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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.

Welcome to Slate Sundays, CryptoSlate’s new weekly feature showcasing in-depth interviews, expert analysis, and thought-provoking op-eds that go beyond the headlines to explore the ideas and voices shaping the future of crypto.

Decentralized Physical Infrastructure Networks (DePIN) has become one of the crypto industry’s darlings, among the fastest-growing sectors in web3. According to the World Economic Forum’s (WEF) Technology Convergence Report, DePIN is set to snowball from its current ~$30 billion valuation to a seismic $3.5 trillion by 2028.

That’s an increase of approximately 11,576% (just ask ChatGPT).

On paper, DePIN is certainly a heavyweight. But is it ready to go round-to-round and actually power the world?

Understanding the DePIN landscape today

The magic of DePIN lies in making physical infrastructure (think bandwidth, cloud storage, smart cars, and microgrids) community-owned and open for anyone to contribute. Regular people can plug in their idle devices, whether it’s a sensor, a car, or a phone, and get rewarded for their part in keeping the network alive.

The DePIN world is buzzing with blockchain-based, community-owned networks that support real-world infrastructure in all kinds of ways, and the use cases keep growing.

The WEF estimates more than 1,500 active DePIN projects out there, opening physical infrastructure to the masses and letting individuals and communities join ecosystems that were once reserved for big corporations and centralized players.

By harnessing blockchain, DePIN boosts transparency, security, and efficiency in how resources get used, and contributors receive tokenized rewards for getting involved.

Why the hype is real

One of the primary drivers for DePIN’s rise is its convergence with AI, especially the emergence of decentralized physical AI (DePAI), enabling machine learning models to harness data and compute from a diverse, distributed, and global network.

Unlike some other areas of web3, like memecoins or perpetuals, DePIN is not just about financial speculation; it’s about blockchain mass adoption and making users active participants in digital economies.

And in a world that’s powered by data, DePIN really shines; not just knowing what the data is, but where it comes from, who validated it, and whether it’s been faked or phished.

As the need for AI training data explodes, the value of high-quality, trustless proof-of-origin data rises in step, making DePIN essential not just for crypto, but for global digital infrastructure as well.

From home internet to IoT

XYO is a company that verifies and moves real-world information on-chain for DePIN, AI, and RWA apps. Launched in 2018, XYO has over 10 million nodes and ranks as the fourth-highest-earning DePIN project to date. Cofounder Marcus Levin explains:

“We act as a trustless oracle, verifying and validating the real-world data that powers AI, web3, and enterprise use cases. 80% of the people in our network are non-crypto users. They can be truckers and Uber drivers, joggers, and people who move a lot. They’re able to earn more. People want to earn money on this side and get crypto for free.”

Althea Network brings blockchain-enabled internet to thousands of homes with dynamic, pay-as-you-go pricing. The team reports four petabytes of traffic routed across 12 states and multiple countries, directly addressing the issue that $100 billion in U.S. government spending has made less than a 1% dent in connectivity. As cofounder and CEO Debora Simpier put it:

“About one in four people in the U.S. don’t have adequate internet.”

Another example of a DePIN network is Sentinel, which offers a decentralized VPN infrastructure, boasting 359,000 users and 7,500 volunteer-operated nodes worldwide. Sentinel also builds custom SDKs to enable VPN features for popular applications, even in highly censored regimes like Turkmenistan.

The DePIN sector isn’t just about location data or supply chain oracles, either. Its reach is far broader, stretching deeper into the physical fabric of the connected world.

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Helium, for example, started in 2019 as a grassroots mesh network for IoT sensors, and has exploded into a community-powered wireless movement, with tens of thousands of hotspots deployed globally.

Instead of relying on telcos and corporate towers, Helium lets everyday people become the network, earning tokens by providing wireless coverage for smart sensors, scooters, and asset trackers, and turning idle hardware into crypto-powered utility.

And when it comes to data storage, Filecoin’s DePIN network enables decentralized storage, which not only circumvents centralized actors but translates to better privacy, lower costs, and a radically reduced risk of censorship or downtime.

These projects span home internet, censorship-resistant communications, mobility, and storage infrastructure, highlighting the diversity and scalability of the DePIN model.

