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EU’s Chat Control Sparks Privacy Fears, Web3 Shift
Crypto Trends

EU’s Chat Control Sparks Privacy Fears, Web3 Shift

by admin September 21, 2025



As EU lawmakers near a decision on the “Chat Control” law, privacy experts warn it could break public trust in digital communication and push users toward Web3 platforms.

As European lawmakers near a decision on the controversial “Chat Control” legislation, privacy experts warn it could break public trust in digital communication and push users toward Web3 platforms.

At the center of the debate is the EU’s proposed Regulation to Prevent and Combat Child Sexual Abuse, which would require platforms to scan private messages for illegal content before they are encrypted. Critics say this effectively creates a backdoor into encrypted systems, contradicting the EU’s own commitments to privacy.

“Giving an inherently corruptible entity nearly unlimited visibility into the private lives of individuals is incompatible with an honest value statement of digital privacy,” Hans Rempel, co-founder and CEO of Diode, told Cointelegraph. He called the proposal a dangerous overreach.

Elisenda Fabrega, general counsel at Brickken, noted that the law appears “difficult to justify under the existing jurisprudence of the Court of Justice of the European Union.” She pointed to Articles 7 and 8 of the EU Charter of Fundamental Rights, which guarantee the confidentiality of communications and protection of personal data.

“Client-side scanning would enable the monitoring of content on user devices prior to transmission, including in cases where there is no indication of unlawful activity,” she explained.

15 EU countries support the law. Source: Fight Chat Control

Related: US Treasury’s DeFi ID plan is ‘like putting cameras in every living room’

EU law sets dangerous precedent

Experts say the regulation sets a dangerous precedent from a legal and technological standpoint. “There are no guarantees,” Rempel added, when asked if the tools could be misused. “Over 10% of all data breaches occur in government systems,” he warned.

Fabrega raised concerns over the broader impact such surveillance would have on public trust. “Encryption is not only a technical feature, it is a promise to users that their private communications will remain confidential,” she said.

The erosion of trust in traditional messaging platforms could prompt users to explore decentralized Web3 alternatives, platforms built to protect user data through encryption by design.

“Web3’s privacy battle cry is ‘Not your keys, not your data,’” Rempel said. “This is true self-custody for data,” he added, noting that the end-user maintains sovereignty over their information from “cradle to grave.”

Fabrega echoed the sentiment, stating that “privacy-conscious users will increasingly explore decentralized Web3 alternatives” if Chat Control is passed. She warned that the shift could “fragment the European digital market” and weaken the EU’s ability to shape international norms on privacy.

Related: EU proposal to scan all private messages gains momentum

The ball is in Germany’s court

Germany, which holds the pivotal vote, has yet to take a final stance. While 15 EU countries currently support the proposal, they fall short of the 65% population threshold required for passage. If Germany votes in favor, the law will likely pass; if it abstains or opposes, the legislation is expected to fail.

“We believe it to be low,” Rempel said of the likelihood of passage. “But it won’t be the last time that there is an attempt to subvert fundamental human rights in the name of safety.”

Magazine: Astrology could make you a better crypto trader: It has been foretold



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September 21, 2025 0 comments
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Web3 gaming is ready for embedded fair play
GameFi Guides

Web3 gaming is ready for embedded fair play

by admin September 21, 2025



Disclosure: The views and opinions expressed here belong solely to the author and do not represent the views and opinions of crypto.news’ editorial.

When people talk about web3 gaming, they usually think of tokens, economies, and speculation. But that’s missing the point. As many have pointed out, web3’s real magic for gaming is in going beyond play-to-earn. It’s about cryptography enabling fairness in ways web2 can’t. Web3 redefines what “fair play” means.

Summary

  • Vibecoding experiments show ZK’s potential — early tests with blackjack and slots revealed that while standard ZK proofs were slow, optimistic verification made real-time, provably fair gameplay possible.
  • ZK transforms gaming mechanics — it enables verifiable randomness, hidden strategies, and authentic leaderboards without exposing private data, making fairness a built-in feature.
  • Gambling is the first real use case — ZK proofs give players cryptographic assurance of fairness while helping casinos with audits and compliance, proving the model works where money is at stake.
  • Beyond gambling, fairness becomes a web3 primitive — from esports to reputation systems, ZK can embed trust and transparency into gaming and finance, unlocking entirely new applications.

My vibecoding journey

I came to this realization by playing around with vibecoding. I set out to recreate simple games like blackjack and slots, but with a twist. I prompted the AI to make use of zero-knowledge proofs as a part of the game’s key components. 

To my surprise, they actually worked. My first attempt was a blackjack demo, but the proofs took thirty seconds to generate, which meant the gameplay was slow and clunky. No one wants to sit around waiting half a minute to see if they got lucky.

So I pivoted to vibecoding a slot machine game and tried implementing it with optimistic verification. This cut the verification time down to milliseconds, and suddenly, the game felt alive. It was able to prove fairness, and it was able to make it usable in real time.

The key takeaway from those experiments for me was that web3 gaming can already be about so much more than new monetization loops. It can unlock entirely new mechanics powered by cryptography, and the tech to do it is already here.

