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Web3 Infrastructure

Every Crypto Coin Show story tagged Web3 Infrastructure, newest first, alongside the guides and interviews that give it context.

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From the interview archive
ENS plans institutional expansion push with Foundation launch
Institutional

ENS plans institutional expansion push with Foundation launch

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BlockchainAugust 11, 2026·6 min read

The Ethereum Name Service DAO has formally established a legal Foundation with independent governance, creating the first institutional body capable of representing ENS in regulatory, standards, and trademark matters that a decentralized autonomous organization cannot undertake. This separation of legal and operational authority preserves token holder control over the protocol while enabling ENS to pursue formal recognition of its .ens top-level domain and defend against impersonation attacks.

  • ENS DAO retains 54.6% of total token supply and continues to control the protocol via token voting mechanisms
  • Five-member Foundation board includes cybersecurity lawyer Alexander Urbelis as executive director and ENS founder Nick Johnson as founder seat
  • Foundation gains legal standing to join ICANN, IETF, and W3C standards bodies and enforce trademark rights against phishing clones
  • 54.6% ENS DAO token holdings as percentage of total token supply
  • 5 Members on inaugural Foundation board with two-year terms
  • 9 days Timelock period for Endowment transactions subject to Security Council review

The Ethereum Name Service community approved the “Next Era of ENS DAO” proposal on August 11, operationalizing a structural separation that addresses a fundamental constraint facing decentralized protocols: a DAO lacks legal personality to sign binding agreements, employ staff, defend trademarks, or respond to regulatory inquiries.

The establishment of the ENS Foundation creates a parallel governance structure where token holders retain control of the protocol through voting, while a formally constituted entity handles the administrative and legal work that drives institutional adoption.

This two-tier model has become increasingly necessary as mature blockchain projects seek integration with traditional internet infrastructure.

The Foundation’s mandate is explicit and bounded. It cannot make unilateral decisions about the protocol itself; instead, it serves as the organization capable of representing ENS in rooms where only legal entities are recognized. Token holders continue to set protocol direction, approve treasury expenditures from the DAO’s 54.6% token holdings, and establish governance rules.

The Foundation executes decisions already made by the community and handles tasks that require legal standing: joining standards-setting bodies, engaging regulators, defending intellectual property, and negotiating commercial partnerships with domain registrars and infrastructure providers.

Alexander Urbelis Appointed as Foundation Executive Director

Alexander Urbelis, a cybersecurity lawyer who previously served as general counsel and Chief Information Security Officer at ENS Labs and held the CISO position at the National Football League, has been named executive director.

Urbelis brings domain expertise in the intersection of information security, legal compliance, and institutional operations, a profile reflecting the Foundation’s immediate priorities around regulatory engagement and trademark enforcement.

The inaugural board includes four additional members beyond Urbelis. Nick Johnson, ENS’s founder and CEO of ENS Labs, holds a dedicated Founder seat on the board. Three independent directors, Kartik Talwar from A.Capital Ventures and ETHGlobal, Brett Sun, cofounder of Prelude, and Anthony Leutenegger, CEO of Aragon, complete the structure.

The independent directors serve two-year terms renewable by token holder vote, creating a mechanism for accountability while allowing sufficient stability for long-term institutional relationships.

The separation is legally and operationally explicit: ENS Labs does not govern the Foundation, and the Foundation does not own ENS Labs. Johnson’s founder seat does not grant him influence over Foundation funding decisions, nor do either organization control the other’s strategy or hiring.

Token Holder Control Preserved Through Nine-Day Timelock on Endowment

The structural design preserves token holder power over capital allocation through a nine-day timelock mechanism on Endowment transactions.

The ENS Endowment, funded by .eth domain registration revenue, remains under token holder control, but all transactions now pass through a review window during which the ENS Security Council may terminate any action that falls outside the Foundation’s stated mandate.

This creates a practical checkpoint: if the Foundation attempts to spend capital in ways inconsistent with its charter, token holders retain the ability to block the transaction before it settles.

The DAO’s treasury, comprising 54.6% of the ENS token supply, continues to operate under direct token holder governance. Proposals to fund new initiatives, hire contractors, or allocate resources for protocol development follow standard DAO voting procedures. The Foundation does not control or hold these assets.

This architecture prevents the Foundation from becoming an autonomous actor capable of overriding community preferences through control of capital.

The timelock and Security Council veto represent insurance against regulatory capture or institutional drift, technical safeguards embedded in the code itself rather than relying on board member honesty.

Foundation Pursues .ens Top-Level Domain Recognition and Trademark Enforcement

With legal standing now established, the Foundation’s immediate work includes pursuing formal recognition of .ens as a top-level domain through engagement with ICANN, the Internet Engineering Task Force (IETF), and the World Wide Web Consortium (W3C).

These standards bodies do not recognize DAOs; they require interaction with incorporated entities capable of entering binding agreements and committing to compliance frameworks. A DAO cannot credibly guarantee adherence to ICANN policies or sign contracts governing DNS delegation.

