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The Web3 ecosystem has moved from being an experimental concept to a fast-developing part of mainstream digital infrastructure. Businesses, developers, and investors are increasingly looking at how decentralized technologies can reshape commerce, digital ownership, and online interactions. As we enter 2025, the direction of Web3 development brings practical opportunities for companies that want to adopt decentralized systems into their digital strategy.

Companies considering web3 Development Services today are primarily focused on scalability, security, and real-world usability, rather than hype. What matters most is understanding which trends will not just build on blockchain fundamentals but make them useful for industries like finance, supply chain, entertainment, healthcare, and beyond.

This article explores the top trends in Web3 for 2025 that businesses should watch closely. These trends will help decision-makers understand where the technology is moving and how it can add tangible value to their operations.

The Ongoing Connection Between AI and Web3

AI has made significant progress in recent years, and in 2025 its overlap with Web3 technologies has reached new levels. The connection goes beyond automation. AI systems are being used to analyze blockchain data, improve decentralized apps (dApps), and provide better decision-making for decentralized finance (DeFi).

One practical use is AI-powered smart contracts. These are contracts on blockchains that adapt to inputs, market activity, or real-time performance data. For example, decentralized insurance contracts can use AI models to assess risks and trigger settlements faster.

Another example lies in blockchain-driven data marketplaces. With AI tools integrated, these platforms allow businesses to sell, buy, and validate data using blockchain-backed transparency. Combined, blockchain and AI can create an ecosystem where both trust and efficiency coexist.

Businesses adopting this approach in 2025 are focusing on:

• Data authenticity and tracking
• Automated contract management and execution
• Better fraud detection in decentralized finance
• Personalized user experiences on blockchain-backed platforms

Decentralized Identity (DID) and Privacy

Decentralized identity (DID) has quickly emerged as one of the most practical trends in Web3. At the heart of DID is the concept of granting individuals ownership of their digital credentials, which are stored on blockchain networks rather than on centralized servers.

This has major implications for businesses handling identity verification, KYC (Know Your Customer), and access management. Instead of user information being stored in a corporate database vulnerable to breaches, DID allows users to selectively share only necessary details using cryptographic methods.

For businesses, DID in 2025 offers:

• Stronger privacy guarantees for customers
• Reduced liability for storing user data
• Faster onboarding for digital products and services
• Compliance with growing data protection regulations worldwide

Industries such as banking, insurance, healthcare, and government services are already exploring DID systems to improve user trust while reducing their own operational risks.

Growth of Decentralized Finance (DeFi) 2.0

DeFi took center stage in the earlier waves of Web3 adoption, but 2025 marks the beginning of what many are calling DeFi 2.0. The next generation of decentralized finance is focused on sustainable models, reduced risk of exploits, and hybrid solutions that combine decentralization with regulatory compliance.

Key trends within DeFi 2.0 include:

• Protocols with built-in governance models
• Improved liquidity management through decentralized liquidity pools
• Risk management tools that appeal to businesses and institutional investors
• Integration of real-world assets into DeFi platforms

For businesses, DeFi is no longer just about retail speculation. It offers a realistic alternative for cross-border transactions, capital formation, and lending in transparent markets. Institutional adoption is expected to grow vastly in 2025, especially as governments accelerate blockchain regulations.

Real-World Asset Tokenization

Tokenization continues to stand out as one of the most business-ready aspects of Web3. In 2025, tokenized assets include everything from real estate and carbon credits to intellectual property and fine art.

Why are businesses paying attention to tokenization? Because it allows assets that were previously illiquid or complex to trade to be split into smaller units and exchanged easily on blockchain-backed markets.

For example:

• Real estate developers can tokenize properties, making them accessible to a wider pool of investors.
• Supply chain companies tokenize commodities to allow transparent tracking of ownership.
• Businesses can tokenize revenue streams, creating new financing models.

The key value for businesses is that tokenized assets provide liquidity, transparency, and efficiency in industries traditionally slowed down by intermediaries.

The Role of DAOs in Business Organization

Decentralized Autonomous Organizations (DAOs) are gaining maturity in 2025. Early DAOs had governance issues, but modern DAO frameworks are focusing on flexible decision-making, legal recognition, and integration with existing enterprises.

For businesses, DAOs are being considered as models for:

• Joint ventures among international partners
• Community-driven product launches
• Transparent grant distribution and project funding
• Employee involvement in projects with token-based rewards

While DAOs are not replacing all forms of corporate structures, they are reshaping how communities and stakeholders take part in ongoing decision-making. Businesses experimenting with DAOs today are early adopters of decentralized governance as part of their operational design.

