the development of the Internet through Web3 applications and platforms. , a venture capital firm focusing on cryptocurrencies and blockchain technologies, indicates that the number of developers working on public blockchain projects has been consistently growing. In their Developer Report published in 2021, Electric Capital reported over 340,000 monthly active developers participating in public blockchain projects globally, marking a 15% increase compared to the previous year. A report from Electric Capital Furthermore, the report emphasizes the popularity of decentralized finance (DeFi) and non-fungible tokens (NFTs) as key drivers behind the expansion of Web3 development. These sectors have gained substantial user adoption and investment, creating a demand for skilled developers to create and maintain associated platforms and applications. In addition, community-driven developer initiatives and platforms like Gitcoin and the Ethereum Foundation have played a crucial role in supporting and motivating Web3 development. They offer funding opportunities, grants, and resources to encourage developers to contribute to the Web3 ecosystem. Emergence of Web3 Platforms Web3, also known as the decentralized web, has experienced notable growth. Platforms like Ethereum, Polkadot, and Solana have facilitated developers in exploring and constructing new applications. Supported by DappRadar data, insights into the rising number of active decentralized applications (dApps) on Ethereum are available. indicates that in January 2021, there were 1,398 active dApps on Ethereum. By September 2022, this count reached 3,926. This signifies significant growth in dApp adoption and development within a relatively brief timeframe. DappRadar data The increase in active dApps on Ethereum underscores the rising developer interest in Web3 technologies. This expansion is driven by blockchain platforms' flexibility and potential, allowing developers to create secure and transparent applications with real-world utility. It's essential to acknowledge that these statistics represent only a portion of the broader Web3 developer landscape, focusing specifically on Ethereum-based dApps. Developers also contribute to other Web3 platforms such as Polkadot, Solana, and more, contributing to the overall growth of the Web3 ecosystem. Growing Developer Interest Developer involvement in the Web3 domain is apparent through the escalating count of repositories linked to Web3 on GitHub. GitHub's State of the Octoverse report offers informative data on this pattern. Per GitHub's report, the , surpassing 200% from 2018 to 2022. This data underscores the mounting developer interest and commitment to Web3 development projects in recent years. number of fresh repositories marked with "web3" exhibited noteworthy growth GitHub is a widely respected platform for hosting and exchanging software projects, and its State of the Octoverse report serves as a reliable source of insights into developer activity spanning various technologies. The report bases its findings on an exhaustive analysis of more than 80 million repositories hosted on GitHub, rendering it a dependable resource to discern trends and trends in developer involvement. The substantial increase in Web3-linked repositories on GitHub mirrors the increasing adoption of Web3 technologies and the burgeoning number of developers actively investigating and contributing to the decentralized web sphere. This surge in developer engagement additionally accentuates the promise and momentum propelling the growth of Web3. Additionally, the industry has gathered enough interest to lead to the emergence of development teams like Broxus, which has been developing DeFi and Web3 over the past 2 years. They have worked with governments to release stablecoins, develop CBDC concepts, and an ecosystem for the end user. This is also confirmed when looking at the number of developers launching teams to work in WEB3 and decentralized technology. Expanding Job Market The demand for Web3 developers has grown, with startups and established companies seeking to tap into decentralized applications. As reported by , a prominent blockchain technology company, there has been a substantial 400% rise in job postings for blockchain and Web3-related positions from 2020 to 2022. This data highlights the escalating interest and recognition of Web3 technologies within the technology sector. ConsenSys is renowned for its expertise in the blockchain domain, and its report offers insightful data on job market trends related to Web3. The analysis encompasses job postings from various platforms, establishing it as a dependable source for assessing the demand for blockchain and Web3 developers. ConsenSys The significant surge in job opportunities for blockchain and Web3-related roles underscores the industry's acknowledgment of the potential of decentralized applications and their relevance across sectors. Both startups and established enterprises are keen to leverage the advantages of Web3 and are actively seeking proficient developers to navigate this evolving landscape. The rising demand for Web3 developers signifies a change in the job market, as professionals increasingly value Web3 technologies as a valuable skill to improve career prospects. With the growing popularity of decentralized applications, the need for Web3 developers is expected to increase in the future. Educational Efforts The education sector is addressing the heightened demand for Web3 developers by introducing courses centered on blockchain and decentralized applications. a remarkable 641% growth in enrollments for blockchain-related courses between 2020 and 2022. This data strongly indicates the increasing interest of individuals in enhancing their proficiency in Web3 technologies. Coursera stands as a credible source for tracking online learning trends, with its statistics underscoring the significant rise in demand for blockchain education. The platform offers an array of courses covering blockchain development, smart contracts, and decentralized applications, catering to the expanding need for Web3 skills. Coursera, a notable online learning platform, reports Moreover, conventional educational institutions and coding bootcamps have also acknowledged the significance of Web3 and have integrated blockchain-focused curricula into their programs. By aligning their offerings with industry demands, these educational entities are empowering learners with the skills necessary to excel in the evolving technology landscape. This educational response to the demand for Web3 developers further underscores the industry's recognition of the growing importance and potential of decentralized technologies. It additionally provides individuals the chance to enhance their skills and meet the evolving requirements of the job market. Tokenization and DeFi Decentralized Finance (DeFi) has significantly influenced the expansion of the Web3 ecosystem by delivering financial services without intermediaries. This shift has generated considerable demand for developers specializing in DeFi protocols. highlights a remarkable surge in the total value locked in DeFi protocols. In July 2020, the total value was around $1.0 billion, whereas by July 2022, it exceeded $100 billion. This exponential growth underscores the development, progress, and adoption of DeFi within the Web3 framework. Data sourced from DeFi Pulse DeFi Pulse stands as a reputable and widely acknowledged platform providing real-time data and analytics on the DeFi landscape. Its insights stem from various sources, including smart contract data, offering valuable observations into market trends and the expansion of the DeFi sector. The significant expansion in the total value locked in DeFi protocols underscores the increasing acceptance and confidence in decentralized financial services. This expansion also accentuates the necessity for more adept developers capable of creating and maintaining DeFi protocols. This, in turn, has added to the demand for Web3 developers and the educational response in instructing blockchain and decentralized application development. Global Participation Web3 development is not limited to specific regions. The distributed nature of blockchain technology has created a global community of developers. GitHub data indicates that countries like the United States, China, India, and Russia have seen growth in Web3-related repositories, showcasing widespread participation in decentralized application development. The growth of Web3 developers reflects the significance and potential of decentralized technologies. The rise of Web3 platforms, increasing developer interest, expanding job opportunities, educational initiatives, the growth of DeFi, and global participation contribute to the dynamic landscape of Web3 development. As blockchain technology continues to evolve, these trends are expected to shape the future of the internet and beyond.