Is DePIN ready for prime time?

Despite the hype and growing adoption, scaling decentralized physical infrastructure remains DePIN’s biggest hurdle. One of the hardest challenges of integrating real-world hardware is economies of scale.

Traditional blockchains struggle to process vast numbers of transactions and data uploads in real time, especially as DePIN networks connect thousands, or even millions, of physical devices across the globe.

Unlike purely financial networks, every new sensor, router, or contributor adds not just another wallet, but a new stream of bandwidth, compute, or storage that must be securely tracked and rewarded.

As network scale grows, congestion and latency can spike, with longer transaction confirmation times, unpredictable fees, and the risk of outages in high-throughput environments.

This challenge is amplified as DePIN seeks to power real-world infrastructure that demands seamless response, reliability, and ultra-low delays. Current infrastructure, while promising, often falls short of these demands.

Mass participation also brings regulatory scrutiny around consumer protections, KYC/AML, and data privacy. DePIN’s physical touchpoints, such as routers, vehicles, and storage, are inherently more exposed to security breaches than purely digital systems, necessitating strong defenses against hacking, Sybil attacks, or hardware vulnerabilities.

And despite 1,500+ live projects and valuations in the tens of billions, only a handful have proven themselves over years of operation.

The path to an open digital economy

DePIN’s projected 70-fold market expansion in three years seems like a tall order. But powered by AI growth and global demand for resilient, community-owned infrastructure, the tailwinds are blowing in DePIN’s favor.

As the WEF points out, DePIN’s convergence with decentralized AI could fundamentally change the global computing landscape and lead to a more open, secure, and accessible digital economy.

And as the number and diversity of DePIN projects continue to rise, so will those that move beyond hype and deliver real infrastructure and inclusion at a truly global scale. So perhaps one day soon, everyone on the planet, from Tennessee to Timbuktu, will be able to plug in, contribute, and own a slice of the new digital infrastructure.

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The year 2025 stands as a defining moment for the crypto industry. Over the past decade, blockchain adoption has steadily grown, bringing with it an increasing demand for transparent, secure, and more user-focused trading platforms. While centralized exchanges have played a critical role in making cryptocurrency trading mainstream, the shift toward decentralized exchanges (DEXs) is now gaining undeniable momentum. At its heart, this shift reflects growing user concerns over trust, custody of assets, transaction speed, regulatory compliance, and long-term sustainability.

For businesses considering building blockchain-based solutions, one of the most promising opportunities today lies in Cryptocurrency Exchange Development Services. More specifically, those focusing on decentralized crypto exchanges in 2025 are uniquely positioned to tap into the evolving digital economy, where users are placing stronger demand for independence, freedom, and true peer-to-peer trading experiences.

This blog will explore the top benefits of creating a decentralized crypto exchange in 2025, explaining why this is not only a smart business move but also an innovation that directly addresses the concerns of contemporary crypto traders and investors. The content is designed for business owners, entrepreneurs, and organizations who want to understand the strategic advantages before partnering with an exchange development company.

What is a Decentralized Crypto Exchange?

A decentralized crypto exchange, or DEX, is a peer-to-peer marketplace where users can directly trade cryptocurrencies without involving intermediaries or third-party custodians. Unlike centralized platforms where a company acts as the central authority to facilitate transactions, DEXs operate through automated smart contracts deployed on blockchain networks.

This self-executing system allows individuals to trade directly from their crypto wallets while retaining complete control over their private keys and funds. The absence of custodians and reliance on blockchain’s security principles makes decentralized exchanges one of the most trusted innovations for financial autonomy.

Centralized vs. Decentralized Exchanges: Key Differences

To understand the importance of creating a decentralized exchange, it is useful to draw comparisons with centralized exchanges (CEXs). Centralized exchanges hold custody of user assets and act as a broker in every trade. They manage order books, execute trades, and provide liquidity — but this comes at the cost of custody risk, higher security concerns, and entry barriers for various tokens.

Decentralized exchanges, on the other hand:

• Eliminate custody risk (users hold their own keys)
• Operate using automated smart contracts
• Typically have lower listing barriers for new tokens
• Prioritize peer-to-peer trading

Such differences underpin why the crypto world increasingly values decentralized systems in 2025.