The Foundation changes that equation, enabling ENS to compete for institutional recognition alongside other domain infrastructure providers.

The Foundation is also tasked with consolidating and defending ENS trademarks and brand assets. This function addresses a concrete problem: bad actors have created phishing clones of ENS interfaces and registered similar domain names, exploiting the fact that a DAO cannot take legal action against trademark violators.

The Foundation can now pursue infringement claims, negotiate with registrars to remove infringing domains, and establish trademark usage standards that protect the brand while enabling legitimate community projects. This represents a shift from reactive brand defense (handled informally by ENS Labs) to proactive legal enforcement.

The Foundation will also serve as the formal point of contact for regulators, courts, and government agencies seeking compliance information or issuing legal process. Before this structure, no entity could credibly represent ENS to authorities because the protocol itself has no centralized operator and the DAO cannot be served with legal documents.

This liability was pushed onto ENS Labs and individual team members despite their limited responsibility over protocol governance. The Foundation absorbs this function into a formally designated entity with defined roles and insurance.

ENS Labs Refocuses on Protocol Development Including ENSv2

The creation of the Foundation allows ENS Labs to exit the role of de facto institutional representative and return to its core mission: engineering the protocol. ENS Labs was not equipped to handle standards body participation, trademark disputes, or regulatory correspondence, tasks that require legal expertise and institutional continuity separate from product development.

The separation enables faster iteration on technical upgrades.

Among the planned work is the ENSv2 upgrade, a protocol enhancement that has been deferred during the period when ENS Labs had to split attention between building and institutional functions. With the Foundation now owning the offchain institutional load, the engineering team can prioritize this development.

The upgrade represents the next phase of ENS evolution, following the establishment of the organizational structure needed to operationalize it at institutional scale.

This mirrors the pattern in other mature blockchain projects: once protocol governance separates clearly from protocol development, and both separate from institutional representation, each function can operate more effectively within its domain.

Tokenholders Will Renew Board Terms in Two Years

The two-year term for independent directors creates a concrete renewal point where ENS token holders can reassess board composition and accountability. This timeline balances the need for stability in institutional relationships against the community’s right to change leadership if the Foundation’s direction diverges from token holder expectations.

After two years, the independent directors must stand for renewal through token holder vote, creating a built-in mechanism for course correction.

The Founder seat held by Nick Johnson appears exempt from term limits based on the governance structure announced, though this may be subject to future token holder modification. The independent directors’ limited terms ensure that no board member can accumulate institutional power without periodic community endorsement.

This structure is directly responsive to concerns about founder-controlled DAOs and attempts to balance founder credibility with community control.

The Foundation is now live and operational. The next critical milestone is ICANN’s response to ENS

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NFT Skill Registry Proposal Gives ERC-721s A More Active Role In On-Chain Automation
Web3

NFT Skill Registry Proposal Gives ERC-721s A More Active Role In On-Chain Automation

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BlockchainJuly 14, 2026·6 min read

An Ethereum Magicians proposal to bind executable skills directly to NFT identities could fundamentally expand how non-fungible tokens function within automated blockchain systems and agent protocols. For institutional investors and infrastructure builders, this represents a shift from NFTs as speculative assets toward NFTs as operational primitives with real on-chain utility and governance implications.

  • Ethereum Magicians proposal links executable on-chain skills directly to ERC-721 NFT identities for automation systems
  • The mechanism enables NFTs to perform specific actions or abilities rather than serve as passive ownership records
  • Adoption depends on developer support, wallet integration, exchange participation, and regulatory clarity across platforms
  • ERC-721 The Ethereum token standard underpinning the NFT skill registry proposal
  • Ethereum Magicians Research proposal body advancing technical specifications for the executable skills mechanism
  • Adoption chain Developer feedback, exchange support, wallet integration, and liquidity confirmation needed for traction

A proposal circulating within Ethereum Magicians, the informal research and development community advancing Ethereum technical standards, explores a concrete mechanism to bind executable skills and actions directly to ERC-721 non-fungible token identities.

Rather than NFTs functioning as passive digital certificates or speculative collectibles, the proposal suggests anchoring specific on-chain capabilities to individual token instances, effectively transforming NFTs into functional agents or capability containers within automation protocols.

The timing aligns with a broader institutional reassessment of cryptocurrency infrastructure: the market is moving beyond token price volatility toward questions of operational safety, user access, compliance architecture, and whether underlying incentives actually sustain real-world adoption.

NFTs Shift From Ownership Records to Executable Capabilities

The core mechanism links ownership identity with specific on-chain actions or abilities. Under the proposal’s framework, an ERC-721 token would no longer merely represent a claim or collectible artifact.

Instead, it could carry bound permissions or skill definitions that enable it to execute particular functions, interact with specific protocols, or participate in automated workflows without requiring external instruction for each transaction.