NFTs Beyond Art and Collectibles

The early popularity of non-fungible tokens (NFTs) was driven by artwork and collectibles, but in 2025 the story is much broader. NFTs evolve as digital certificates that verify ownership, authenticity, and rights across varied industries.

Businesses are adopting NFTs in areas such as:

• Intellectual property rights and licensing
• Educational certificates and accreditation
• Supply chain item tracking
• Virtual land and assets in gaming and metaverse ecosystems

For companies, NFTs are not about digital art speculation anymore; they are about offering digital ownership that has practical, business-ready meaning.

Interoperability Between Chains

In the early stages, one of the biggest challenges in Web3 was the lack of interoperability between different blockchains. Moving assets or information across multiple chains often required third-party services.

In 2025, interoperability has become a business necessity. New cross-chain protocols and blockchain bridges are enabling projects to operate seamlessly across multiple ecosystems. This helps companies adopt blockchain without getting locked into a single platform’s limitations.

Businesses especially value:

• Smooth transfer of digital assets between different ecosystems
• Broader access to decentralized markets without dependency on one blockchain
• More resilient solutions that avoid complete reliance on one network’s performance

Projects working on interoperability today are building strong ecosystems capable of widespread industry adoption because they prioritize reliability and user utility.

Layer 2 and Scaling Solutions

Scaling remains one of the most important challenges in Web3, and even in 2025 the focus is strong. Layer 2 scaling solutions are now delivering practical speed improvements for blockchains while reducing transaction fees.

Ethereum’s rollups, zero-knowledge proofs, and other sidechains are providing a way for businesses to operate high-volume decentralized applications faster and more economically.

Startups and enterprises adopting blockchain technologies prefer networks that do not compromise user experience. This is where Layer 2 and scaling tools are delivering value for digital services, gaming platforms, and even enterprise financial operations.

Regulatory Integration and Compliance

In 2025, Web3 adoption is not only about tech innovation — it is also about compliance. Governments across regions are implementing clearer rules about digital assets, token issuance, and decentralized technologies.

Businesses entering Web3 today cannot ignore regulatory considerations. Whether offering DeFi services, launching tokens, or adopting DID solutions, understanding the regulatory environment is crucial.

Rather than slowing growth, regulations are creating pathways for safer adoption. Companies can now find more regulated frameworks to integrate blockchain into their operations. This creates opportunity for enterprises seeking stability along with innovation in Web3.

Web3 Gaming and Virtual Economies

Another trend going strong in 2025 is blockchain-based gaming and the rise of virtual economies. Players are not just interacting with games; they are also becoming owners of in-game assets with value outside the platform.

Developers and brands are building ecosystems where NFTs, tokens, and digital currencies interact smoothly with traditional commerce. This opens new revenue possibilities for companies through user-driven marketplaces.

The critical aspect in 2025 is sustainability. Early “play-to-earn” hype cycles are giving way to carefully structured economic models designed to last. Businesses connected to gaming, entertainment, and digital communities are finding strong use cases here.

Sustainability and Green Web3

Another growing focus for 2025 is sustainability in blockchain adoption. Proof-of-stake mechanisms, green mining initiatives, and carbon-offset token projects are addressing the environmental criticisms that slowed early blockchain adoption.

Companies entering Web3 want sustainable solutions that align with their corporate responsibility goals. Developers are building energy-efficient infrastructures, while businesses are exploring tokenized sustainability credits and partnerships with eco-focused blockchain projects.

This focus is making Web3 an easier adoption pathway for industries that were once hesitant due to environmental concerns.

The Road Ahead for Businesses

As businesses explore Web3 in 2025, they need to think beyond hype and focus on practical, business-ready models. Web3 is no longer just speculative; it is about identity, finance, data ownership, and new market methods.

The key steps businesses should take:

1. Identify areas where decentralized technologies provide measurable value.
2. Work with experienced development partners who understand scalability, privacy, and compliance.
3. Adopt solutions that can grow with their long-term digital strategies.

Web3 is becoming increasingly practical, and companies that start laying foundations today will have strategic advantages in the years to come.

Final Thoughts and Call to Action

The Web3 space in 2025 is defined by steady innovation backed by real utility. From AI-driven smart contracts to decentralized identity, asset tokenization, cross-chain interactions, and green blockchain initiatives, businesses have opportunities to adopt Web3 in useful and sustainable ways.