Growing Global Demand for Decentralized Platforms in 2025

The global digital economy is maturing. With millions of new crypto users expected to join trading markets in 2025, the demand for safer custodial solutions has grown louder. Rising cyber-attacks and exchange hacks have also reinforced distrust in centralized models.

Moreover, recent advancements in blockchain scalability and interoperability have made decentralized exchanges faster and more cost-effective than ever before. Governments worldwide are continuing to clarify regulations, and while compliance challenges remain, the decentralized trading market is steadily gaining official recognition.

Top Benefits of Creating a Decentralized Crypto Exchange

Greater Control Over Assets

DEXs allow users to hold their crypto assets directly in personal wallets, reducing dependency on external systems that could be compromised. Users maintain full sovereignty over their assets.

Reduced Risk of Hacking and Data Theft

By eliminating central custodians, DEXs reduce the impact of large-scale hacks. Since traders do not need to deposit funds into centralized hot wallets, the attack surface is significantly minimized.

Increased Transparency

Smart contracts govern transactions on DEXs, meaning every transaction is visible and recorded on the blockchain. This transparency builds stronger user trust.

Privacy-Oriented Trading

Most decentralized systems do not require intensive KYC verification for basic trading activities. While regulatory adjustments may apply in some regions, the inherent design supports privacy-friendly transactions.

Borderless Access and Inclusion

People in regions without access to reliable centralized exchanges can still participate in the global trading ecosystem using DEXs. This universal accessibility broadens the user base for exchange operators.

Lower Transaction Costs

Without intermediaries managing transactions, trading fees on decentralized exchanges are often lower than what centralized platforms demand. Layer-2 protocols further reduce operational costs.

Resistance to Censorship

Since decentralized exchanges operate on distributed networks, it is extremely difficult for any single entity or authority to shut them down. This makes them resilient and sustainable over the long term.

Flexibility with Token Listings

Centralized exchanges set high barriers for token listings, often with substantial fees. With DEXs, businesses and projects enjoy faster listing opportunities, encouraging innovation and community-driven ecosystem growth.

Strong Community Engagement and Trust

Many successful decentralized exchanges thrive on community participation because governance is often vested in token holders. This engagement builds long-term loyalty and participation.

Scalability with Layer-2 and Cross-Chain Technology

As blockchain technology improves, decentralized exchanges now integrate multi-chain support and Layer-2 solutions. This enables smooth, fast, and affordable trades across diverse blockchain ecosystems, solving earlier user experience issues.

Business Perspective: Why Entrepreneurs Should Consider DEX Development in 2025

For entrepreneurs, decentralized crypto exchanges represent both a profitable business model and a chance to address critical consumer needs. A newly developed DEX not only generates income through trading fees, liquidity pool rewards, and governance tokens but also positions the business at the forefront of blockchain innovation.

The scalability and community-driven model helps to retain traders while providing sustainable growth pathways for businesses that adopt early. As financial institutions start exploring decentralized finance (DeFi), launching a DEX in 2025 offers first-mover advantages in both regional and global markets.

Regulatory Impact and Compliance Expectations

While regulations remain a point of concern for many businesses, the decentralized exchange model enjoys different compliance dynamics compared to centralized entities. Governments are beginning to adopt frameworks for DeFi and decentralized trading, making it possible for DEX operators to comply without undermining the platform’s peer-to-peer function.

Smart compliance tools, decentralized ID systems, and programmable KYC modules are already being embedded into cutting-edge DEX platforms, making compliance more practical for operators.

Role of Blockchain Technology Advancements in DEX Growth

Key blockchain upgrades in 2025 are making DEX platforms highly competitive with centralized systems. Features such as:

• Layer-2 rollups for faster transactions
• Cross-chain interoperability for multi-blockchain trading
• Zero-knowledge proofs for private verification
• Energy-efficient consensus models

are collectively reshaping how businesses think about decentralized trading.

Future Prospects: Where Will Decentralized Exchanges Be by 2030?

By 2030, decentralized exchanges are expected to dominate trading volumes in the digital assets market. As more users transition from traditional financial platforms to Web3 ecosystems, the role of DEXs will expand beyond crypto assets, supporting tokenized stocks, real estate, and other digital value systems.