What ZK unlocks in games

ZK proofs transform how games handle randomness, strategy, and reputation. Take randomness, for starters. In online games and casinos, players have to trust the operator’s word that a shuffle or dice roll is fair. With ZK, fairness is provable. A casino or server can prove cryptographically that a deck was shuffled randomly without ever revealing the seed behind it. Every spin, roll, or deal can be verified by players in real time, eliminating the need for blind trust.

Then there’s strategy. In traditional games, if you want to prove you played by the rules, you often have to show your moves, which kills the element of secrecy and reveals your own gameplay quirks. ZK fixes this, too, by allowing players to prove they solved a puzzle or followed the rules of a strategy game without revealing how. In poker, for example, you can keep your hand hidden even from the backend server logic. In trading or finance, you can keep your strategy private while still showing that the results are valid.

Leaderboards are another obvious fit. Cheating and fake scores ruin online rankings. ZK proofs make scores verifiable, so a game can prove a player’s high score is authentic without exposing all the gameplay data behind it. That applies to reputation systems, too. Imagine proving your Uber rating is above 4.8 without exposing every review.

Why gambling is the first real use case

It’s no coincidence that gambling is one of the first industries testing ZK technology. Gamblers often rely on opaque infrastructure and the promise that regulators or auditors will keep things fair. But as the saying goes, “the house always wins.” What it doesn’t guarantee is that the house never lies.

With ZK, every game operation can come with an embedded proof of fairness according to custom parameters set by the game rules. You no longer have to trust that the shuffle or slot spin wasn’t manipulated because you can verify it yourself. Casinos, in turn, could benefit from using ZK proofs to streamline the process for audits and compliance checks.

If ZK can work in gambling, where money’s always on the table, it can work anywhere.

Beyond gambling: Fairness as a core web3 primitive

The implications go well beyond casinos, however. Verifiable randomness, private strategies, and provable scores are just the start. With scalable ZK-proofs, we can even create new genres of games and new types of applications that were previously unthinkable.

Competitive esports tournaments could use ZK to verify match outcomes and leaderboards. Social games could ensure rankings are tamper-proof. Reputation systems could allow users to prove credibility without exposing personal data. In DeFi, traders could protect their strategies while still proving they followed risk limits or achieved returns.

A fun vibecoding project crystallized what’s already in the back of many gamers and gamblers’ heads about web3: that its biggest contribution to the industry is perhaps embedded fairness.

While web2 gave us entertainment, web3 can give us entertainment we can trust. As zkVMs and ZK coprocessors mature, we’ll see entire genres of games built around trustless fairness. All of this lets “fair play” take on a whole new meaning. Fair play, guaranteed by math, is the real win condition for web3 gaming.

John Camardo

John Camardo is the head of product management at Horizen Labs, where he focuses on applying zero-knowledge cryptography to solve real-world problems. He currently leads the product side of zkVerify, a chain-agnostic modular blockchain dedicated to efficiently verifying ZK proofs.



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September 21, 2025 0 comments
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To Grow, Web3 Needs To Rely On Web2
Crypto Trends

To Grow, Web3 Needs To Rely On Web2

by admin September 20, 2025



Opinion by: Richard Johnson, chief operating officer of Data Guardians Network 

In the ongoing drive to increase Web3 adoption, many Web3 enthusiasts and organizations continue to call for industries to move away from Web2 processes. 

Whether it’s trying to make Web3 tools feel like a Web2 application or redefining business models to focus more on Web3 infrastructure, there is a vocal group that believes in demolishing Web2 for Web3 to grow. 

This view is flawed. 

Replacing existing systems is neither practical nor beneficial in the short term and risks limiting Web3’s growth and potential.

Getting people on side

Web3 offers solutions to challenges from economic issues to daily tasks, but it remains complex and intimidating outside the industry.

Meanwhile, Oxford University has identified the “trust paradox” of blockchain technology: The contradiction between blockchain’s assurances of removing worries over trust is inherently held back by the public image lacking confidence in the technology. Together, these trends demonstrate a broader confusion and lack of engagement from the mass market. 

This trend fundamentally means that users will most likely “play it safe” with Web2 applications rather than risk experimenting on Web3. It’s this barrier that slows Web3 adoption. Innovators cannot rely solely on the benefits of Web3 but instead must engage with the existing infrastructure if they hope to draw in a wider audience. 

Related: Here’s how hybrid blockchain solutions bridge the gap between Web2 and Web3

The Web3 scaffold 

Collaboration between Web2 and Web3 is already happening, primarily driven by Web2 providers. In finance, giants like PayPal, Visa and major banks are integrating crypto and blockchain services, legitimizing them for the mass market. Beyond finance, Amazon Web Services has launched Web3 labs, and Google Cloud is working with zero-knowledge proofs, weaving Web3 into traditional offerings.

While Web2 applications are pushing for a middle ground, Web3 developers can and should be doing the same, leveraging Web2’s established market to scale faster. Just as 4G supported the rollout of 5G, Web2 processes can help build better Web3 apps.