If your company is exploring Web3 adoption, the best step forward is connecting with an experienced partner who can help build reliable decentralized solutions.

Connect with Codezeros to explore Web3 Development solutions that align with your business needs and position your company ahead of the curve in 2025.

Nearly half of the US population has been impacted by data breaches in the first half of 2025 alone, according to a new report from the Identity Theft Resource Center (ITRC).

The ITRC says 1,732 data compromises were reported in the US in H1 2025, which impacted 165,745,452 individuals.

“Analysis of data from the first six months of the year reveals a landscape dominated by cyberattacks, with supply chain vulnerabilities persisting as a major threat vector. While the total number of compromises has not dramatically outpaced previous years, the impact on victims remains severe.”

There are currently around 342 million people in the US, according to the U.S. Census Bureau.

The ITRC says there’s been a rise in artificial intelligence (AI)-powered phishing attacks, which are more difficult to detect, and other new threats to personal information.

“The introduction of repackaged and recirculated personal information – PCD (previously compromised data) – into the risk environment represents a significant new threat to organizations that are vulnerable to the use of stolen logins and passwords to gain access to mission-critical systems for ransom attacks and/or data exfiltration. The recent discovery of an unsecured cloud environment with more than 16 billion logins and passwords aggregated into a single database is an example of PCD.”

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A scammer pleaded guilty after participating in a scheme that convinced the Internal Revenue Service (IRS) to pay out $10 million in fraudulent refunds.

Brooklyn resident Xerxes Shevar, 57, was part of a prolific international conspiracy ring involving scammers in the United States, Ghana, Nigeria and Ireland, according to the U.S. Attorney’s Office for the Western District of Pennsylvania.

The US Attorney says the conspirators obtained stolen identity info on the internet and then submitted fraudulent federal tax returns under the names of those identities. The alleged scammers also opened bank accounts in those names to receive the returns from the IRS.

One of Shevar’s co-conspirators alleges the scam ring attempted to secure around $38 million from the IRS between the tax years 2010 and 2013 and ended up receiving more than $10 million.

The scammers allegedly used stolen identities to open 3,493 bank accounts and obtain 4,563 credit cards across 443 financial institutions. In all, the scam ring allegedly victimized 11,468 individuals.

Shevar was arrested in February 2024 when he returned to the United States from Ghana. The Brooklyn resident was convicted of wire fraud conspiracy, and US District Judge Susan Paradise Baxter sentenced him earlier this month to three years of probation. The judge also ordered him to pay $290,000 in restitution.

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AI-powered NFTs (iNFTs) aren’t just a technical upgrade—they represent a shift toward digital identity systems that actually serve the individual. As old platforms and static technologies fall short, iNFTs emerge as intelligent, autonomous, and privacy-conscious agents of self-sovereign identity in Web3.

Key Takeaways

• iNFTs enable dynamic, evolving digital identities that adapt to user behavior and real-world context.

• AI allows for real-time identity verification, anomaly detection, and autonomous protection from misuse or fraud.

• iNFTs can act on users’ behalf in decentralized applications, reducing friction and enhancing trust.

• Selective disclosure powered by AI means users only share what’s needed—nothing more.

• The failures of earlier NFT models have paved the way for smarter, AI-driven infrastructure centred on user control.

Legacy Projects Paved the Way—But Couldn’t Go the Distance

Many early NFT projects made bold promises but delivered limited utility. With static metadata and minimal functionality, most NFTs were collectible in nature—not dynamic tools. As the market matured, these limitations became clear, prompting a shift toward more adaptive and meaningful use cases.

Even leading platforms like OpenSea had to acknowledge their missteps. The announcement of the SEA token and the OS2 relaunch came with a public admission: they’d grown too corporate and disconnected from their users.

At the same time, projects like Pudgy Penguins demonstrated resilience. Despite volatile conditions, the PENGU token launched strong—reaching a market cap of $3.5 billion – it’s currently $895 million. That’s not failure—it’s adaptation. It demonstrates that communities continue to value projects that evolve and deliver lasting value.

The broader point is this: the NFT space needed a reset. That reset made room for innovations like iNFTs.

iNFTs: Identity That Evolves With You

Smart, Personalized Identity Management

A static NFT might confirm ownership of a credential. An iNFT goes further—it acts as an intelligent agent capable of managing credentials, answering verification questions, and interacting with dApps using natural language.