This positions businesses that build decentralized exchanges today to lead tomorrow’s financial systems.

How Codezeros Delivers Value in Exchange Development

Building a decentralized exchange requires technical expertise, a strong understanding of blockchain ecosystems, and awareness of regulatory compliance. That’s where companies like Codezeros come in.

With proven expertise in Cryptocurrency Exchange Development Services, Codezeros designs and develops secure, scalable, and user-friendly exchange solutions that meet global standards. From creating advanced smart contracts to implementing cross-chain trading features, the company helps businesses establish decentralized exchanges that can compete confidently in the ever-expanding market.

Conclusion and Call to Action

Decentralized exchanges are no longer experimental — they are becoming the backbone of modern crypto trading. In 2025, businesses that embrace DEX development stand to benefit from greater security, user trust, and long-term scalability. By creating platforms that allow true financial independence, they not only meet market demand but also participate in shaping the future of global finance.

If you are ready to explore building your own decentralized crypto exchange and want to work with experts who understand both technology and business, connect with Codezeros today. Discover how their Exchange Development Services can bring your vision of a next-generation trading platform to life.

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Decentralized exchanges (DEX) processed a combined $1.15 trillion in spot and perpetual contract volumes during August, marking the first time monthly DEX activity surpassed the $1 trillion threshold.

According to DefiLlama data, spot DEX volumes reached $506.3 billion in August, falling just $1.5 billion short of the all-time high of $507.8 billion recorded in January.

The August figure represents an 18.4% increase from July’s trading activity, demonstrating sustained growth in on-chain spot trading.

Perpetual contract volumes drove the record-breaking performance, reaching $648.6 billion in August, a 31.3% jump from July and an absolute all-time high for the derivative product category.

The perpetuals surge accounted for 56.4% of total DEX volume during the month.

Ethereum reclaims spot leadership

August marked the first time since March that Ethereum overtook Solana and BNB Chain in spot on-chain trading volume.

Ethereum processed $140.4 billion in monthly spot volume, while Solana registered nearly $120 billion. BNB Chain rounded out the top three with approximately $60 billion in spot trading activity.

Uniswap maintained its position as the dominant spot DEX protocol, capturing 28.2% of total volumes with over $143 billion processed in August. PancakeSwap secured second place with $56.6 billion, while Hyperliquid completed the top three with $21.7 billion in spot volume.

The perpetual landscape showed even greater concentration, with Hyperliquid establishing absolute dominance by capturing 62.5% of the market through its $405.8 billion in monthly volume.

Ethereum-based perpetual protocols processed $72.5 billion, securing second place, while BNB Chain platforms generated $55.1 billion.

Among other perpetual protocols, edgeX captured $43.6 billion in trading volume, while Orderly processed $23.7 billion during August.

The spot volume increase drove the DEX-to-CEX trading ratio up by 0.7% to 17.2% in August. Throughout 2025, this ratio has consistently remained above 10%, indicating sustained adoption of on-chain trading infrastructure.

These numbers indicate a growing acceptance of decentralized trading venues, potentially driven by improved user experience across major DEX platforms.

The $1.1 trillion monthly volume achievement positions decentralized exchanges as a permanent fixture in the cryptocurrency market structure, with perpetuals trading finally receiving attention similar to that of their centralized counterparts.

Mentioned in this article

We’ve just shipped the first feature in the Zashi–NEAR integration: a private, decentralized off-ramp for shielded ZEC. Starting today, you can swap shielded ZEC to any NEAR-supported cryptocurrency in Zashi.

How It Works

• Open Zashi and go to More → Swap
• Enter the amount of shielded ZEC you want to swap.
• Add the destination wallet address for the cryptocurrency you want to receive.
• Review the quote and confirm.

That’s it! Because you’re swapping from your shielded address, your address, balances, and transaction history remain fully protected.

Why It Matters

For some of us, centralized exchanges aren’t even an option. For others, it’s about not handing over personal information to entities that act as honeypots for hackers. This feature gives you another path:

• A convenient, decentralized, private off-ramp when centralized exchanges aren’t possible or desired.
• Convert only the ZEC you need, while the rest of your balance stays shielded.
• Extra protection in places where financial privacy is a necessary safeguard, not just a preference.