Analyzing Web3 Growth Through the Lens of Developers

Let's learn about via these 69 free stories. They are ordered by most time reading created on HackerNoon. Visit the to find the most read stories about any technology. Online Learning /Learn Repo 1. Online Schooling Vs Traditional Schooling: Choose Wisely In this digital age, schooling designs have moved beyond the physical infrastructure. 2. Colonial Roots in The Modern Education System The modern western education system came about in the sixteenth century when Christian medieval broke apart and the Americas were discovered. It came about as an institution and formed a European identity. As such it is these values and cultural appropriation that prevails in the modern western education system to date. 3. Cloud Computing for Dummies Trust the cloud instead of reinventing the wheel. 4. Profitable Business Opportunities in Online Education Online education has witnessed a major rise during the period of 2019-2020. Especially after Covid 19 imposed lockdown, the online learning market has seen a massive growth rate globally with the increase in emphasis on e-learning. 5. 3 Software Engineering Podcasts You Didn't Know You Needed Here are 3 amazing software engineering podcasts recommendations that will help you become a better software engineer. 6. How long does it take to Code an eLearning Platform? To estimate the development costs it's crucial to know how long it takes for eLearning software development. Find out here! 7. How COVID-19 May Forever Change the Way Professors Teach Few institutions were prepared for the sudden shift to remote teaching prompted by the COVID-19 pandemic, and the response has been a real mixed bag. We have seen many institutions embrace this new reality, meeting the challenge head-on by training and supporting educators. But we’re also seeing scrambled and knee-jerk attempts at replicating the traditional classroom experience, which will no doubt affect attitudes towards remote learning. 8. The Best Online Platforms to Learn Something New, Today! Read this post to know the best Online Learning Platforms to Acquire New Skills And Enhance Existing Ones. 9. A Quick Guide to Microlearning Apps Entering the EdTech market, you'd better know the best competitors to compare your product. Discover top microlearning apps in this article. 10. How Coronavirus Is Ushering A New Quality Standard in Online Education We are living amidst an unprecedented shift in global education with college professors becoming Zoom adapts overnight, the class of 2020 to graduate virtually, continuous learning platforms on the lookout for the best performing interaction technologies, and the new wave of EdTechs officially upon us. 11. Things to Learn as a Novice Programmer to Find a Good Job Quickly In this article, I will share my thoughts on choosing your first programming language, what it means to “learn to program,” and what you should learn first. 12. Coursera vs Udemy: 6 Factors to Consider Coursera and Udemy are the most popular online learning platforms, but which one is better? Let's find out by comparing these 6 factors. 13. The 3 Part Framework to Effective Learning A hands-on practical system for learning from the learner's perspective. 14. Top Features When Developing An On-Demand App Like Uber for Tutors There are already a number of "Uber for Tutors" apps available online. If you're thinking about building your own, here are the key attributes to consider. 15. Online Learning: 3 Initial Experiences at Microverse After I got my Engineering diploma I have worked in several places. Those are professional factories including Croissant Production and Juice Extraction plants. I was dealing with data in all of those places. 16. Feeling Insecure When You First Start Something Does Not Mean You Have Imposter Syndrome How can an absolute beginner be a fake / an imposter? 17. How to Learn Difficult Concepts of CSS Positioning [Beginners Guide] In recent years, jobs are shifting more towards Machine Learning(ML), Artificial Intelligence(AI) technologies, both of which need significant coding skills. With the imminent threat of job losses to ML, AI, and other emerging technologies in the near soon, there are currently fears among employees that their jobs are about to be taken by robots. Consequently, there have been a lot of career changes today than ever before where people from different backgrounds are acquiring skills in the above-mentioned technologies, data analysis, as well as learning how to code. Looking at the trend of events in today’s dynamic labor market, coding is arguably among the skills that seem to be future-proof. For this reason, despite the seeming difficulty of learning how to code for someone without a traditional computer science background, people from all walks of life are venturing into coding by the day. 18. 5 Tips for Students to Stay Focused While Studying from Home Quite often, studying of students at home is quite difficult for them. After all, when they came to the university building to the lecture hall, it was much easier for them to focus on their studies. After all, the whole atmosphere and other students and teachers contribute to this. There is no such atmosphere at home, and students need to find the right ways to focus on their studies. If you have such problems, then here you can find some useful tips. that will help you focus on your studies. 19. The Challenges of Building an EdTech Company in the Post-COVID World Remote technologies and opportunities were already sweepingly popular before the nasty COVID-19 outbreak. 2020’s global pandemic and the resulting massive lockdown reinforced the industry-wide reach of online education and underlying technologies, boosting the growth of the EdTech industry by an annual 17-25%. The shift of both formal (school and university) and corporate education toward online is now stronger than ever, spawning new tech and business trends and dramatically popularizing the existing market tendencies. 20. 9 Free Data Science Courses & Guides For Beginners We human beings are depending so much on digital and smart devices. And all these devices are creating data at a very fast rate. According to an article on Forbes more than 90% of the world data has been created in past 2 to 3 years. 21. 5 Notable Cryptocurrency Conferences to Attend in 2022 Are you looking for 2022 crypto conferences? Here I gathered 5 the most notable cryptocurrency conferences you should attend. Most of them are online. 22. Top 6 AutoCAD Advanced Concepts You Need to Know AutoCAD is amongst the most widely used CAD systems worldwide. It was published as Autodesk's flagship product in 1982. 23. 7 Main Mistakes I Made While Learning to Code So it has been two months since I started my transition to a more tech-related career. I thought that in 3 months I would have enough knowledge to actually build a digital product. I couldn’t be more wrong. My main lesson learned is: learning to code is a lifetime commitment; it never stops. 24. Secure the Distance: How to Protect the Personal Data of Students Enrolled in Online Education The International Telecommunication Union provides security recommendations for schools. 25. How to Find an Online Plagiarism Checker for Safe and Effective Online Learning While there are many plagiarism checkers available online, it’s important to choose the right one for your needs. 26. Online Learning Hits All-Time High, Software Engineer Anton Novikau Brings His Expertise to Talaera The demand for and interest in the e-learning industry has hit an all-time high. 27. How Not to Ask for Help Online Let’s go over a few rules of thumb that I believe will take you from apparent scammer to valued community member. 28. Edtech Learning Curves: Could Sliding Stock Prices Suggest Pandemic Boom was a Flash in the Pan? Edtech stocks across Wall Street have been heavily underperforming - especially those that opted to go public in 2021. So what's next? 29. Crucial Features for Customized Virtual Classroom Software If you decided to develop a customized Virtual Classroom Software, learn what features do you need to provide a great user experience to all the participants. 30. Steal Like a Pro: Learn Java by Using Code Examples Hello, everyone! I am Johnny, senior Java developer and … I am a code thief—indeed, an old offender in this area. But guess what’s the best part: It’s not a crime! 31. Forget To-do Lists. What About To-learn Lists? We all have to-do lists. But what about a to-learn list? A to-learn list is a way to keep track of everything you want to learn. The beauty of a to-learn lis 32. Top 5 Teaching Platform to Create Online Courses - Best of Lot Hello guys, if you are an online course creator, teacher, instructor, or blogger and looking for the best platform to create, market, host, and sell your online courses then you have come to the right place. 