It’s not just about proving who you are. It’s about automating those interactions to reduce friction and free users from manual tasks. This makes your identity more accurate, responsive, and efficient across decentralized ecosystems.

Learning From Behavior, Adapting in Real Time

AI-powered NFTs evolve with the user. They observe how you engage with platforms, what types of information you share, and how you navigate different environments. Your iNFT can adjust your profile accordingly—updating credentials, refining preferences, and becoming a more accurate representation of you.

If you complete a new course, change professions, or begin using new services, your iNFT can adapt. It keeps your digital identity current without requiring constant manual intervention.

Technically, these adaptations depend on predefined AI models and access to verifiable data feeds, meaning full autonomy is aspirational but increasingly feasible.

Security That Moves Faster Than Threats

AI enables proactive security features that static credentials can’t match. Your iNFT can monitor behavioral patterns to detect fraud, flag unauthorized access, and prevent misuse. Instead of simply proving identity, it protects it.

Suppose someone attempts to interact with your digital identity using unfamiliar language patterns, devices, or behaviours. In that case, the iNFT can respond automatically—denying access, requesting further verification, or alerting you in real-time.

This is security as a living, thinking function—not a locked door waiting to be picked.

However, like any AI system, this also introduces potential risks, including algorithmic bias and overfitting, which must be continuously monitored and audited.

Autonomy and Digital Representation

An iNFT doesn’t just verify who you are—it can act for you. It can interact with smart contracts, fill out forms, confirm age or eligibility, and even negotiate terms using pre-set logic and natural language understanding.

I’ve been exploring DAO ecosystems, and I’ve seen firsthand how decentralized hiring is evolving. For example, your iNFT could:

• Verify your qualifications for a job DAO.

• Confirm your attendance at a credentialed event.

• Submit identity data with restrictions based on your privacy rules.

This kind of intelligent interaction makes decentralized applications more usable and scalable.

Consider a freelance professional who uses their iNFT to apply for a remote job. The iNFT validates credentials, confirms language fluency, and ensures geographic compliance—without sharing personal data beyond what is necessary.

These scenarios aren’t just theoretical. Alethea AI’s iNFT protocol has already enabled intelligent agents like “Alice” to engage in real-time conversation while executing actions through smart contracts—such as minting, upgrades, and fusion.

More broadly, Web3 platforms are developing agentic AI smart contracts that autonomously assess data, verify identity attributes, and act within DAOs or apps—without human intervention.

Selective Disclosure: Privacy That Understands Context

Privacy in Web3 isn’t about hiding everything. It’s about sharing the right things—intelligently.

With AI, iNFTs offer context-aware disclosure. Need to prove you’re over 18? It shares only that fact. Need to confirm employment status? It shows a verified credential without exposing your entire history.

This gives users control, builds trust, and reduces unnecessary exposure. It also aligns with the principles of self-sovereign identity—where the individual decides what to share and when.

We’ve Outgrown Static Credentials

The original promise of NFTs was decentralized ownership. But ownership alone doesn’t build identity. It doesn’t protect data. It doesn’t evolve.

Static credentials served a purpose, but they’re stuck in the past. They require constant user management, can’t verify behaviour in real-time, and leave users exposed to both technical and social vulnerabilities.

iNFTs could fix these gaps. They provide users with tools to manage their identity in the same way we manage relationships in real life—fluidly, contextually, and on our own terms.

Still, the transition to iNFTs brings challenges—particularly around regulatory clarity, technical interoperability, and public skepticism about AI ethics. Addressing these concerns will be vital to gaining mainstream acceptance.

What’s Coming Next

AI-powered NFTs are already being explored by teams like Alethea AI, where avatars can engage in conversation, verify identity, and evolve based on input. Use cases span from decentralized KYC and AML processes to credential management in education, health, and employment.

Still, adoption depends on trust, usability, and clear communication. These systems must be simple enough for everyday users, secure enough for professionals, and transparent enough to pass legal and ethical standards.

Expect early adopters in niche ecosystems—like DAOs, online education, and metaverse platforms—to lead the way, followed by broader implementation as UX and governance mature.

Final Thoughts

The NFT identity space didn’t fail—it revealed its own boundaries. That moment of reckoning cleared the path for iNFTs, where AI brings intelligence, adaptability, and privacy to digital credentials.