This isn’t the full swap functionality in Zashi yet. That’s still coming. But it’s a meaningful first step, and it lays the groundwork for what’s next: private cross-chain payments and full swaps in and out of ZEC inside Zashi. 

Take Zashi’s new private off-ramp for a spin and let us know what it unlocks for you!

 Shields up.

Two decentralized science altcoins are wavering after gaining support from Coinbase, the top US-based crypto exchange platform by volume.

In a new thread on the social media platform X, Coinbase announced the addition of two decentralized science (DeSci) protocols – Bio Protocol (BIO) and ResearchCoin (RSC) – to its suite of crypto products.

Following the announcements, the tokens both fell in price.

“ResearchCoin [and] Bio Protocol [are] now live on http://coinbase.com and in the Coinbase iOS and Android apps. Coinbase customers can log in to buy, sell, convert, send, receive or store these assets.”

BIO is trading for $0.0612 at time of writing, a 7.3% decrease on the day while RSC is valued at $0.493, a 34% dip in price during the last 24 hours.

Earlier this week, Coinbase also added support for RSC – a project backed by Coinbase CEO Brian Armstrong that aims to improve science communication and research – on Base, its proprietary blockchain, causing the asset to spike in price at the time.

According to its official website, Bio Protocol is a blockchain that allows users to help fund early-stage biotech, making developments faster and more accessible.

“Our mission is to reshape how biotech breakthroughs are born by enabling global communities of patients, researchers and crypto users to create user-owned research networks that fund and develop new and emerging biotechnologies from day one?.

At its core, Bio is designed to help scientists raise funds for their research, create value from that research, and capture and distribute that value via commercial successes. By breaking down traditional biotech barriers and introducing a permissionless framework, Bio can accelerate life-saving discoveries while making them more accessible to all.”

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AI is evolving at breakneck speed, with autonomous agents now capable of analyzing markets, diagnosing diseases, writing code and making hiring decisions.

But as capabilities grow, so does a more profound unease – who governs these agents, and by what rules?

A handful of corporations are controlling access, performance and alignment. This centralization of intelligence data raises suspicions and a lack of trust.

Trust in AI (artificial intelligence) is not just about whether it works. It’s about who controls it, how it evolves and whether its behavior can be audited, questioned or improved.

In a centralized system, those questions are answered, if at all, behind closed doors.

Blockchain and Web 3.0 technologies offer a compelling alternative – decentralization as a design principle.

Rather than trusting a company, we verify the system. Rather than relying on goodwill, we rely on protocol.

The trust problem in centralized AI

The black-box nature of proprietary AI models limits transparency. Their training data, optimization strategies and update cycles are opaque.

Worse, these models often operate in high-stakes environments, making decisions that affect people’s finances, health or rights.

Without a clear understanding of how these decisions are made, trust becomes blind.

There’s also the concentration of infrastructure. The compute resources, data pipelines and deployment channels for advanced AI are primarily housed in private data centers.

This creates points of failure and reinforces a power imbalance, where end users become passive consumers of intelligence they cannot shape or interrogate.

Incentive structures compound the issue. Traditional AI development lacks mechanisms to reward verifiable contributions or penalize harmful behavior.

An agent that misbehaves suffers no cost unless its owner intervenes, and that owner may prioritize profitability over ethics.

What blockchain brings to the table

Blockchain offers a trustless architecture where AI systems can be governed, audited and incentivized in transparent, programmable ways.

One of the most profound shifts it enables is the ability to embed accountability directly into the AI stack.

Reputation becomes quantifiable. For instance, ABTs (AgentBound Tokens) are non-transferable cryptographic credentials proposed to track an AI agent’s conduct.

If an agent wants to perform high-stakes actions, it must stake its reputation. Misbehavior results in slashing, while good performance reinforces its credibility.

This creates economic alignment between the agent’s incentives and human expectations.

Blockchain also introduces auditability – by recording data origin, training history and decision logs on-chain, stakeholders can verify how and why a model made a particular choice.