Looking at this in practice

Web3 developers can balance decentralization with the convenience users expect from Web2 by prioritizing accessibility, from sleek UX to human-readable names. They should also recognize how their products could benefit Web2 organizations. 

Too often, Web3 enthusiasts assume their approach’s superiority is obvious, avoiding the work of explaining why it is better. This risks alienating users instead of winning them over. Demonstrating practical advantages through engagement with Web2 offerings can help bridge the gap between both sectors.

A clear example is the synergy between AI and blockchain. If every piece of data used to train an AI model were immutably tracked on blockchain, whether original or frontier data, its origin, usage and outcomes could be verified instantly, eliminating such disputes. 

Fundamentally, a good idea will deliver whether it is a Web3 application or not. 

Demonstrating this value — even if it means engaging with Web2 sectors — will enhance the legitimacy of the tool and gain greater attention from the mass market.

Engaging to innovate

While it may feel uncomfortable to lean into Web2 to establish a greater trust in a Web3 tool, the benefits are undeniable. Bringing any form of technology to the mass market can generate a range of issues, including day-one bugs or scaling challenges. Research from Nielsen shows that usability testing with real-world users can improve a product’s success rate by up to 500%. In this way, getting Web2 users to dip their toes into Web3 applications will mean a greater end product.

Debates over “Web2 vs. Web3” may grab attention, but successful companies rarely define themselves by the label. They are AI firms, financial institutions, consumer platforms and data companies, using whatever tools best serve their market. No customer wakes up wanting to use “a Web3 app”; they want better banking, smarter AI or more useful platforms. 

The winners will be those quietly using Web3 to solve real problems, not chasing purity points.

Working with Web2 expands the user base, creating more opportunities to test, iterate and improve. Web3’s passionate community has yet to reach mass-market appeal, and achieving that means embracing Web2 processes, habits and infrastructure that have shaped technology adoption for decades.

Opinion by: Richard Johnson, chief operating officer of Data Guardians Network.

This article is for general information purposes and is not intended to be and should not be taken as legal or investment advice. The views, thoughts, and opinions expressed here are the author’s alone and do not necessarily reflect or represent the views and opinions of Cointelegraph.



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September 20, 2025 0 comments
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Web3 White Hats Earn Millions, Dwarfing $300K Cybersecurity Salaries
Crypto Trends

Web3 White Hats Earn Millions, Dwarfing $300K Cybersecurity Salaries

by admin September 13, 2025



Top white hats hunting vulnerabilities across decentralized protocols in Web3 are earning millions, dwarfing the $300,000 salary ceiling in traditional cybersecurity roles.

“Our leaderboard shows researchers earning millions per year, compared to typical cybersecurity salaries of $150-300k,” Mitchell Amador, co-founder and CEO of bug bounty platform Immunefi, told Cointelegraph.

In crypto, “white hats” refers to ethical hackers paid to disclose vulnerabilities in decentralized finance (DeFi) protocols. Unlike salaried corporate roles, these researchers choose their targets, set their own hours and earn based on the impact of what they find.

So far, Immunefi has facilitated more than $120 million in payouts across thousands of reports. Thirty researchers have already become millionaires.

“We’re protecting over $180 billion in total value locked across our programs,” Amador said, adding that the platform offers bounties of up to 10% for critical bugs. “These million-dollar payouts reflect the reality that many protocols have tens or hundreds of millions at stake from single vulnerabilities,” he said.

Immunifi has made 30 millionaires. Source: Immunifi

Related: New ModStealer malware targets crypto wallets across operating systems

$10 million bug bounty saved billions

The largest single payout to a Web3 white hat was $10 million, awarded to a hacker who found a fatal flaw in Wormhole’s crosschain bridge. Amador said that vulnerability could have vaporized billions.

Despite that vulnerability being uncovered, Wormhole suffered a $321 million exploit on its Solana bridge in 2022, the largest crypto hack of the year. In Feb. 2023, Web3 infrastructure firm Jump Crypto and Oasis.app conducted a “counter exploit” on the Wormhole protocol hacker, clawing back a total of $225 million.

Amador revealed that critical vulnerabilities account for the biggest rewards. Top researchers have pulled in between $1 million and $14 million, depending on the severity and scope of their findings. “These are the 100x hackers who can find vulnerabilities others miss,” he said.

While the early years of DeFi were plagued by smart contract bugs, 2025 has seen a rise in “no-code” exploits like social engineering, compromised keys, and lapses in operational security. Despite that shift, bridges remain the most lucrative targets due to their crosschain complexity and the vast sums they secure.

Patterns have emerged in the types of projects that get breached most often. “DeFi protocols handling significant TVL and lacking strong bounty programs are the most exposed,” Amador said. He warned that early-stage teams rushing to market without security measures, as well as complacent established players, carry elevated risks.

Related: DeFi whale loses $40M as Kinto winds down and SwissBorg suffers hack: Finance Redefined

Crypto hackers stole $163 million in August

As Cointelegraph reported, crypto-related hacks and scams hit $163 million in losses in August, a 15% rise from July’s $142 million. Despite the spike, overall incidents trended downward, with only 16 attacks recorded compared to 20 in June.