While badges, access tokens, and collectibles remain valuable parts of Web3 culture, identity demands more. We need digital agents that not only represent us but evolve with us, protect our data, and act on our behalf.

iNFTs aren’t just a futuristic layer—they’re a meaningful next step in making digital identity smarter, safer, and truly self-sovereign.

The Moca Foundation has announced plans to launch Moca Chain, a new Layer 1 blockchain infrastructure focused on digital identity and data verification.

The project aims to give individuals and systems a way to manage identity credentials without relying on centralised platforms. The initiative comes amid broader industry efforts to address growing concerns over data privacy, user control, and interoperability in digital services.

Moca Chain will support identity-based protocols and enable data verification across different chains and platforms. The chain is scheduled to begin testing in the third quarter of 2025, with a full mainnet launch planned by the end of the year.

Key Insights

• The Moca Foundation is set to launch Moca Chain—a new Layer 1 blockchain
• Moca Chain is expected launch its testnet in Q3 2025, with the mainnet release planned for Q4 2025
• The chain will operate as an EVM-compatible, modular chain supporting decentralised storage, cross-chain identity verification, and zero-knowledge proof-based data validation
• Use cases include healthcare records, education credentials, financial compliance, and digital advertising

What is Moca Chain?

Moca Chain is a blockchain platform designed specifically to handle digital identity and verifiable user data. Unlike blockchains primarily focused on transactions or general-purpose smart contracts, Moca Chain centres on allowing users, devices, and even AI systems to manage and verify credentials across multiple services and platforms.

It supports both on-chain and off-chain data, providing a framework for third-party applications to verify user credentials without accessing private or sensitive information. Technical features include a cross-chain identity oracle, decentralised data storage, and support for zkTLS, a cryptographic protocol that enables secure and private data verification.

The platform will be compatible with the Ethereum Virtual Machine (EVM), making it interoperable with existing blockchain systems and developer tools.

What can we expect from this new blockchain?

Moca Chain is expected to serve as a foundational layer for applications that rely on user verification. Current implementation plans point to use cases across multiple sectors:

• Healthcare: A system for electronic health records that can be securely shared and verified between providers.
• Recruitment and Education: Verifiable records of academic history and professional training.
• Financial Services: KYC and AML checks with privacy-preserving technology.
• Advertising and Rewards: A unified framework for verified user onboarding and engagement.

The blockchain will be integrated with AIR Kit, an identity and reputation software kit developed by Moca Network. This integration will allow developers to build applications that include smart accounts and verifiable credentials with customisable permissions.

Partners already working with Moca Network—including SK Planet’s OK Cashbag and OneFootball—bring an existing user base in the hundreds of millions, positioning Moca Chain for broad potential reach upon launch.

The system will use MOCA Coin as a utility token for network operations. This includes transaction fees, validator staking, and payments for data-related services like oracle queries and proof generation.

The following is an update from Ethereum Foundation Fellow Chuy Cepeda.

Our identities hold immense power. In a time when people take great pride in using multiple pseudonyms or personas, we often think about how to identify ourselves. I identify as a native of Monterrey, Mexico, a Latin-American, a son, brother, father, husband, engineer, Ph.D., entrepreneur, dog lover, hitchhiker, and a believer that democracies are suffering.

Looking back at a time when I started meeting people from different countries and gaining a better understanding of their access to public services, I recall becoming aware of how far away this reality was for Mexicans. I realized that as my home city grew, many decisions made by the government were unplanned or colluded. I learned that my home country of Mexico was one of the least favored countries according to Transparency International’s Corruption Perception Index. I realized that these problems are not limited to me and my home country, but affect people everywhere.

I now feel a profound empathy for anyone who can’t look to the government for better transport, proper education, and health services. All the while, I see technology making bigger and bigger impacts in the daily lives of people all around Latin America and beyond. Think for a minute about this: while people are becoming more digital and expect personalized and real-time services, public institutions are unable to meet those expectations.

Citizens face inefficiencies, a lack of transparency and red tape, and a terrible experience when it comes to interacting with their governments. This is a global crisis of institutional agility and trust that erodes possibilities to prosper, and it’s why Democracy as an ideal is suffering.

So I decided to incorporate a new part of my identity: I co-founded OS City to improve the landscape of government services in the modern world, essentially by bringing public institutions into the web3 paradigm. In other words, to use blockchains to digitize government services and give citizens their decentralized digital identity.