Equally important is infrastructure decentralization. AI today is bottlenecked by the physical and economic constraints of centralized data centers.

With the rise of DePIN and decentralized storage systems like IPFS, AI workloads can be distributed across global participants.

This reduces costs, increases resilience and also breaks the monopoly over who gets to build, train and deploy models.

Multi-agent systems need shared rails

Autonomous agents are not isolated entities – increasingly, they must interact, whether to coordinate logistics, pricing services or optimize supply chains.

Without shared protocols and interoperable standards, these agents remain confined within their silos, unable to compose or collaborate.

Public blockchains provide the rails for agent-to-agent coordination. Smart contracts allow agents to make enforceable agreements. Tokenized incentives align behavior across networks.

A marketplace of services emerges where agents can buy compute, sell data and negotiate outcomes – without relying on centralized intermediaries.

Today, we can see prototyped ecosystem frameworks where agents operate semi-independently, staking tokens, verifying each other’s outputs and transacting based on shared economic logic.

It’s an overlay network for machine coordination, native to the internet.

Federated learning without a central brain

Training AI collaboratively across different parties without pooling sensitive data is a major frontier.

FL (federated learning) allows this by keeping data local and sharing only model updates.

But most FL implementations still rely on a central server to coordinate aggregation – a potential choke point and attack surface.

DFL (decentralized federated learning) removes this middleman.

With blockchain as the coordination layer, updates can be shared peer-to-peer, verified through consensus and logged immutably.

Each participant contributes to a collective model without ceding control or privacy.

Tokens incentivize high-quality updates and penalize poisoning attempts, ensuring the integrity of the training process.

This architecture is well-suited for healthcare, finance or any domain where data sensitivity is paramount and stakeholder plurality is essential.

Risks and trade-offs of on-chain AI

No system is without its challenges. Blockchain brings latency and throughput constraints that may limit its use in real-time AI systems.

Governance tokens can be manipulated, and poorly designed incentive schemes might create perverse behavior.

On-chain logic – once deployed – is challenging to change, posing risks if flaws go unnoticed.

There are also security concerns. If an AI relies on on-chain oracles or coordination, an attack on the underlying blockchain could cascade into AI behavior.

Moreover, reputation systems like ABTs require robust Sybil resistance and privacy safeguards to prevent manipulation.

These are not reasons to avoid blockchain – but they highlight the need for careful design, formal verification and a commitment to continuous refinement.

A new social contract for AI

At its core, blockchain gives AI a governance substrate – a way to encode norms, distribute power and reward alignment.

It reframes the question of ‘who controls the AI’ into ‘how is control encoded, executed and verified?’

This matters even more politically than technically. AI development without decentralization will likely go from open experimentation to corporate consolidation.

Blockchain offers a chance to build intelligent systems as public goods, not proprietary assets.

The challenge is to fuse the technical layers, data, model, incentive and control into a coherent stack.

But the path is visible – open protocols, transparent incentives and decentralized oversight. AI doesn’t just need blockchain for infrastructure. It needs it for legitimacy.

In a world of autonomous agents, trust can’t be a byproduct – it must be engineered. Blockchain gives us the tools to do precisely that.

Roman Melnyk is the chief marketing officer at DeXe.

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The following article is a guest post and opinion of Chris “Jinx” Jenkins, Head of Operations at Pocket Network.

Internet pioneer Tim Berners-Lee once dreamed of an open and accessible digital information system. His vision for the web — a virtual space where everyone had equitable opportunities to contribute, collaborate, share, and learn together — has shifted.

But the internet has moved in the opposite direction from this open garden. From single points of failure to censorship by sectors both public and private, it is now in the middle of a fight between messaging-obsessed political bodies and profit-hungry corporations, each seeking to control or monetize information flows.

Web3, powered by decentralized apps (DApps), promises to rekindle Berners-Lee’s dream of a permissionless space for free, open communication and innovation. Yet ironically, DApps today also rely heavily on centralized infrastructure or data sources. These single points of failure compromise the entire ecosystem’s security and integrity — as seen in many of the complaints around Solana.

Systems are only as secure as their weakest points. And to fulfill Web3’s ethos, DApps must adopt and implement genuinely open, decentralized, and verifiable infrastructure.