33. How to Build a Successful eLearning Platform Like Coursera or Udemy If you are interested in investing in the eLearning sector, you will find helpful information in this blog about building an eLearning platform. 34. How to Get into Tech Without a Tech Background This article covers 3 key tips for entering the IT field and resources to leverage in order to pursue the path you wish to run towards. 35. Gendered Curriculums: A Cultural Artifact Curriculum resides in relationship with the concept of gender in complex and multifaceted ways. It explores the relationship between genders and demands that we look beyond gender as ‘sex-group differences’ to a deeper understanding of this notion as a cultural artefact. 36. How to Build an Online Video Education Platform for E-learning Business? From A to Z Planning to build an online video education platform? Here is all you need to know about creating a video streaming service for education 37. Why Online Plagiarism Checkers are an Integral Part of E-Learning During the pandemic, e-learning technologies have been placed under the spotlight. The reason is that the EdTech industry became the key enabler of remote and distance learning. Thanks to applying technology in e-learning, thousands of students around the globe successfully completed the last semester. Chances are, they will continue studying remotely in autumn as well. 38. Is it Easy to Learn Java if You Already Know JavaScript? Knowing several programming languages is trendy today and I am often approached by my students with requests like How long does it take to learn Java? 39. How To Get Out Of Tutorial Hell There are many ways to break out of tutorial hell. Start your own project. Contribute to open source. Join a community. 40. Busting Myths About Tech Bootcamps: Challenge What You Think You Know You've probably got a lot of assumptions about tech bootcamps, if they're worth it, how much they cost, who gets to do them...Ironhack is here to bust myths! 41. 10 Tips to Grow Your Local YouTube Channel Check Out What Can Make Your Content to Have a Wider Reach.. 42. 6 Best Websites to Learn Blockchain Online Here is a list of the best websites and online learning platforms to learn Blockchain. 43. Skype VS Zoom for Online Tutoring The global adoption of online tutoring due to various reasons, including the COVID-19 pandemic, has led to educators embracing video conferencing tools to conduct classes. While there are dozens of choices in the market, the most obvious choice for tutors is either Skype or Zoom. 44. The Rise and Advantages of Remote Learning and Education Online education is no longer regarded as something that should be criticized by your fellow students. Learn more about the rise of online platforms today. 45. What is a Mobile Developer and Why are they in High Demand? An expose on why web development is in high demand and how to join the crew. 46. How We Created a Mobile Tool For Learning Code In this article, we are going to talk about how we created the mobile version of CodeGym and where it led us. 47. How Learning Management System Revolutionizing the Education Sector Recently, there has been an international revolution in the higher education system. The process is getting structural and functional reformation with new experiments. One of these is gaining massive popularity amongst students and educational institutes alike: Learning Management System. 48. Is Paying to Learn Java 'Playing the Fool'? Find out what time is the right time to switch from free online education to one you pay for. 49. How to Fight Coder’s Block: A Guide for New Devs 4 reasons why coder’s block exists and a few ways to overcome it. 50. Hard Skills vs Soft Skills: What Is More Important To Employers? Professional competencies are divided into soft (flexible) skills and hard (stable) skills. How can you cultivate hard & soft skills to achieve career success? 51. 5 Best Online Information Technology Courses to Grow Your Tech Career Online learning is just as important to your career as learning in a class. Find out the five online courses that you can take to grow in your tech career. 52. #LockdownConf: How to Learn New Skills While Social Distancing At the #LockdownConf event streamed two weeks ago, Emma Bostian, Dhawal Shah and Angie Jones talked extensively on how to learn new skills while practicing social distancing. The conference which started at 14:00 GMT (UTC), was co-hosted by  Quincy Larson and Hashnode co-founder, Syed Fazle Rahman on the freeCodeCamp YouTube channel. It featured 4 panels, each with 3 developers discussing topics covering: 53. Your First Steps to Becoming a Programmer Let’s discover the most interesting and effective sources to learn programming and make the start for a bright new career. 54. How Effective is Online Employee Training? In this article, we will talk about how effective employee training is online, as well as which programs can be moved online and which cannot. 55. I watched a YouTube tutorial. Now what? The value of YouTube tutorials for gathering information cannot be overstated, but whether or not it translates to real learning is another story. 56. 11 Great Online Learning Platforms to Build New Skills: 2022 Edition Online learning is a great option to keep you occupied while feeling more productive and purposeful. It helps you polish your skills and add more qualifications to your resume. You just need an excellent online learning platform to find the courses of your choices and develop your skills. 57. The Hows, Whats, And Whys To Learning Python As A Business Student Recently, some colleagues from work as well as friends reached out to me and asked me for advice on how they could learn to code and where to start. Especially, during COVID-19, many people want to take advantage of their lockdown time by picking up a new skill like coding. 58. 5 Important Ways COVID-19 is Reshaping the Online Education Industry Let's take a closer look at the most important ways that the COVID-19 pandemic is reshaping online education and how you can use it to succeed in 2021. 59. Hosted LMS vs SaaS LMS: How do they Differ? Are you confused between Hosted & SaaS LMS? On that note, this article delves further into a comparison between two LMS solutions: SaaS LMS versus Hosted LMS. 60. Wake Up With a Cup of Java: 10+ Practice Projects for Your Programming Career Prospects So, you’ve started to learn Java programming and wonder how to make the learning process faster and boost your career prospects. But what about practice? 61. Top EdTech Trends in 2022 and Beyond: Things You Can’t Miss EdTech has been quickly growing thanks to the many advances in technology in the last decade. These are the trends that will affect the field for the next year. 62. Popular Online Courses: The Best One To Enhance Your Copywriting Learn and enhance your copywriting, with the best online courses available. 63. Metaverse Schooling: Seeking Education in Web 3.0 Metaverse schooling is a revolutionary new way of learning that promises to upend the education system whilst providing students with an immersive and interactive experience that blurs the lines between physical and virtual classrooms. 64. Practices Used in eLearning Video-Content Protection Find out here how to provide eLearning content security which is needed with the majority of data in open access. 65. The Best Advice Ever On How To Learn Faster And Become A Coding Pro Let’s face it: people are impatient by nature and most likely want things to happen faster in their lives. I would apply the same to code learners. Students, when starting to learn programming, first wonder how to speed up the training and make a career as a programmer as soon as possible. 66. Why and How We Expanded into the Chinese EdTech Market This is the nuts and bolts of the early results and returns of our startup's expansion into China's EdTech Industry. 67. 20 Fun DIY Java Projects To Fine Tune Your Skillset This is a rundown of amazing Java project ideas that will set off your career in programming. Given, there are dozens of projects that could help you learn or perfect some basic or complex Java tasks. But if you are a beginner who is rather skeptical about venturing out on your own, the projects in this mini-guide have been handpicked specifically for you. 68. Learn C# Programming Course for Free Learn c# programming with examples. C# is an object-oriented programming language, and it is useful to build web, windows, mobile applications. 69. It’s Time to Start Learning Coding: Top 20+ Best Websites To Learn Programming in 2020 I’m sure many of us are wondering how to stay a relevant professional in the post-pandemic world. One of the ways, obviously, is learning to program. Now that the industry is at the 21% growth rate (higher than that of any other field), it’s clear that the demand for good developers is not going anywhere. Thank you for checking out the 69 most read stories about Online Learning on HackerNoon. to find the most read stories about any technology. Visit the /Learn Repo