This represents a material departure from how NFTs have historically functioned in practice. Since the ERC-721 standard was finalized in 2017, the vast majority of NFT applications have treated tokens as ownership records, access passes, or speculative positions.

The skill registry proposal introduces a primitive that lets the NFT itself become a locus of operational agency, capable of holding both identity and functional capability in a single on-chain object.

For builders working on autonomous agent systems, decentralized workflows, or multi-signature governance structures, this capability could reduce friction significantly. An NFT holding a bound skill could theoretically participate in a liquidity pool, execute a swap, or vote in a governance contract without requiring a separate wallet, middleware, or approval transaction.

The token becomes a functional unit rather than a pointer to external state.

Institutional and Compliance Questions Outpace Immediate Technical Clarity

The institutional case for tracking this proposal rests on three distinct concerns that currently lack precedent in practice. First, traders and liquidity providers need to understand whether the mechanism creates new attack surfaces or dependency chains that could affect token risk profiles or custody requirements.

Second, compliance and operations teams need to know whether binding executable functions to NFTs introduces new obligations under securities law, data protection, or platform operating standards. Third, builders need confirmation that wallet providers, exchanges, and infrastructure firms will actually integrate support for skill-bound NFTs.

Ethereum itself sits at the center of ongoing market-wide infrastructure conversations. The blockchain is already the dominant venue for institutional-grade DeFi activity, token issuance, and smart contract deployment.

Any proposal that expands how tokens can be used in automated systems potentially shifts capital deployment patterns, risk management frameworks, or compliance costs across the entire ecosystem. That is precisely why a proposal at the research stage deserves institutional attention: it signals where technical thinking is heading, even if adoption remains uncertain.

The responsible reading requires discipline and specificity. A proposal’s existence does not guarantee adoption, and adoption does not guarantee market impact.

Developer Feedback and Exchange Support Will Signal Real Traction

The next phase will reveal whether the skill registry framework survives contact with actual implementation constraints.

Developer feedback from core Ethereum clients, application-layer teams, and agent protocol builders will clarify whether the mechanism can be cleanly integrated into existing tooling or whether it requires material rewrites to wallet UIs, transaction signing flows, or smart contract ABIs. That feedback loop typically takes weeks to months.

Exchange integration represents a separate critical path. If skill-bound NFTs are to function in institutional trading environments, whether as collateral, holdings, or participation mechanisms, the major exchanges and custody providers will need to add explicit support. This is not automatic.

Exchanges typically add support only for token standards with demonstrated user demand and clear compliance parameters. That creates a chicken-and-egg dynamic: the mechanism may not gain meaningful usage until exchanges support it, but exchanges may not prioritize support until usage is demonstrated.

Wallet adoption follows a similar pattern. MetaMask, Ledger, Trezor, and other institutional wallet providers will need to update their transaction signing and contract interaction UIs to properly represent and execute skill-bound NFT functions. Until that happens, the practical friction of using the mechanism remains high even for developers.

Regulatory Clarity and Compliance Integration Remain Unresolved

One of the sharper open questions concerns how financial regulators and compliance frameworks will classify NFTs carrying executable on-chain skills. If an NFT’s bound skill includes the ability to transfer value, participate in yield protocols, or control access to digital assets, does that create a securities classification issue, a derivatives issue, or a custody issue?

Different jurisdictions may answer differently, and the answers will materially affect how institutions can hold and use skill-bound NFTs.

Compliance teams at major platforms will be watching closely for regulatory guidance on this point. If the SEC or equivalent bodies in other jurisdictions issue guidance treating skill-bound NFTs differently from traditional ERC-721 tokens, it could immediately reshape platform policies around listing, custody, and trading.

Conversely, if regulators provide no clarity, platforms may adopt conservative defaults that limit the practical utility of the mechanism.

The proposal adds a concrete data point to a wider pattern: Ethereum is becoming more professional and technically granular in how it addresses real operational needs.

Market Patterns Point Toward Operational Rather Than Speculative Drivers

Stepping back, the skill registry proposal sits within a broader institutional shift away from sentiment-driven cycles and toward infrastructure-layer improvements with measurable operational benefits.

Over the past two to three years, the most durable Ethereum developments have not been new tokens or new speculative mechanisms, they have been improvements to execution efficiency, security auditing, smart contract standards, and governance participation. The skill registry fits that pattern.

Traders and portfolio managers should track three concrete signals over the coming months. Developer engagement, measured by technical feedback in proposal discussions and code contributions, will indicate whether the mechanism is technically sound and worth building. Exchange and wallet updates, when they come, will signal that infrastructure providers believe there is real user demand.

Liquidity and transaction volume on skill-bound NFTs, once they exist, will confirm whether institutions actually use the mechanism or whether it remains a niche technical capability.

Watch specifically for Ethereum Magicians formalization of the proposal, any major wallet provider’s public commitment to support executable NFT skills, and whether any exchange adds explicit trading or custody support for the standard within the next six months. Until at least one of those signals appears, the proposal remains infrastructure-layer research rather than market-moving development. The next meaningful update will likely come from developer feedback or from a major wallet or exchange announcing integration plans.