The OS City team

Upgrading Bureaucracy

From birth certificates to driver’s licenses and academic records, when we are asked to identify who we are as citizens, this is about sharing our personal information or credentials, usually notarized by the government of the place we come from. Depending on where that is, those records could be located in a fancy networked database (as is the case for Estonian citizens), but more likely what we need when we need an ‘official identity’ actually resides in the specialized passport printers of a stuffy government building, or spread about in filing cabinets of various state bank branches, or maybe it’s nowhere at all!

When we “use” these representations of our identity, what we are actually doing is getting separate bureaucratic systems to interoperate. If the visa stamps from one customs office in Country A fit onto the passport pages of Country B, that’s ‘good enough’ for us in most cases. But when that basic interoperability has stricter requirements, or when it breaks down, that’s where we get into trouble. Office A requires an original stamped document from Office B, which is closed after 3pm, and requires a notarized letter from Department C, which is in a different part of the city and needs approval first from Office A… some of us are all too familiar with being trapped in this sort of prison of paperwork. This is where collusion and corruption are born, where we start the snowball effect that ends up in a terrible response to social distress, economic growth, and climate change.

The fundamental challenge is that everyone must have an identity, but it is simply not true that everyone has an interoperable representation of identity. That’s where I believe we can do better. It’s not going to be easy, and it’s certainly not going to happen all at once, but if we start in the right direction, we might end up in a place we want to be at. Part of our work to solve these issues led us to develop an application-specific wallet called Soberana, which is meant to be used to hold and manage digital identities.

Blockchains are by design built from interoperable and standardized components that can combine and integrate into all sorts of ways. Any blockchain built to be Ethereum or EVM-compatible will follow the same set of standards. So at Soberana, that is our starting point. Unfortunately, we work in a design space that must allow for some degree of centralization, i.e. a government authority must approve a record or identity.

Nevertheless, we start with a small kernel of identity that is still compatible with the open, permissionless systems of the web3 world. Starting from that compatibility makes it a lot easier to improve and build more complex systems around it over time – a network economy of digital services, both centralized and decentralized. The goal here is maximum compatibility for a digital identity: whether you’re using it for a centralized government notary, a proprietary banking transaction or a public NFT registry, your ID should move between those systems seamlessly and securely.

As we add more and more functionality, we’ll be able to verify, port, and share that identity through a whole suite of government services that all connect to each other. From marriages to mortgages, all of the paperwork that requires identity could be de-bureaucratized and made painless by using the right infrastructure. By starting small and with this first piece of the puzzle, we pave a way towards broader institutional reform, using technology wisely to increase the legitimacy of the public sector as a whole.

This past year, we have focused on rolling out an official citizen digital identity through an online government-run portal, where citizens obtain a wallet that serves as their digital identity and digital document-holder. Citizens can port and use official documents in their digital wallets, as well as share and renew these documents.

At the moment, these documents are limited to commercial permits, construction permits, city inspector credentials, tax payer statements, among others; but we are working to expand and incorporate as many documents as possible to be compatible with local governments in Mexico and Argentina.

The Long View

I understand now that bureaucracies are merely inertial inefficiencies of governments that have lost the excitement of innovation. That’s why I believe blockchains have an enormous potential to lead us into a new era of openness and collaboration that helps to increase the legitimacy of the public sector. With the help and support of public sector leaders, we can create radical change in the government sector, and even make it a prosperous field for business, fostering the digital, economic, and social transitions of our nations.

My short-term vision is to be able to offer citizens the possibility to own their official records, to eliminate duplicate efforts in every government process, to make government transactions traceable and transparent, and to foster the first government standard for blockchain verifiable credentials. This will hopefully show the international public sector that interoperability can succeed when we put citizens in the center, when innovation promotes regulation and not the other way around.

In the long term, I hope that we can all work together to rethink governance and identity. We are starting by rethinking and reinventing the way governments, individuals and companies interact among themselves; in a decentralized digital world, interactions are not state or market-centric, but community and citizen-oriented. This implies a new ecosystemic vision where the government, startups, academia and civil organizations jointly explore public problems, seek (and transfer) appropriate solutions and feed on their learnings. It is not the state hiring suppliers, but the state interacting with other actors to solve society’s most pressing problems. I believe a new digital identity is one step that will allow governments, citizens, and communities to get the most out of blockchain technology, fostering prosperity through a network of citizen-centric digital services.

For more about the Ethereum Foundation Fellowship Program, read this blog post.