69 Stories To Learn About Online Learning

The advantages of digital transformation in education are self-evident – particularly when one regards the disruption that the pandemic has wrought in recent times. Digitization has enabled students to continue their endeavours mostly unhindered whilst also allowing access to an increased number of resources such as . It is easy, on this basis, to present the increased adoption of technology in education as an exclusively neutral or positive development. artificial intelligence (AI) tools However, reservations might be harbored about this rapid transformation. may be described as the tendency to gravitate towards technology as the ultimate answer to all individual or societal problems. Although it is obvious that humanity at large has been accepting of the rapid advancement of technology in recent years, it may not be without its disadvantages. Techno-solutionism One of the primary issues with solutionism and its role in society is its reductionism of philosophical concepts. This establishes a fundamental problem with digitization – the convenience of providing instant solutions instead of enabling an exploration of obstacles and alternate paths to addressing them. The principal aim of learning is the examination and analysis of abstract concepts and ideas. One of the oft-cited mantras associated with education alludes to it being not “the filling of a pail, but the lighting of a fire”. Whilst this declaration may have become trite through overuse, it has coherence when considering it in the face of solutionism. It is obvious, if not expected, that technology is used in answer to problems facing individuals in everyday life. This means that a resolution is sought and found quickly, rather than reflecting on a particular problem. It may seem prudent that time is not wasted when answers are so accessible. Arguably, however, this meditation can engage the brain and contribute to the development of higher-order cognition skills such as critical thinking and problem-solving. Proactively spending time thinking through and evaluating possible resolutions to a singular issue can evolve the brain’s ability to advocate and make decisions. The same cannot be said for reactively being furnished with the solution by an automaton. This has implications for how developing minds acquire information and solve problems. In a culture devoid of technology, the optimal method of resolving complex issues is to deliberate about the process. Where technology is accessible, it is likely that the method will be guided by the correct answer already being provided by a digital agent. Therefore, there is less critical thought by the user. Currently, it is difficult to assess how large a detriment this is. After all, it has been the norm throughout the passage of time for the human brain to evolve and discard qualities that are no longer useful. A century ago, the skills perceived as being important included good memory and penmanship. With the advent of computers, these skills have now largely become obsolete. Instead, the ability to effectively process information is now more useful and valuable to the individual. In this way, technology has assisted society by automating a task and extricating the human mind to focus on more complex undertakings. Could it be possible that by delegating critical thinking to machines the human brain could further progress? It is impossible to know for sure, however, it is highly unlikely. The ability to thoughtfully evaluate and interpret alternatives empowers individuals to contribute efficiently to their chosen vocation. Globally, the development of higher-order cognition skills during adolescence is a dominant instructional goal by educators and psychologists, and with just cause. It is essential, therefore, that the adoption of digitization in education does not detract from any emphasis placed on cultivating critical thinking in adolescence. Awareness of the importance of self-efficacy and the negative effect passive learning can have on it must be figured out in any discourse. With the development of sophisticated generative AI tools such as there is a danger that eventually tasks such as written assignments will be assigned to machines instead of being the product of the acumen of students. This would impact an individual’s ability to adequately structure material for consumption, as well as their capacity to assess what information is relevant to include. GPT-4 The indicators of critical thinking could include the skill to successfully adjudicate the credibility of sources, to advance and defend a rational hypothesis, and to formulate pertinent clarifying questions. These abilities are not present in generative modeling as they currently exist and are among those most at risk of being depleted in humans should reasoning be deferred wholly to machines. The only way that the information produced by AI can be verified is through human inspection. Thus, consciousness of the limits of AI is fundamental. If written assignments are designated to automatons, there is a greater compulsion on educators to promote and test critical thinking skills instead of the tasks that machines already excel at such as memorization and formatting. There is a necessity to incorporate AI tools in education, and this necessity is driven by the level of interaction that students will have with generative AI in daily life. If the inclusion of AI cannot be avoided, is there a possibility that it could, instead, be embraced? Certainly, there seems to be cause for hope. It has been extensively documented over time that instruction in the classroom suffers from a uniformity of approach that is not appropriate or optimal for every student. With the advent of educational AI, there is a prospect of personalizing the learning experience to assist students more ably in comprehending complex concepts and processes. In addition, training machines to better understand the requirements of students, in turn, can provide information to teachers and educators on how to instruct more effectively. Thus, it is imperative that the teacher as the agent of change in the classroom espouses the positive aspects of AI and profoundly integrates them within the instruction. As AI becomes more complex, its functionality becomes more accessible, and education can afford to benefit from its assimilation.