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xyol-layerone-news
Blockchain

XYO Layer One Just Became Buildable by Anyone — AI SDK & Data Lakes Go Live

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BREAKING: XYO Layer One Just Became Buildable by Anyone — AI SDK & Data Lakes Launch
Breaking News
Layer 1
AI SDK
Data Lakes
$XYO · $XL1

XYO Layer One Just Became Buildable by Anyone — AI SDK & Data Lakes Go Live

No blockchain experience needed. No coding background required. The XYO AI SDK and Data Lakes launch marks the moment real-world verifiable data meets mainstream development — and every product built on this chain feeds transaction volume for $XYO and $XL1.

By Crypto Coin Show Staff
Published: May 12, 2026
Category: Layer 1 · AI · Blockchain Infrastructure

XYO has just made the most significant product announcement in its history. In a dual launch landing today, the blockchain project is opening Developer Suite Early Access alongside a formal launch of Data Lakes — two products that together fundamentally change who can build on XYO Layer One. The message is direct: you no longer need a development background or blockchain expertise to ship a real product on this chain.

The AI SDK sits at the center of that claim. Designed to work with tools like Claude, Cursor, and Windsurf, it lets builders describe what they want in plain language and receive working code that writes directly to a permanent ledger. A prediction market. A cheat-proof blockchain game. A Proof of Location-powered treasure hunt for millions of participants. A farming application that instructs autonomous robots when to harvest. According to XYO, all of it is now buildable in hours.

The things that get built on XYO Layer One over the next few years will be unlike anything the blockchain space has seen.

Data Lakes addresses a problem that has quietly undermined confidence in AI systems for years. Most AI products run on data with no genuine chain of custody — inputs scraped from unknown sources, model outputs with no audit trail, sensor feeds nobody can independently verify. XYO’s Data Lakes give every product built on the chain a foundation of data that is immutable, auditable, and cryptographically verifiable by anyone, forever. The cost to verify stays constant regardless of payload size: a kilobyte or a terabyte costs the same to prove.

5 Things Investors Need to Know

  1. The use cases are concrete. Farming robots, cheat-proof games, Proof of Location treasure hunts — these are real products that anyone can build on XYO Layer One today, not future roadmap items.
  2. Every product built here drives token value. More products mean more transactions, more $XL1 burn, and more $XYO utility — adoption at scale is now the key variable to watch.
  3. Data Lakes solves AI’s trust problem. Enterprises and regulators are increasingly demanding data provenance. XYO now provides it natively at the chain level.
  4. Further announcements are planned. XYO has signaled this is the first in a series of releases rolling out over the coming weeks.
  5. Early access is open now. The products built at the start of a platform shift tend to define what that platform becomes. The window opens today.

The investment case is straightforward. Every product that integrates with XYO Layer One adds to on-chain transaction volume. More transactions drive $XL1 burn and expand $XYO utility. The SDK is effectively an on-ramp designed to scale adoption to levels the chain has not previously seen — and the wider that adoption grows, the stronger the long-term value case becomes for both tokens.

Build with AI, Build for AI

The platform is built for two types of builders — and both end up in the same place.

For Everyone
Build WITH AI

Use Claude, Cursor, or Windsurf to describe your idea in plain language. Receive working code that writes to a permanent ledger. No blockchain background required. Launch in hours, not months.

For Developers
Build FOR AI

Already shipping AI products? Integrate XYO Layer One into your existing stack and add cryptographic proof to model outputs, sensor feeds, agent decisions, and robot telemetry. Every integration generates on-chain transactions.

The implications for enterprise-scale AI are worth considering. The SDK architecture makes possible integrations that would previously have required months of custom development: an AI model that trains on data with a clear, cryptographic chain of custody rather than unverifiable scraped inputs; a logistics network where every robot records its operations directly to a data lake, creating an auditable record of real-world work; a connected vehicle application routing decisions using immutable, private data from calendars and live traffic feeds, all stored on-chain. None of these represent announced partnerships — they illustrate the category of product the platform is now technically capable of supporting.

What’s Live Today

Two products are available as of this announcement. Data Lakes is accessible at xyo.network/data-lakes, and Developer Suite Early Access is open at xyo.network/build/early-access. The Developer Suite brings together JS, React, and CLI SDKs alongside the AI SDK, with integration designed to take minutes rather than months.

0
Coding Background Required
HOURS
Time to First Deployment
∞
Payload Verification Scale
JS · CLI
React & More Supported
What to Watch

For investors tracking $XYO and $XL1, the key metric going forward is developer adoption. Every builder who integrates with XYO Layer One represents a recurring source of transaction volume. The Data Lakes product addresses genuine, growing demand from enterprises and regulators who increasingly require data provenance — this is not a speculative use case, but a current, unsolved problem that XYO now has a credible answer to.