The majority of losses came from two major incidents. These include a $91 million social engineering scam targeting a Bitcoiner and a $50 million breach of Turkish exchange Btcturk.

Magazine: Meet the Ethereum and Polkadot co-founder who wasn’t in Time Magazine



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September 13, 2025 0 comments
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Agi-Deepsafe
GameFi Guides

AGI Open Network, DeepSafe Partner to Boost AI and Web3 Security

by admin September 11, 2025



Decentralized AI provider AGI Open Network has teamed up with blockchain platform DeepSafe. The partnership was announced through AGI’s official X account.

According to the post, the partnership is expected to improve cross-chain connections between different blockchain networks and provide safe mechanisms for confirming AI agents.

🥳 We’re excited to announce our strategic partnership with @DeepSafe_AI!

🎯 DeepSafe is a blockchain with hybrid PoW+PoS, providing decentralized verification for AI, cross-chain, and Web3.

🤝 Partnership Highlights:
🔹 Enabling trustless AI Agent verification with Ring VRF,… pic.twitter.com/xeIZ6Ta5Kb

— AGI Open Network (@AGIOpenNetwork) September 10, 2025

This merger unites AGI Open Network’s decentralized AI network with DeepSafe’s innovative hybrid PoW+PoS validator network. They, collectively, aim to create an open, impartial, and scalable infrastructure for deploying AI agents. 

Therefore, the action seeks to address the growing demand for trusted validation of AI agents across multiple blockchains and decentralized networks.

Building Trustless AI Verification

On one hand, AGI Open Network says that the trust setup uses the latest advancements of TEE, Ring VRF, and MPC. These technologies safeguard AI operations and make them completely verifiable without any third-party interference.

Moreover, DeepSafe’s innovative consensus model balances scalability and decentralization, creating a stronger foundation for Web3 and AI growth.

Through the partnership, the developer’s needs are taken care of. This is achieved by offering dependable cross-chain compatibility and robust security.  Heit minimizes the risks linked to centralized verification models. Consequently, developers can deploy AI agents with higher confidence and reduced vulnerabilities.

DeepSafe elaborated on X that as AI applications expand into multi-cloud and cross-chain environments, the complexity of data trust mechanisms increases. 

“How to establish a unified trust mechanism in this heterogeneous environment has become the core challenge of AI data security. DeepSafe decides to solve it,” the company stated.

As AI applications develop towards multi-cloud deployment and cross-chain integration, the trust basis for data transmission becomes more complex.

How to establish a unified trust mechanism in this heterogeneous environment has become the core challenge of AI data security.… pic.twitter.com/zce9rpJfve

— DeepSafe (@DeepSafe_AI) September 10, 2025

Coinbase Launches x402 Bazaar

Meanwhile, Coinbase introduced x402 Bazaar, a marketplace for AI agent-powered micropayments using USDC. The platform revives the old HTTP 402 “Payment Required” status code, allowing seamless pay-per-request services. Sellers do not need blockchain infrastructure since Coinbase’s hosted facilitator verifies and settles payments without charging facilitator fees for USDC on Base.

This partnership and Coinbase’s innovation highlight a new phase in AI-driven blockchain ecosystems. It brings stronger security, easier adoption, and practical tools for developers building next-generation decentralized applications.

Also Read: StarkWare unveils 1MB Bitcoin verifier for mobile devices





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September 11, 2025 0 comments
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The fundraising stack web3 teams need now
Crypto Trends

The fundraising stack web3 teams need now

by admin September 9, 2025



Disclosure: The views and opinions expressed here belong solely to the author and do not represent the views and opinions of crypto.news’ editorial.

EigenLayer just turned the seemingly impossible into something trivial. With its latest upgrade, projects can now export Ethereum’s (ETH) battle-tested security to other networks — starting with Base — by flipping a few switches. No rewrites, no weeks of engineering. What used to be a migration headache is now a configuration decision.

Summary

  • Fundraising is stuck in the past — too many teams still hack raises together with spreadsheets and custom contracts, wasting weeks and adding risk.
  • Composability is the fix — just as standards transformed infrastructure, fundraising stacks can be built from audited modules, account abstraction wallets, and cross-chain tools like CAIP and USDC’s CCTP.
  • The payoff is speed + trust — assembling from standards can cut setup time by 85%, lower audit costs, and deliver a seamless investor experience with clear disclosures and real-time vesting data.
  • Fundraising is part of the product — the raise is the first impression of your governance and discipline; when UX is smooth and transparent, it builds trust that lasts beyond launch.

Fundraising stacks should work the same way. Too many teams are still patching raises together with custom contracts, spreadsheets, and chat threads. It’s slow, risky, and wastes precious runway. The next generation of fundraising stacks will be ready for investors on day one and built to work across chains without rework.