Critical Thinking to AI: Are you a Friend or Foe?

এআই-এর প্রতি সমালোচনামূলক চিন্তাভাবনা: আপনি কি বন্ধু নাকি শত্রু?

Kritisches Denken zur KI: Sind Sie ein Freund oder ein Feind?

Pensamiento crítico para la IA: ¿eres amigo o enemigo?

Pensée critique envers l'IA : êtes-vous un ami ou un ennemi ?

एआई के लिए गंभीर सोच: क्या आप दोस्त हैं या दुश्मन?

AI に対する批判的思考: あなたは敵ですか、それとも味方ですか?

AI에 대한 비판적 사고: 당신은 친구입니까, 적입니까?

Pensamento crítico para IA: você é amigo ou inimigo?

Yapay Zeka için Eleştirel Düşünme: Dost musunuz, Düşman mısınız?

Tư duy phê phán đối với AI: Bạn là bạn hay thù?

人工智能的批判性思维：你是朋友还是敌人？

Ishan Pandey: Hi John, welcome to our "Behind the Startup" series. Could you share some insights into your transition from a traditional investment banking background to becoming a FinTech entrepreneur and how your experiences have influenced the vision and direction of MANTRA? I had been in crypto for. For a long time before I actually joined a bank. I bought my first bitcoin in 2013, which was when I was back in university. So I think I've been pretty crypto native in technology, technologically driven, since a very young age. Even when I was at the bank, I was researching fintech and blockchain and other types of financial technology applications. So it was more about the culture and the type of business I wanted to work in. John Patrick Mullin: I definitely like the convergence of both the tech and the finance part, but it was more about this. I think the reason that I ended up shifting out and going into entrepreneurship is the ability to build something from scratch, lead people, work with people on incredibly tough challenges every day, and I'm just a bit of a workaholic, so entrepreneurship suits me. Ishan Pandey: Could you elaborate on the specific products and features that MANTRA is planning to launch to facilitate DeFi participation for both institutional and retail investors? At MANTRA we are building our Module layer which has MANTRA Token Service Module, MANTRA Assets Module, Guard Layer, MANTRA Compliance Module that enable creation, management and trading of RWAs for institutions, businesses, retailers, developers and users at ease. John Patrick Mullin: Ishan Pandey: How does MANTRA collaborate with regulatory authorities and industry partners to establish best practices and standards for tokenizing RWAs within the DeFi ecosystem? MANTRA is in the process of applying for requisite licensing for on chain exchange and brokerage, as well as asset investment management products in the UAE. We also work with regulated partners in other jurisdictions. One of the ways that we're able to cooperate and adhere to regulatory requirements is through our unique custom guard module on the MANTRA Chain, which allows us to create a compliant cocoon for many of the on chain applications that would require oversight, regulatory oversight and compliance. John Patrick Mullin: Ishan Pandey: How do tokenized real-world assets (RWAs) contribute to MANTRA’s strategy and offer unique opportunities for investors? Can you provide examples of tokenized RWAs that  MANTRA Finance plans to offer? MANTRA plans to offers a variety of RWAs to offer unique and extensive opportunities that includes stocks, bonds, commodities, real estate, art work and varied illiquid Traditional Assets. John Patrick Mullin: Ishan Pandey: What motivated the decision to debut yield-bearing DeFi products initially, followed by the launch of a Central Limit Order Book (CLOB) DEX and derivative products? Initially, we decided that it would make the most sense to launch with vault style products or yield bearing products, which obviously allow users to get exposure to not just RWAs, but other types of crypto yield bearing instruments. I think the two things in crypto that people are interested in is both the yield seeking part as well as the speculative part. So we want to cater to both parts of this user experience. We believe that naturally an exchange is really important to have within an ecosystem, whether that's a DEX, an order book exchange, etc. but we also believe in bringing finance onchain. So it made sense to launch an onchain sentiment order book that sits on top of an AMM, allowing for both. Simple swapping as well as more sophisticated trading structures. John Patrick Mullin: Ishan Pandey: What role does MANTRA Chain play within the MANTRA ecosystem, and how does it generate revenue? John Patrick Mullin: MANTRA Chain is the underpinning of everything within the MANTRA ecosystem. The OM token is the center of all this, which is the native token of the MANTRA Chain. We believe in this idea of the app chain thesis. So the protocol that we're developing, which is MANTRA Chain, has created specifically purpose built technology and software that allows applications that build on top of it to comply with local regulations across the globe. It's really the protocol for the entirety of our ecosystem. Ishan Pandey: As MANTRA moves towards its initial equity financing round, what are the key priorities for the company in terms of investor relations and fundraising activities? We raised $11 million, led