DApps Suffer from Concentrated Vulnerabilities

Most developers build the front end of DApps on a decentralized interface, but depend on centralized data infrastructure for backend support.

DApps largely run on centralized data hosting platforms and cloud providers like Amazon Web Services, Google Cloud, and Microsoft Azure. Although easily accessible, these platforms are susceptible to single-point failures and censorship, leading to global outages and downtime.

History is a witness to these failures. There are multiple examples where Infrastructure-as-a-Service platforms have faced disruptions, interrupting seamless DApp usage.

For instance, although MetaMask functions as a decentralized wallet, its endpoints run on centralized tech like Infura to access Ethereum. In 2022, when Infura blocked access after U.S. sanctions, MetaMask users temporarily couldn’t access their wallets from specific regions.

This is not an isolated incident. Infura clients have also faced interruptions in the past. Similarly, Solana and Polygon users faced outages due to the overloading of centralized RPCs during high network traffic.

DApps using centralized infrastructure to supply data are thus susceptible to downtime, information inaccuracies, usage gaps, and disconnected data flows. These incidents demonstrate the need to shift to decentralized infrastructure for data transferability and smooth accessibility without facing outages.

The Need for a Decentralized DApp Ecosystem

DApps without a decentralized stack are an oxymoron.

Instead of AWS, Google, or Azure, DApps must use open-source solutions like InterPlanetary File System (IPFS), Filecoin, or Arweave. These protocols provide a tamper-proof, distributed storage facility with high uptime and protection against random outages.

DApps running on decentralized infrastructure work with independent node operators. This helps distribute data queries across the network, eliminating single points of failure for unstoppable data availability.

Since individual nodes cannot block information flows, DApps run smoothly even when several nodes are offline. So the network always remains accessible without any downtime.

Decentralized infrastructure further removes the dependency on intermediaries who arbitrarily control data flows. Instead, DApps can connect with data, service providers, and users within an integrated, enmeshed open-source system.

Pocket Network unlocks open data accessibility so that any DApp can get the information it needs, without relying on centralized or singular entities. Pocket’s Shannon upgrade created the first truly permissionless Open API Network.

Decentralized social networks like BlueSky and the AT Protocol don’t depend on centralized RPCs. Rather, they work with decentralized RPCs to access open data. Similarly, DeFi protocols using Chainlink don’t need to depend on centralized APIs to source real-time on-chain price data.

A robust, genuinely decentralized tech stack is critical for DApps to build a digital ecosystem without single points of failure, paving the way to return to Berners-Lee’s vision of a globally accessible network.

Towards Berners-Lee’s Vision of an Open Internet

Tim didn’t envision a society where a few megacorporations build walled gardens with asymmetrical relationships between users and companies. He wanted open communication in the digital world without any powerful intermediaries controlling information exchange.

This vision is aligned with Satoshi Nakamoto’s idea of a decentralized, peer-to-peer exchange system. And although crypto now leans toward a casino-style gambling circus, that was not how Nakamoto and the cypherpunk community imagined it to be.

That said, Web3 innovators are actively building the infrastructure necessary to bring Tim and Satoshi’s vision to fruition. Because an open digital world with equitable accessibility is a must-have, not a nice-to-have.

Decentralized infrastructure protocols for open-source data are rapidly emerging as the new frontier for seamless data accessibility to train AI models and support cross-chain DApp usage. With a $350 billion open data market, it’s critical to wrest control away from centralized providers and distribute it among decentralized operators.

To thrive, crypto, AI, and other emerging tech must reject Web2’s business model and embrace the internet’s OG vision, now enshrined in the Web3 paradigm. Moving toward a decentralized infrastructure that doesn’t suffer from single points of failure is crucial to building a resilient and reliable internet.

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Jito Labs published a proposal for a Block Assembly Marketplace (BAM) on July 21, a transaction-sequencing system that would enable developers to run central-limit order books, perpetual exchanges, and dark pools on Solana without altering the base protocol.

The design introduces a network of BAM Nodes that sit beside the existing validator set, order encrypted transactions inside Trusted Execution Environments, and forward them to the leader with cryptographic attestations of sequence integrity. 