XYO has confirmed this is the first in a series of announcements planned for the coming weeks, suggesting the full scope of the launch extends beyond what is public today. Whether that promise is realized will depend on developer uptake, but the architecture is now in place and the early access window is open.

The SDK makes complex integrations buildable today, by anyone, in hours — no partnership announcement required.

Consider what the Proof of Location network alone makes possible: a consumer brand that can verify where and how a product was used, powering loyalty programs and real-world rewards at scale. These are the categories of application the platform is now inviting anyone to build. The question is not whether the infrastructure exists — it does, as of today. The question is how quickly the developer community moves to use it.

Ready to build on XYO Layer One? No coding experience needed. Developer Suite Early Access is open now.
Sign Up for Early Access →

Disclosure: Crypto Coin Show has a commercial relationship with XYO. Enterprise integrations referenced in this article are illustrative examples of what the platform makes technically possible and do not represent announced partnerships. Always conduct your own research before making investment decisions.

XYO $XL1 AI SDK Data Lakes Layer 1 Blockchain Web3 Developer Tools Breaking News
midnight_thumbnail
Uncategorized

Midnight Launches to Make Privacy the Default in Web3

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Midnight Launches to Make Privacy the Default in Web3
Breaking News — Blockchain Infrastructure

Midnight Launches to Make Privacy the Default in Web3

The world’s first fourth-generation blockchain goes live, aiming to unlock real-world adoption by protecting sensitive data on-chain without sacrificing compliance or transparency.

By Press Release — Midnight Foundation
Published March 30, 2026 — London
Network Now Live — March 30, 2026
“Privacy by Default.
Disclosure by Choice.”
Fourth Generation Blockchain

The Midnight Foundation, an independent organisation dedicated to advancing the development, adoption, and real-world impact of the Midnight network, announced on March 30, 2026, that the Midnight network is now live — marking a defining step in the evolution of blockchain infrastructure and the beginning of what Midnight’s founder Charles Hoskinson has described as the fourth generation of blockchain.

The fourth generation addresses the fundamental barriers that have prevented blockchain from supporting the real world at scale — the ability to protect sensitive data, execute compliance logic on-chain, and make blockchain as accessible as any other technology. Most blockchains require users to sacrifice privacy in order to participate. Midnight is built to change that.

4B+ Tokens claimed in the Glacier Drop
$1B+ Market cap surpassed post-launch
Mar 17 Genesis block created, 2026
Key Capabilities
Hybrid Ledger Architecture
Combines public and private data, enabling applications to process sensitive information without exposing it to the network.
Client-Side Proofs
Zero-knowledge proofs generated on the user’s device — identity, eligibility, and compliance verification without data leaving the user’s hands.
Shielded & Unshielded Assets
Developers choose whether information is shared on-chain. Shielded assets keep balances and transaction flows off the public ledger.
Selective Disclosure
Compliance logic is programmed directly into an application — defining exactly when transaction information must be revealed and to whom.
Compact Programming Language
A TypeScript-based smart contract language that abstracts away zero-knowledge cryptography, making privacy-preserving development accessible to millions of developers without specialist expertise.
“Midnight is the first public blockchain that gives the world the infrastructure it needs to come on-chain — without sacrificing privacy or compliance.”
Charles Hoskinson — Founder & CEO, Input Output Global

The launch follows significant early market traction, including the completion of Midnight’s Glacier Drop — one of the largest and fairest token distributions in crypto history — where more than four billion tokens were claimed by users across multiple blockchain ecosystems.

Midnight also introduces an innovative dual-component tokenomics model that addresses one of the most persistent barriers to blockchain adoption: token volatility. By separating the asset used to govern and secure the network (NIGHT) from the resource used to pay for transactions (DUST), Midnight ensures operational costs remain predictable, while creating a path toward a future where users no longer need to hold volatile crypto assets simply to use the network.

Phased Rollout

Midnight’s Genesis block was created on March 17th, with the network opening to the public on March 30th following two weeks of infrastructure testing and validation. The network is launching with a deliberate, phased rollout — an approach designed to ensure stability, security, and long-term resilience as applications launch and the ecosystem expands.

Early development on the network is expected to explore use cases including on-chain multi-trade facilities, confidential vaults, and privacy-preserving financial applications — categories that have historically been constrained by the transparent nature of existing blockchains. Launching alongside partners including Google Cloud and MoneyGram, Hoskinson noted that “for the first time, organisations of this scale have committed not only to running critical infrastructure but also to building and deploying live applications on a public network.”

“When privacy is built into the system itself, it becomes possible to bring real-world activity and assets on-chain without exposing the underlying data — unlocking entirely new forms of economic value.”
Fahmi Syed — President, Midnight Foundation
Media Contact
Dominic Chan
dominic@ecologymedia.co.uk
+44 7502 729 410
FIL trades near all time low despite the launch of Filecoin Onchain Cloud
DePIN

FIL trades near all time low despite the launch of Filecoin Onchain Cloud

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AI NewsMarch 27, 2026·5 min read

Filecoin has launched its Onchain Cloud on mainnet with production-grade infrastructure for AI agents and autonomous systems, yet FIL token has collapsed to $0.83, near its all-time low, signaling persistent disconnect between protocol development and market confidence among institutional investors.