Composability changed infrastructure — fundraising is next

Infrastructure builders aim to hide cross-chain complexity under the hood while keeping security intact. Account abstraction has already introduced smart accounts to everyday users, allowing for gasless payments, bundled transactions, and social recovery. Ethereum’s upcoming Pectra upgrade goes even further, letting legacy wallets switch to smart-wallet logic. That unlocks the same advanced flow without the need for a separate deployment, and makes the user experience feel closer to web2 apps.

When wallets can bundle approvals and sponsorship into one clean motion, there’s no excuse for a clunky investor experience that still demands seed phrases, chain switching, and “try again with more gas.”

This is not only about wallets. It’s about connective tissue. Chain-agnostic identifiers (CAIPs) and WalletConnect v2 sessions let one authorization span multiple chains and namespaces, so a single “connect” can route commitments wherever the cap table and treasury live. The standards exist; founders just need to treat their raise like software and compose from proven parts instead of shipping duct tape.

The real cost of building everything from scratch

Across dozens of teams, internal data show that assembling from ready-made building blocks can cut 3–5 weeks, roughly 85% from the fundraising setup: tokenomics modeling, vesting logic, contract deployments, onboarding, and the coordination tax. The external picture explains why. Professional audits routinely consume weeks and meaningful five- to six-figure spend; the more you reinvent, the more you pay in time and risk. Using standard, vetted libraries narrows the surface area and focuses auditors on what’s truly novel. Sources note that simple tokens can be checked quickly while full dApps stretch into multi-week engagements; cost scales with scope. If your raise is a bespoke codebase, you just volunteered for the expensive path.

Regulatory friction compounds the hit. Under Markets in Crypto-Assets Regulation, issuers and crypto asset service providers face uniform disclosure and authorization expectations across the EU. You don’t win by improvising policy in the eleventh hour. You win by designing disclosures, registrations, and transfer rules into the stack from the start so compliance reads like documentation rather than a rescue mission.

What “investor-grade” actually looks like

Start with the issuance and vesting you don’t have to apologize for. Use standardized, building blocks for ERC-20, access control, timelocks, and distribution; keep customization small, obvious, and well-tested. OpenZeppelin didn’t become default by accident — it became default because auditors and exchanges recognize the predictability of code everyone already understands. The goal isn’t to be clever; it’s to be legible.

Make capital movement chain-agnostic by design. If investors fund one ecosystem and you operate treasury in another, they shouldn’t notice. USDC’s (USDC) Cross-Chain Transfer Protocol natively burns and mints across supported chains, so liquidity isn’t fragmented into wrapped stables, and its newer “V2” features add faster transfers and programmable hooks that automate what used to be manual reconciliation. Where appropriate, pair this with trust-minimized messaging like IBC in the Cosmos world to keep bridging assumptions tight. The effect is the same: investors see one, coherent pipe, and not seven bridges and a helpdesk.

Then remove the UX tax. With account abstraction, you can sponsor gas, batch “approve + invest” into a single action, and offer social recovery to non-crypto natives. With CAIP-aligned connection flows, the same session spans chains.

Finally, circulating supply, cliffs, and vesting should be visible in real time and ideally mirrored from on-chain state to an investor-facing portal with downloadable attestations. Unlocks are market events, and opacity only amplifies the rumor mill. Analysts long ago found that higher investor allocations correlate with heavier sell pressure around unlocks; larger unlocks tend to drive sharper drawdowns, and sell-offs often begin before the date. If you believe your model is sound, you should be eager to show it.

Why founders must stop treating fundraising like paperwork

Founders often say they’re “heads down building” and treat fundraising ops as a temporary inconvenience. That mindset is why so many launches stumble. Your raise is the first experience stakeholders have with your network’s incentives and governance discipline. If it feels slow, brittle, or arbitrary, the market assumes your protocol will feel the same. 

Conversely, when a raise lands with clean UX, cross-chain flexibility, clear disclosures, and an unambiguous view of supply, you convert faster and spend less time defending the process because the process explains itself.

This is precisely the lesson from EigenLayer’s upgrade: when you compose from standards and minimize novelty to where it matters, you cut cycle time without trading away security. Multi-chain verification reduces a class of multi-week deployments to a configuration step; a fundraising stack that leans on audited modules, Account Abstraction wallets, CAIP sessions, and native cross-chain USDC does the same for capital formation. The payoff isn’t just speed. It’s trust. And trust is what separates fair-weather “TGE soon” projects from networks that survive bear markets.

What to do Monday morning

If you can launch without a token, you should, until the token is essential to the product. But if you are launching one, design like an engineer, not a promoter. Start with a proper business model, decide where the token is indispensable, and map the supply mechanics to usage instead of hype. Build on rails that already exist: standardized issuance and vesting; account-abstraction wallets that sponsor gas and batch actions; connections that follow the Chain Agnostic Improvement Proposal (CAIP) standard so one session spans chains; native USDC movement via Circle’s Cross-Chain Transfer Protocol (CCTP) or, where it fits, trust-minimized Inter-Blockchain Communication (IBC); and MiCA-ready disclosures generated from parameters you can defend.

Use audits where they’re worth it, and buy back time by refusing to re-implement solved problems. You’ll save weeks of timeline and a meaningful fraction of your legal and audit spend; your investors will say the UX finally feels like a real product.