by Shorooq Partners, which is a leading fintech VC in the UAE. Some of the priorities for the company, now that we've raised this capital, is hiring, expanding the team, growing our licensing capabilities, etc. John Patrick Mullin: Ishan Pandey: How does MANTRA ensure the integrity and authenticity of tokenized RWAs on its platform, especially considering the potential for fraud or misrepresentation in the tokenization process? MANTRA has its own Guard Module and Passportable DIDs that ensures a walled garden of KYC/KYB and Anti Money Laundering system. John Patrick Mullin: Ishan Pandey: Could you elaborate on the potential challenges associated with cross-border compliance and regulatory differences when dealing with tokenized RWAs from various jurisdictions, and how MANTRA plans to address them? One of the things that is obviously incredibly important when it comes to dealing with RWAs and other types of products is the ability to adhere to local regulations. So because of that, we built this idea of the guard module, which allows for permissioning across the wallet, the product, the pool, the asset, etc. and we have this customizable ability to allow and permission usage from individuals from different jurisdictions and also block them from others. So we can actually stop people who are not able to touch and interact with products at the smart contract level via this guard module. John Patrick Mullin: Ishan Pandey: How does MANTRA plan to educate investors about the benefits and risks of investing in tokenized RWAs compared to traditional financial instruments? Education is a really important thing when you're creating a new market, and we're definitely beating the drum for RWAs and tokenized on chain financial products. We're doing interesting things with respect to various hackathons. Obviously a lot of in person engagement, educational content from our social media team and marketing team, and we'll also have some unique incubator style arrangements where we'll be actually supporting teams to build on this RWA focused ecosystem. John Patrick Mullin: Additionally, we're cooperating with major academic institutions, particularly their blockchain clubs, that will allow us to educate the next generation about onchain financial products. Ishan Pandey: How does MANTRA perceive the role of RWAs in the future of crypto? Additionally, how does MANTRA aim to bring RWAs into the mainstream investor's radar? John Patrick Mullin: I believe that RWAs are just an extension of the financial system bringing it on chain. RWAs is frankly a bad acronym, it was called STO not too long ago. So I think there's a better way to actually describe these type of products and it's mainly just geared around tokenization. So I believe almost everything can be tokenized. That doesn't mean everything should be tokenized, but most financial products and platforms in my opinion in the future will be on some degree of a blockchain, although you may not know that it's on a blockchain. So I think this is incredibly important for our strategy. We believe the financial ecosystem is moving onchain and we'll be at the forefront of that. Don’t forget to like and share the story! Vested Interest Disclosure: This author is an independent contributor publishing via our brand-as-author program. Be it through direct compensation, media partnerships, or networking, the author has a vested interest in the company/ies mentioned in this story. HackerNoon has reviewed the report for quality, but the claims herein belong to the author. #DYOR

Bridging Traditional Finance and Crypto: The Rise of MANTRA's Tokenization Ecosystem

ঐতিহ্যগত অর্থ এবং ক্রিপ্টো ব্রিজিং: MANTRA এর টোকেনাইজেশন ইকোসিস্টেমের উত্থান

Brücke zwischen traditionellem Finanzwesen und Kryptowährungen: Der Aufstieg des Tokenisierungs-Ökosystems von MANTRA

Uniendo las finanzas tradicionales y las criptomonedas: el auge del ecosistema de tokenización de MANTRA

Faire le lien entre la finance traditionnelle et la cryptographie : l'essor de l'écosystème de tokenisation de MANTRA

पारंपरिक वित्त और क्रिप्टो को जोड़ना: MANTRA के टोकनाइजेशन इकोसिस्टम का उदय

従来の金融と仮想通貨の橋渡し: MANTRA のトークン化エコシステムの台頭

전통적인 금융과 암호화폐 연결: MANTRA 토큰화 생태계의 부상

Unindo finanças tradicionais e criptografia: a ascensão do ecossistema de tokenização do MANTRA

Соединение традиционных финансов и криптовалюты: развитие экосистемы токенизации MANTRA

Geleneksel Finans ve Kripto Arasında Köprü Kurmak: MANTRA'nın Tokenizasyon Ekosisteminin Yükselişi

Kết nối tài chính truyền thống và tiền điện tử: Sự trỗi dậy của hệ sinh thái mã thông báo của MANTRA

连接传统金融和加密货币：MANTRA 代币化生态系统的崛起

The Future of Education and AI: Beyond Traditional Degrees with Marc Andreessen & Ben Horowitz

শিক্ষার ভবিষ্যত এবং এআই: মার্ক অ্যান্ড্রেসেন এবং বেন হোরোভিটজের সাথে ঐতিহ্যগত ডিগ্রির বাইরে

Die Zukunft von Bildung und KI: Jenseits traditioneller Abschlüsse mit Marc Andreessen und Ben Horowitz

El futuro de la educación y la IA: más allá de las titulaciones tradicionales con Marc Andreessen y Ben Horowitz

L'avenir de l'éducation et de l'IA : au-delà des diplômes traditionnels avec Marc Andreessen et Ben Horowitz