  • Filecoin Onchain Cloud now live on mainnet with 49.41 Tebibytes stored across 478 active datasets and 81 payer wallets
  • FIL token trading at $0.83, down 4% in 24 hours and 22.2% over 30 days, versus all-time high of $236.84 in April 2021
  • Over 100 developer teams building on the platform; two-copy replication and production-grade storage providers enforce 95%+ success thresholds
  • $0.83 Current FIL price versus $0.81 all-time low last month
  • 99.6% Percentage loss from April 2021 peak of $236.84 to present
  • 49.41 TB Data stored on mainnet across 478 active datasets and growing

Filecoin announced the mainnet launch of its Onchain Cloud platform, a programmable storage and payments layer designed explicitly for AI agents and autonomous systems that operate without human intervention. The infrastructure went live following a testnet phase that attracted over 100 developer teams building tools for AI workflows, dataset indexing, and decentralized applications.

Yet the launch has failed to arrest a severe price decline: FIL token trades at $0.83, near its all-time low of $0.81 set last month, representing a 99.6% crash from its April 2021 peak of $236.84. The disconnect between technical progress and market valuation presents a critical puzzle for institutional investors evaluating Filecoin’s long-term viability as a decentralized storage play.

Filecoin deploys two-copy replication and production-grade storage criteria for mainnet stability

The Onchain Cloud mainnet rollout included three significant technical upgrades aimed at strengthening reliability and performance for production workloads. Two-copy replication ensures that every file uploaded via the Synapse SDK lands automatically on two independent storage providers without consuming additional bandwidth, with each copy generating its own onchain proof of storage.

If one provider fails, the system replaces it automatically, eliminating single points of failure.

The network has also onboarded production-grade storage providers subject to strict performance enforcement: a storage success rate of 95% or higher, a Proof of Data Possession (PDP) fault rate below 1%, and a retrieval success rate above 95%. Providers failing to meet these thresholds face automatic removal from the network.

A Proof of Data Possession explorer is now publicly available, allowing anyone to audit provider performance, fault history, and proof status in real time.

The Synapse SDK, Filecoin’s developer toolkit, was upgraded to use viem instead of Ethers, improving TypeScript support and reducing query latency. These incremental infrastructure improvements reflect a maturing storage network, yet the mainnet state captures only modest early adoption: 49.41 Tebibytes across 478 active datasets and 81 onchain payer wallets.

For institutional storage operators and enterprise AI teams evaluating Filecoin against alternatives like Arweave or centralized cloud providers, the cost-per-byte and fault-tolerance profile now require real-world testing at scale.

FIL token plummets 22% in a month as TVL contracts and developer momentum stalls

Price action tells a starkly different story than the technical roadmap. FIL dropped 4% in the last 24 hours and 8% over the past week, extending a one-month decline of 22.2%, according to CoinGecko data.

The token currently ranks 83rd in market capitalization at approximately $639 million, a valuation that has compressed despite the launch of what Filecoin Foundation describes as a significant infrastructure milestone.

Total value locked on Filecoin has contracted as well. DeFiLlama data shows TVL slumped 9.88% in the 24 hours following the mainnet announcement, settling at $6.31 million, a figure dwarfed by established lending protocols and deFi platforms operating on Ethereum, Solana, or Arbitrum.

The decline suggests that even the launch of new infrastructure features is insufficient to attract capital or reverse institutional skepticism about Filecoin’s viability as a core infrastructure asset.

The 100+ developer teams announced as “building” during the testnet phase does not guarantee productive deployment or revenue generation on mainnet.

Institutional storage demand remains unproven despite AI agent use case positioning

Filecoin’s positioning around AI agents and autonomous systems addresses a genuine emerging need: intelligent systems require persistent, trustless data storage and onchain payment rails that do not rely on human operators.

The two-copy replication model and production-grade storage provider vetting suggest the protocol is attempting to address enterprise reliability concerns that have plagued decentralized storage platforms since inception.

However, the gap between aspiration and adoption remains wide. The current 49.41 Tebibytes stored on Filecoin pales in comparison to Arweave’s bundled permanent storage network or the raw capacity of centralized cloud operators like AWS, Google Cloud, or Azure.

Institutional crypto investors must weigh whether the architectural innovations justify a valuation that has eroded to near all-time lows, or whether the collapse in FIL price reflects rational skepticism about Filecoin’s ability to compete for mission-critical storage workloads against both decentralized and centralized alternatives.

The real test lies in whether the 100+ development teams actually deploy revenue-generating applications and whether enterprise storage providers begin migrating payloads to Filecoin’s network.