Infrastructure has already crossed the bridge to composability. Fundraising should follow. The projects that endure will be the ones where removing the chain-agnostic, UX-ready stack would break the business, because by then, it will be the business.

George Worrell

George Worrell (G.P.), co-founder and CPO at Blubird, is a product leader with more than 20 years in UX and emerging tech. His leadership has been instrumental in simplifying the path from web2 to web3 for organizations worldwide. Beyond product strategy, G.P. plays a central role in Blubird’s operations and financial oversight, guiding execution, resource planning, and growth.



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September 9, 2025 0 comments
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Web3 compute has a trust issue, but the solution is obvious
GameFi Guides

Web3 compute has a trust issue, but the solution is obvious

by admin August 31, 2025



Disclosure: The views and opinions expressed here belong solely to the author and do not represent the views and opinions of crypto.news’ editorial.

Web3 is powering a digital revolution that will bring untold benefits to organizations. Decentralization promises to tear down the monolithic structures that support the internet as it exists now, with major implications for finance, social media, and even the computing infrastructure that supports the digital economy. 

Summary

  • Decentralized compute holds huge promise — cheaper, censorship-resistant, and scalable for AI, while putting privacy and sovereignty back in users’ hands.
  • Unlike AWS or Google Cloud, decentralized networks lack enforceable SLAs or legal recourse, leaving users uncertain about reliability.
  • Centralization’s edge is accountability — cloud giants win today because they guarantee uptime, performance, and compensation when things go wrong.
  • Web3’s solution: validator audits — incentivized, community-run nodes continuously verify performance, reliability, and correctness of computations.
  • With transparent audits, staking incentives, and penalties for dishonesty, decentralized compute can rival — and even surpass — centralized providers.

The prospect of decentralized compute has many eager with anticipation, because it can bring incredible cost benefits by utilizing idle computing resources while preventing censorship. More than that, it can provide enhanced scalability for artificial intelligence workloads, and it supports ideals around privacy and sovereignty, giving users full control over their data. 

But there’s one outstanding challenge we must overcome before we can fulfill this decentralized dream — namely, the need to establish trust in decentralized compute. The question is, how can this be done without the assurances provided by cloud computing giants such as Amazon Web Services or Google Cloud? 

Those legacy cloud computing giants dominate the compute industry, even while charging exorbitant prices for their services and having questionable track records in terms of data privacy, simply because of the trust they command. By offering service level agreements within a clear, hierarchical structure, users are assured that they’re getting the reliable, scalable compute they need to power their applications. If you pay for premium uptime, guaranteed performance, and dedicated support, you know that if they don’t deliver it, you’ll have legal recourse. 

Today’s cloud giants operate in a framework that enables contracts to be enforced. Users know that downtime is an anomaly, and on the rare occasions when it happens, they’ll be compensated for the problems caused. And if that compensation isn’t forthcoming, they have clear avenues to seek recompense. This is why centralization is so powerful. Despite its limitations, it provides strong assurances and accountability, which means protection for users.

Trust is critical

As the crypto industry pushes the shift to web3 infrastructures and decentralized compute, this centralized model of trust doesn’t apply. After all, web3 seeks to kill these intermediates and single points of failure, and redistribute power equally among its users, and that means there’s no obvious recourse in the event that problems occur. Although it’s an immensely exciting shift, it leads to questions about how trust can be enforced. If web3 cannot establish trust, it’s unlikely to be able to displace centralized providers in an industry as critical as cloud-based compute.  

Instead of one massive data center operated by a rich and powerful corporation, decentralized networks have thousands, if not millions, of individual nodes, each contributing a little bit of power to the network. By combining these resources, it’s possible to make immense computing resources available to those who need them at lower costs, but those users require assurances, too. 

For instance, a cash-strapped AI startup seeking a cluster of powerful GPUs is likely to find the idea of an affordable decentralized compute network appealing, but how can it know for sure that the resources it’s paying for are reliable? How can it verify their computations? In a network where anyone can contribute resources, how can it identify which nodes are reliable and trustworthy, and which ones might be slow and potentially even malicious? 

The web2 model, based on enforceable SLAs and brand recognition, simply doesn’t apply to decentralized networks. In fact, the very idea is anathema to web3, because if you had a single entity that’s able to enforce whatever guarantees are made, that means having to accept the lack of privacy and the potential for censorship it promises to eradicate. 

The issue of trust is a critical one that must be solved; otherwise, decentralized compute’s growth will be handicapped by a lack of confidence. An application that has millions of users globally needs to know it can rely on its underlying servers, and if web3 can’t offer any assurances, it will have little choice but to rely on centralized infrastructure providers due to the strong guarantees they provide, even if their model undermines its own, decentralized principles. 

Building community trust with incentives

Fortunately, web3 offers an elegant solution that aligns with its core ethos. The answer is to engineer trust through a system of decentralized audits by incentivized, community-run validator nodes. 

So instead of having compute nodes that are vouched for by an organization like AWS, which can be sued if it breaks its promises, web3 must instead rely on the collective intelligence and vigilance of hundreds of network participants, rewarding them for their honesty and penalizing them for not telling the truth. 