शिक्षा और एआई का भविष्य: मार्क आंद्रेसेन और बेन होरोविट्ज़ के साथ पारंपरिक डिग्री से परे

教育と AI の未来: マーク・アンドリーセンとベン・ホロウィッツによる従来の学位を超えて

교육과 AI의 미래: Marc Andreessen 및 Ben Horowitz와 함께하는 전통적인 학위를 넘어서

O futuro da educação e da IA: além dos diplomas tradicionais com Marc Andreessen e Ben Horowitz

Будущее образования и искусственного интеллекта: за пределами традиционных степеней с Марком Андриссеном и Беном Горовицем

Eğitimin ve Yapay Zekanın Geleceği: Marc Andreessen ve Ben Horowitz ile Geleneksel Derecelerin Ötesinde

Tương lai của Giáo dục và AI: Vượt xa các bằng cấp truyền thống với Marc Andreessen & Ben Horowitz

教育和人工智能的未来：马克·安德森 (Marc Andreessen) 和本·霍洛维茨 (Ben Horowitz) 的超越传统学位

We waste of everything we eat. That’s what the United Nations said in 2020 at the peak of the COVID-19 pandemic, at a time when good food management was key to survival. Even after that, though, in 2022, the U.S. let go uneaten or unsold. There’s a lot of money in managing food the smart way, too. Food management and analytics platforms are at a market value of $1 billion, and have the potential to of food per year. Empowering consumers to manage their kitchens well with tech like AI and AR/VR can help by opening a symbiotic relationship between people and their kitchens driven by cooking and ingredient guidance. Join me in exploring this fascinating space. one-third 38% of its 235 million-ton food supply conserve 571,000 tons The days of your parents looking over your shoulder at the stove are over, but who’s going to replace them? A survey conducted by the National Restaurant Association reported only 30% of Americans cook dinner at home daily, down from 50% in the 1970s. People aren’t cooking enough, so there’s not a whole lot helping them get better at it. People need to catch up on essential skills and solutions like ingredient selection, personalized recipe recommendations, and kitchen management tech can help them. Yet the tech market needs to catch up, too. There’s not a lot of opportunity for developing culinary education solutions. The large market gap in funding for immersive cooking experiences limits what developers can build, monetize, and scale for the kitchen. Educational cooking content is what we all need, but not everyone is getting as much as they need, especially on their devices at home. Yet companies developing solutions to this problem now will be market leaders. Companies developing immersive XR and kitchen resource management technology are solving these problems now. By introducing educational, immersive XR technology along with kitchen management analytics to build food efficiency and sustainability into kitchens, Fridgie Smalls turns them into AR/VR cooking schools for everyone. And the time is ripe: according to a , the global market for augmented reality (AR) is expected to reach $71.2 billion by 2028. recent MarketsAndMarkets study Scrappy Meals’ Fridgie Smalls app stands out as a great use case here. Founder Damon Versaggi and his team are working with these immersive technologies in a bid to revolutionize the culinary learning experience. Fridgie Smalls’ Web XR technology integrates AR/VR immersion into kitchens, turning them into schools. Using personalized recipe suggestions based on available ingredients, as well as personalized kitchen resource analytics based on existing kitchen inventory, the app can turn anyone into the creative, expert chef of their kitchen using ingredients already available, with an eye toward culinary sustainability and efficient kitchen use. The sustainable aspect makes food waste almost nonexistent while creating meal variety with less. All of the data is analyzed and recycled to help people find ever-more creative ways to use what they have and build new skills to feed themselves and their loved ones in new and healthy ways. Scrappy Meals XR’s Fridgie Smalls app solves key problems in cooking and education by leveraging analytics and immersive technology to create and democratize technology-driven cooking experiences for everyone. Versaggi and his team’s work is grounded in the belief that integrating AI and analytics into everyday activities like cooking can significantly improve efficiency, creativity, and learning outcomes. As a company, Scrappy Meals brings resource allocation technology into the kitchen in a user-friendly way, reshaping culinary interaction and education through an XR paradigm. It transforms cooking into an interactive, tech-enabled, real-time learning experience that decreases cooking time and aids cooks by showing them creative applications of what they already have, using their ingredients more efficiently and reducing food waste. Anyone who cooks can benefit from the Fridgie Smalls app’s immersive and interactive learning environment, adding a fresh, dynamic approach to their personal home cooking education. Professionals in the culinary and kitchen tech spaces gain a novel application of Web XR and interactive media, merging cutting-edge technology with everyday culinary activities. Fridgie Smalls fulfills the essential need for creative and sustainable cooking solutions, offering users immersive and educational cooking experiences by leveraging technology to improve both cooking and kitchen supply efficiency. Scrappy Meals’ Fridgie Smalls app is the . The culmination of a many-year project past year has been particularly transformative with the addition of Yannick James, a UX expert who took Scrappy Meals to the next iteration of company dynamics and real-world application, developing their first App Fridgie Smalls alongside Grace Olson-Davidson, who brings over 15 years of restaurant consulting and a major presence in the e-commerce space to the team. The company is currently in its growth stage, and is even inviting community members to ! Check out to learn more. get to know the team Scrappy Meals

Transforming Culinary Education: The AR/VR Journey with Scrappy Meals' Fridgie Smalls