At current price levels, Filecoin trades at a severe discount to its market cap in 2021, yet the protocol has not yet demonstrated the transaction volume, network utilization, or customer concentration metrics that would justify institutional confidence. The technical soundness of two-copy replication and onchain proof auditing is now in the market’s hands.

Watch for concrete evidence of AI agent and autonomous system adoption over the next 60 days: specific developer projects going live, storage provider revenue data, and whether TVL expands or continues contracting.

The absence of any major enterprise deployment announcement by end of Q1 2025 would likely confirm that Filecoin’s infrastructure improvements are not addressing a sufficiently urgent market demand to reverse investor exit momentum.

Institutional Storage Demand Remains Nascent Despite Production-Grade Infrastructure

The 49.41 TB currently stored across Filecoin’s mainnet represents meaningful adoption of the protocol’s storage mechanics, yet the figure underscores how early-stage institutional deployment remains relative to competitive benchmarks.

Amazon S3 processes exabytes of data daily, roughly 21,000 times the total Filecoin mainnet capacity, while traditional enterprise cloud storage revenues exceeded $80 billion in 2023. The gap reflects both Filecoin’s youth as a production platform and persistent adoption friction among institutions accustomed to centralized providers with SLA guarantees and dedicated support.

The 81 payer wallets funding storage on Filecoin suggest diversity across users and workflows, though the figure offers limited insight into whether demand comes from organic developer interest or Protocol Labs ecosystem incentives. Historical crypto infrastructure launches show that early-stage transaction or storage volumes often spike during grant periods, then plateau once subsidies end.

Filecoin has allocated significant resources to developer grants and testnet incentives; understanding whether mainnet growth sustains after those programs wind down will be crucial to assessing genuine market-pull versus protocol-push adoption patterns.

The protocol’s next critical milestone arrives as developer grants begin expiring and the 100+ builder teams face genuine unit economics decisions on storage costs. If mainnet TB growth accelerates through Q2 2025 absent new incentive programs, institutional demand may be establishing a durable foothold; flat or declining usage would signal that AI agents and autonomous systems remain unproven as a Filecoin revenue driver.

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Acurast_TEE_Crypto_Coin_Show
Uncategorized

Your Phone Is A Data Center – Acurast Compute Network

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Decentralized Compute Powered by Smartphones — Acurast | Crypto Coin Show
Blockchain Interviews
2025 · Decentralized Compute

Your Phone Is A Data Center

Acurast founder Alessandro De Carli on how smartphones’ trusted execution environments are becoming the backbone of confidential, decentralized compute — and why big tech cloud infrastructure may have finally met its match.

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Ashton Addison
Host · Crypto Coin Show
Alessandro De Carli
Founder · Acurast

// Full Interview

Ashton Addison interviews Alessandro De Carli, Founder of Acurast · Blockchain Interviews

Most people use their smartphones to scroll social media, take photos, and stream video. Alessandro De Carli sees something else entirely: a distributed supercomputer that no hyperscaler can replicate — one that already exists in the pockets of billions of people.

De Carli is the founder of Acurast, a decentralized compute network that turns everyday mobile devices into verified, privacy-preserving compute nodes. The project has already onboarded more than 200,000 compute units from around the globe, and its architecture is built on a hardware capability that every modern smartphone already ships with: the Trusted Execution Environment (TEE).

200K+ Compute Units Online
iOS & Android Platform Support
Multi-Chain Payment Layer

What Is a Trusted Execution Environment?

Every modern smartphone contains a secure element — the same piece of hardware that makes Apple Pay and Google Pay possible. Nested inside is the TEE, a hardware-isolated subsystem capable of running code that cannot be tampered with or inspected, even by the device owner.

For Acurast, this was the foundational insight. If a network rewards users for contributing compute, bad actors will inevitably try to fake that compute. The TEE closes that loophole entirely: only attested devices — those that produce a cryptographic proof of genuine hardware — can participate in the network.

People should be able to onboard devices and provide compute without even noticing that what they’re actually working with is a blockchain and a crypto system.

— Alessandro De Carli, Founder, Acurast

Confidential Compute: The Missing Piece

Beyond anti-cheat, the TEE enables something more profound: confidential compute. When you offload a workload to an Acurast node, the device owner processing that task cannot read your data, inspect your code, or alter the execution — cryptographic guarantees enforced in hardware.

De Carli argues this is the core reason previous decentralized compute networks failed to achieve mainstream adoption. “You will not hand over your personal data to perfect strangers,” he told Addison. Without confidentiality, decentralized networks were limited to workloads involving data nobody actually cared about protecting.

Active Use Cases on Acurast Today
  • Web scraping and resilience testing at scale
  • Confidential AI agent execution — secrets stay private
  • Multi-chain workload deployment paid in USDT, ETH, BTC, or native ACU
  • Crowdsourced compute spread across thousands of global households

Why Phones Beat Servers

It sounds counterintuitive, but the benchmarks bear it out. Mobile chips — Apple’s A-series in particular — are optimized relentlessly for single-core performance. Apple alone spends $33 billion annually on R&D, with over half its revenue coming from the iPhone. The result, De Carli notes, is “not a consumer device but the most and best-engineered piece of hardware out there in terms of compute per unit.”