From privacy to auditability in one pipeline

According to the document, BAM Validators running an updated Jito-Solana client then execute the ordered bundle, returning proofs that they have followed the instructions.

The proposal cites three technical goals. The first is keeping orders private until execution to curb harmful MEV, while creating a public audit trail of every ordered bundle. Lastly, BAM intends to give applications direct access to scheduling logic through Plugins. 

Each plugin can inject or reorder instructions inside the enclave, enabling application-controlled execution for use cases such as “just-in-time” oracle updates or priority cancel-replace flows for market makers. 

According to the roadmap, a revenue split channels plugin fees to node operators, validators, stakers, and the Jito DAO.

Phased rollout

Jito will operate the first BAM Nodes while an alpha validator cohort, consisting of Triton One, SOL Strategies, Figment, Helius, and others, tests the client. 

The plan seeks a “high single-digit” percentage of delegated stake shortly after launch, then 30% or more as additional node operators join. Jito aims to open-source the code and reach 50 geographically distributed nodes before handing governance to the DAO.

Jito argues that BAM offers institutions deterministic execution and verifiable privacy, two requirements often cited by high-frequency traders. 

By allowing custom sequencing without private mempools or off-chain deals, the system could attract order flow that now migrates to centralized venues. 

The firm added that Solana’s existing throughput positions the chain to act as a decentralized Nasdaq once plugins for perpetuals and dark pools arrive.

Jito Labs intends to submit a governance proposal directing all BAM and block-engine fees to the Jito DAO treasury while the company continues technical maintenance. The approach would shift value capture from MEV extraction to fee-sharing for scheduling services, the document said.

The Block Assembly Marketplace plan now awaits feedback from validators, developers, and token holders before the code moves into production testing.

Mentioned in this article

For years, decentralization was crypto’s talisman. It stood for resilience, neutrality, and openness — a system immune to capture or control. But it was overused, underdefined, and has now diluted into near-meaninglessness.

Now, there is a new pretender: verification.

Protocols today tout verification just as they once claimed to be decentralized. The promise is familiar: you don’t need to trust anyone — you can check for yourself. But as with decentralization, the surface claim obscures much — most users can’t verify anything in practice, and most systems aren’t designed to make that feasible.

Verification Requires More Than Access

Crypto systems pride themselves on being open — source code is public, data is on-chain, and participation is permissionless. This is framed as empowering; in reality, it shifts responsibility to users — similar to the relationship between the state and taxpayers.

Verifying a protocol requires more than access — it requires understanding. That means expertise in distributed systems, incentive design, governance structures, and parsing fast-moving codebases. Transparency isn’t the same as legibility. The raw data may be available, but interpreting validator behavior, MEV extraction, multisig decisions, or oracle dependencies demands time, tooling, and expertise.

What fills the gap? Interfaces, dashboards, and reputation systems — the forms of soft trust crypto set out to eliminate.

To be fair, technologies like ZK proofs offer genuine advances. But these tools remain inaccessible to most users.

Social Consensus and AI Erode Verification

Protocols are governed by token holders, committees, and core teams. Rules change. Contracts upgrade. Logic evolves. Increasingly, AI creeps into these protocols — governance, oracles, fraud detection, and more and more into the execution. This evolution is inevitable, but it undermines the idea of stable, inspectable systems.

Critical decisions aren’t codified — they’re resolved through social consensus. These processes are informal, but they shape real outcomes: protocol updates, policy edits, emergency deprecations. None of these are easily visible or auditable after the fact, yet they define the current behavior of the system.

A user might possibly verify how some part of a protocol worked last month. That doesn’t mean they understand how it works today.

And Verification Is Not Free

Crypto often treats verification as a zero-cost primitive — “anyone can do it.” But meaningful verification is economically expensive and out of reach for the average user.

As protocols grow more complex, verification becomes a domain for well-funded research teams, not individuals. Machine-generated decisions, probabilistic logic, and black-box neural capabilities take inspection beyond the reach of most users.

The result: verification remains the exception, and trust becomes the default — not because users don’t care, but because the economics forces them to.

In principle, user verification holds true; in practice, it is insider interpretation that prevails. This has to change — else, verification will go the way of decentralization.