The individual validators, of which there could be thousands, can be incentivized to act honestly via reward-based staking mechanisms. This will encourage them to accurately assess and verify the performance and reliability of each node. Collectively, these validators will monitor the entire network of compute providers, auditing them on a continuous basis. Their job will be to verify the correctness of their computations, measure their performance, latency, and uptime, and identify any nodes engaged in malicious behavior. Users will then be able to look at the overall consensus, and in this way, the validators generate trust in the network. 

To encourage positive behavior, a “carrot-and-stick” approach is used. Should any compute node fail to meet the expected level of performance or attempt any funny business, it would be quickly identified by validators and penalized, taking away any incentives it may have. Meanwhile, the best-performing nodes will be rewarded, enhancing their reputations and attracting more demand for the services they provide. Moreover, the validators themselves will be penalized or rewarded, based on their honesty. 

Anyone who knows anything about crypto will immediately recognize the validity of this model, for it’s already used in countless proof-of-stake blockchains, where validator nodes work together to verify transactions. With decentralized compute, these validators will instead verify computations, creating a transparent and tamper-proof system of trust that’s every bit as reliable as the SLAs offered by AWS. 

A superior trust foundation

Decentralized audits by validator nodes align perfectly with the web3 model. It’s a permissionless model, and just as everyone can provide compute to the network, anyone can become a validator, meaning it’s fair to every participant. Moreover, the audits are completely transparent, with their processes and results published on the blockchain for anyone to verify. 

The design of such a system means it’s in the best interests of every validator to act honestly, as they’re incentivized to maintain a reputation for honesty, lest they lose their rewards and forfeit their stake. 

Building such a framework is challenging, no doubt, with the need for robust verification algorithms, easy-to-understand trust profiles, and simple requirements for users to become validators and join in the process. But once these frameworks are up and running, decentralized compute networks will be able to offer a superior foundation of trust and move beyond the limitations of today’s centralized cloud providers. 

Prashant Maurya

Prashant Maurya is the co-founder and CEO at Spheron Network, building the world’s largest community-powered compute stack for AI, web3, and agentic apps. Leading Spheron, Prashant has driven product strategy, team growth, and operations, enabling the platform to achieve real products, customers, and revenue. Today, the network boasts over 44,000 nodes across over 170 geos, with over $100 million in distributed compute, and is growing fast. Prior to founding Spheron, Prashant worked as a full-stack developer at Quaero and participated in Algorand’s mentorship program, where he produced work on blockchain-based decentralized maps. His expertise includes product management, product marketing, and investment strategies, all aimed at fostering innovation in the decentralized space.



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August 31, 2025 0 comments
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Crypto Trends

Web3 Funding Hit $9.6B in Q2 Despite Fewer Deals

by admin August 30, 2025



Web3 startups raised $9.6 billion in venture funding during the second quarter of 2025, making it the second-largest quarter on record, even as the number of deals fell to multi-year lows, according to a new report by Outlier Ventures.

The research by the London-based venture capital firm could present a maturing market in which investors are putting more money into fewer projects.

The findings suggest that Web3 fundraising is evolving from hype-driven activity toward targeted, durability-focused investment, with investors favoring foundational infrastructure and proven teams over volume.

Only 306 deals were disclosed in the quarter, the lowest since mid-2023, but the median deal size rose across every stage. Outlier said this reflects a shift from broad, speculative investing to strategic, high-conviction allocations.

Series A funding, which had slowed sharply during the bear market, staged a comeback. The median Series A round grew to $17.6 million, with 27 deals totaling $420 million, the largest since 2022. Seed funding also picked up, with a median size of $6.6 million.

Token fundraising painted a split picture. Private token sales raised $410 million across just 15 deals—their strongest showing since 2021, while public token sales slumped 83% to $134 million, underscoring waning appetite for retail-focused offerings.

Sectors such as cryptocurrency infrastructure, mining and validation, and compute networks saw the largest rounds, with medians ranging between $70 million and $112 million. Consumer-facing sectors, such as marketplaces, trailed significantly.

“Capital is consolidating around the projects that can provide the rails for the next phase of adoption,” Outlier wrote, adding that infrastructure-first bets are viewed as “indispensable” to Web3’s long-term growth.



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August 30, 2025 0 comments
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Alchemy Pay plugs fiat ramp into Boyaa’s Web3 poker game
Crypto Trends

Alchemy Pay plugs fiat ramp into Boyaa’s Web3 poker game

by admin August 27, 2025



Boyaa Interactive’s strategy extends far beyond holding Bitcoin on its balance sheet. By embedding Alchemy Pay into MTT Sports, the company allows players to buy into BTC-denominated tournaments directly with a credit card, potentially removing the biggest barrier to entry for mainstream gamers.

Summary

  • Alchemy Pay integrated its fiat on-ramp into Boyaa Interactive’s Web3 poker platform MTT Sports, enabling credit card and mobile wallet purchases of MTT tokens.
  • The move lets users in 173 countries buy into BTC-denominated tournaments without using crypto exchanges, lowering barriers for mainstream gamers.
  • Boyaa, which holds 3,670 BTC, is positioning the integration as part of its broader Web3 and Bitcoin-focused strategy.