Zero-knowledge rollups are gaining momentum as the ultimate Ethereum scaling solution. This year alone, no less than four major projects based on ZK rollups were launched, and four more are in the works. The technology has proven to be exceptionally fitting for the crypto space, and given the growing enthusiasm from venture capitalists, the ZK trend is here to stay. This is a comprehensive overview of the current and its most prominent projects: zkSync, Starknet, Polygon zkEVM, Linea, and Scroll. zk rollup landscape But first: What are zk rollups, and why is everyone so excited about them? What are ZK rollups? The ZK FOMO has a good reason behind it. This method allows executing smart contract computations off the blockchain, rolling them up in batches, and then submitting these batches back to the main to show that the computations happened within the rules of the EVM. Simply put, zk-rollups allow to outsource computation, all while leveraging the main chain’s decentralization and security. chain using zero-knowledge proofs Unlike their closest competitor, optimistic rollups, zk rollups offer quicker transaction finality time and better user privacy. Optimistic roll-ups take an “optimistic” stance, assuming that all layer-2 transactions are valid unless proven otherwise by an honest network validator. If the optimistic rollup batch faces no challenges during the dispute period, the transaction data is successfully added to the Ethereum main chain. In contrast, ZK rollups count on cryptography: after all, math is always more reliable than humans. However, this comes with its own set of complications, such as high computation costs, as well as a more complex cryptographic and engineering network. Fortunately, the former can be solved with special hardware, such as FPGA or ASIC, and the latter – with quality engineering education, like the one provided by RareSkills. Yet, there is another hurdle associated with ZK rollups. EVM-compatibility vs performance Ethereum was not designed to be ZK-friendly, and there are many parts of its protocol that take a large amount of computation to generate validity proofs. This means that building a functional zkEVM – a replica of the Ethereum Virtual Machine that uses zk-rollups – implies a major trade-off: EVM compatibility vs performance. There is a balance between these two qualities, and different zk rollup-based projects are trying different ways to find the perfect one. Vitalik Buterin this dichotomy in 2022, drafting a chart with five types of protocols using zk-proofs, from the most compatible to the most performant. formulated Each approach has its pros and cons, and several major projects are exploring them now. zkSync Era According to Vitalik’s framework, this protocol corresponds to Type 4: high-language-equivalent. Developed by Matter Labs, zkSync Era went live in March 2023. Its current TPS (transaction per second) stands at 4.75, down from this summer’s 9.9. However, according to the protocol’s documentation, it can offer up to 2,000 TPS at peak load. ZkSync uses its LLVM compiler to translate code from Solidity, Vyper, and Yul. A compiler adds a step in the coding process and increases the risks of bugs, but in exchange for this inconvenience, zkSync offers other perks. Not only does its custom VM generate zk-proofs fast, but it also implements native account abstraction, which allows programmable authorizations, enabling a greater diversity of wallet and protocol design. ZkSync is among the most developed projects, coming with a Hardhat plugin, Web3 API parity, and a well-functioning L2-L1 messaging infrastructure. The most popular zk rollup, zkZync Era, processes 22 million monthly transactions (source: ), ranking second only to PoS with its 75 million monthly transactions. L2Beat Polygon Starknet Starknet is a zk-rollup using a slightly different version of the cryptographic proof system. Unlike other popular protocols built on zk-SNARKs (zero-knowledge succinct non-interactive argument of knowledge), it uses zk-STARKS (zero-knowledge scalable transparent argument of knowledge). The main difference between the two is that the former uses elliptic curve pairings, while the latter relies on transparent post-quantum algebraic proofs, which generally makes zk-STARKs more efficient but also more computationally demanding. Zk-SNARKS are also being criticized for the trusted setup they require for the initial creation of keys. If the secret used to create the keys is not destroyed, this may introduce a security threat. ZK-STARKs were discovered several years after ak-SNARKs, which were already used in the . Hence, zk-SNARKs are considered more developed as a technology, with extensive developer libraries and numerous projects working on them. Starknet is a notable exception, adopting STARKs as a base for its protocol. The project also puts emphasis on Layer-3 development, providing a set of tools that can help build customizable “App Chains.” Zcash protocol Starknet Alpha went live in November 2022 and has since developed an important ecosystem, handling 13 million monthly transactions. With Warp, a compiler from Solidity to its language Cairo, Starknet can also be considered as a Type 4 zkEVM. Polygon zkEVM The famous Ethereum sidechain joined the zk race by releasing in March its own version of zkEVM as a separate blockchain (so far in Beta). It will be a part of Polygon 2.0, an ambitious vision of a network of zk-powered layer-2 chains unified via a novel cross-chain protocol. ZkProver, Polygon zkEVM’s main component, follows the state machine model, which uses both STARK and SNARK methods. STARK is used to prove the transactions, and then a SNARK circuit is used to verify it, de facto submitting to Ethereum a proof of a proof. To achieve full compatibility, the Polygon team has come up with the concept of micro opcodes, or instructions that EVM will use to manipulate inputs. Currently, Polygon zkEVM is a Type 3 (almost EVM-equivalent), which will turn into Type 2 (fully EVM-equivalent) when all pre-compiled contracts are supported. It processes 1.1 million monthly transactions. Linea This zk-proof solution was developed by none other than Consensys, the Godfather of all things Ethereum. Released in March 2023, Linea (Type 3 aiming for Type 2) strikes its own balance of speed and EVM compatibility. Linea uses lattice-based cryptography, known to be quantum-resistant, to efficiently generate zero-knowledge proofs, making for a faster prover time. Linea aims for a full equivalence with Ethereum. It is able to execute an unaltered, native bytecode in accordance with the EVM specifications, thus reducing the risk of bugs and hacks. Developers can deploy and verify any smart contract with Truffle, Hardhat, or Foundry exactly as if they were building on Layer 1. Linea’s developer-friendliness is enhanced by the native integrations of Consensys tools, such as MetaMask and Infura. With Alpha mainnet launched in August, Linea now handles 3.5 million monthly transactions. Scroll The most recent protocol to go live, Scroll, launched its mainnet in October 2023. The project aims at fully mapping the opcode to the zkEVM, which would allow Ethereum native smart contracts to be fully executed without modifying the bytecode. Currently, Scroll is still a Type 3 but aims to become Type 2. Ethereum Launched with a centralized sequencer and a centralized central approver, Scroll intends to decentralize over time. Several other projects based on zk-proof are still in the works. This includes Taiko, a rare Type 1 (fully Ethereum-equivalent) rollup, as well as projects based on the Polygon’s codebase, such as Immutable zkEVM, Canto, and Astar zkEVM.

The Rise of Zero-Knowledge Rollups in Ethereum Scaling

RIZE EDUCATION

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