On August 27, Alchemy Pay announced it had integrated its fiat on-ramp solution directly into the MTT Sports platform, a Web3 poker hub backed by Hong Kong-listed gaming firm Boyaa Interactive.

The move enables users across 173 countries to acquire the platform’s native MTT tokens using conventional payment methods like Visa, Mastercard, and mobile wallets, bypassing the need to first interact with a cryptocurrency exchange.

Why the Alchemy Pay integration matters

For Alchemy Pay, the partnership is a strategic beachhead, placing its infrastructure at the core of a publicly traded company’s ambitious digital asset transition. For Boyaa, it represents an experiment in whether blockchain poker can truly scale if the friction of onboarding is removed.

MTT Sports itself is central to this test. Built as a Web3 Texas Hold’em platform, it offers free-entry games with prize pools denominated in cryptocurrency. Boyaa seeded the venture with 100 BTC in tournament funding, giving the platform instant credibility in a crowded gaming market.

Boyaa said it has since added a $4.18 million USDT investment to acquire MTT tokens, bringing its total stake in the developer, MTT ESports, to around $10 million. Notably, MTT Sports is not a standalone startup but one of approximately 70 online games developed by the Hong Kong-listed giant.

Targeting millions of users

Boyaa claims direct access to a vast network of over 530 million registered players across more than 100 countries. The Alchemy Pay integration is the technical key that could unlock this massive user base for Web3, allowing Boyaa to funnel a fraction of its traditional gaming audience into its new ecosystem with minimal friction.

Beyond gaming, Boyaa’s strategy is underscored by a significant commitment to Bitcoin as a core treasury asset. The company has aggressively accumulated Bitcoin, recently expanding its holdings to 3,670 BTC with a $33 million purchase.

Boyaa has been explicit that this accumulation is not speculative; it views Bitcoin as the “important foundation” for its Web3 transformation, a strategic resource necessary for ecosystem construction and sustainable development in the digital economy.



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August 27, 2025 0 comments
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How to track and optimize Bitcoin transaction fees
Crypto Trends

Boyaa Interactive adds $33m in Bitcoin to anchor Web3 gaming push

by admin August 26, 2025



Boyaa Interactive expanded its Bitcoin holdings to 3,670 BTC with a $33 million purchase. The acquisition solidifies the company’s vast crypto reserves as it pivots from traditional online games to a pure-play Web3 entity. 

Summary

  • Boyaa Interactive expanded its Bitcoin holdings by $33 million, bringing its treasury to 3,670 BTC at an average cost of $62,878.
  • The Hong Kong-listed gaming firm exceeded shareholder mandates, requiring a special disclosure for the purchase.

In a press release dated August 25, Boyaa Interactive International Limited announced it had acquired approximately 290 Bitcoin (BTC) over a three-week period, spending roughly $32.9 million in internal cash to do so. 

The latest purchase, executed on regulated trading platforms, brings the Hong Kong-listed online gaming company’s total treasury to 3,670 BTC, acquired at an average cost of $62,878 per coin. 

Notably, Boyaa Interactive said the latest acquisition required a special disclosure to exchanges, as it exceeded the company’s pre-approved shareholder mandates for such purchases.

The strategy behind Boyaa’s Bitcoin treasury

Boyaa, Intercative’s press release outlines a deliberate strategy where Bitcoin is the essential fuel for its ambitious engine of change. The company frames the original crypto not merely as an asset, but as the fundamental basis for Web3 business deployment, ecosystem construction, and a key driver for sustainable development.

“The purchase and holding of cryptocurrencies constitute an important foundation and measure in the Group’s implementation of its Web3 strategic transformation,” the statement read. 

This vision is underscored by a sense of urgency in an increasingly competitive arena. Boyaa revealed a striking data point: at the start of 2024, it was a top-ten global public company in terms of bitcoin holdings, a group of roughly 60 firms.

Today, that landscape has dramatically shifted, with approximately 160 listed companies now holding crypto reserves, a surge that has pushed Boyaa’s ranking down to 22nd globally. This isn’t just a corporate trend; it’s a land grab for a finite resource. 

The announcement explicitly states that with Bitcoin’s “limited total supply, the available resources are gradually diminishing while competitors are actively building up reserves.” Boyaa is stockpiling what it views as the critical strategic commodity for the next era of the internet before it becomes prohibitively scarce or expensive.

Boyaa’s Bitcoin treasury metric 

This strategic accumulation is already translating into tangible metrics for shareholders. The company reports that its Bitcoin holding per 10,000 shares has grown by 12.0% in 2025 alone, now standing at approximately 0.0516 BTC. 

This figure is crucial because it directly links the company’s treasury strategy to individual shareholder value, effectively giving each share a tiny, fractional claim on the corporate crypto reserve. It’s a modern twist on per-share book value, reflecting a new corporate priority for the digital age.



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August 26, 2025 0 comments
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