Server chips, by contrast, optimize for multi-threading and throughput — spreading performance across many cores — while consuming dramatically more power. For the specific workloads Acurast targets, the mobile advantage is real. Independent benchmarks on sites like CPUBenchmark.net confirm that per-core performance on mobile often outpaces traditional server hardware.

Beyond raw performance, the laptop and desktop market simply lacks the secure element that makes verifiable, confidential compute possible. Mobile was the only viable starting point.

The Cloud Rebellion

The timing feels deliberate. Recent missile strikes on data centers in the Middle East caused cascading outages across cloud-dependent services, a stark reminder that centralized infrastructure is geographically and politically fragile. De Carli sees the pendulum swinging back toward distributed architectures — not because of ideology, but necessity.

“With Acurast, your data center is spread across thousands, if not millions, of households,” he explained. Resilience becomes structural, not something you pay extra for in an SLA that may or may not hold during a genuine crisis.

These companies notoriously don’t have your best interest in mind. This can quickly turn into bigger things — being denied health insurance because the whole system knows you very well and risk data is being shared.

— Alessandro De Carli, Founder, Acurast

AI Agents and What’s Coming Next

As AI agents become more capable — and as users hand them API keys, credentials, and access to sensitive systems — the question of where that compute runs becomes urgent. Addison put it plainly: “Who owns the server? Who else might have access? Nobody really thinks about that with these centralized AIs.”

Acurast’s answer is container support, launching imminently. The new environment provides a full Linux runtime — all packages, all dependencies, running entirely inside the confidential compute boundary. That includes tools like OpenClaw, the popular self-hosted AI agent, which could soon run on Acurast without ever exposing its secrets to the compute provider.

Upcoming Milestones
  • Container Support — Full Linux environments inside confidential compute, enabling OpenClaw and custom AI agents
  • Compute Clusters — Coordinated multi-device workloads for heavier compute demands
  • App Store Layer — Developers publish deployments; others — humans or agents — can discover and utilize them permissionlessly

How to Get Involved

Participating as a compute provider is as simple as installing the Acurast app from the iOS App Store or Google Play. After a brief onboarding, your device begins contributing compute to the network. The app must run in the foreground — Acurast chose this deliberately to leverage maximum single-core performance rather than throttled background processes.

For an everyday device, that means contributing during charging cycles or idle time. For a spare phone or tablet gathering dust, it can run continuously. Rewards accrue in ACU, which can be acquired or paid using USDT, ETH, or BTC through the network’s multi-chain payment system.

For those with technical questions — bulk device onboarding, workload deployment, or developer integration — the Acurast Discord community is active, and the weekly newsletter at acurast.com provides summarized updates on protocol developments.

// Exclusive CCS Offer

Download the Acurast App & Start Earning

Install the app on any iOS or Android device — including spare phones and tablets — and begin contributing compute to the network. Use our exclusive bonus code at registration.

Bonus Code CCS036 Enter at registration for your bonus
🍎 Download on the App Store ▶ Get it on Google Play
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Regulation & Policy

Pharos Secures Strategic Investment from GCL New Energy at Nearly $1 Billion Valuation

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Pharos Secures Strategic Investment from GCL New Energy at Nearly $1 Billion Valuation
Press Release
March 13, 2026

Pharos Secures Strategic Investment from GCL New Energy at Nearly $1 Billion Valuation

Advancing Web3 Infrastructure and Energy Industry Integration — marking a blueprint for decentralized protocols interfacing with mainstream capital markets.

~$1B Valuation
HKEX GCL Listing (0451)
Layer 1 Parallel Blockchain
RWA Institutional Focus

Hong Kong — March 13, 2026

Pharos, the high-performance parallel Layer 1 blockchain designed for institutional-scale financial infrastructure, today announced the strategic expansion of its capital partnership with GCL New Energy (HKEX: 0451). GCL New Energy has finalized its investment in Pharos at a valuation of nearly $1 billion.

The investment positions Pharos to drive the transition of Real-World Asset (RWA) markets from conceptual pilots to massive-scale, sustainable industrial commercialization.

Defining the Standard for Web3-Mainstream Integration

The transaction follows GCL New Energy’s initial announcement on January 8, 2026, and was finalized after completing regulatory disclosure procedures required by the Hong Kong Stock Exchange (HKEX). This process represents a sophisticated alignment of commercial ambition and regulatory rigor.

Unlike typical Web3 funding rounds, the finalization of this supplemental disclosure marks a milestone in institutional transparency. It demonstrates that Pharos has successfully codified its technical value into a framework that meets the standards of public-market regulators and global financial institutions. For the broader Web3 ecosystem, Pharos has established the first blueprint for interfacing decentralized protocols with mainstream capital.

Bridging Blockchain Infrastructure and Energy Markets

GCL New Energy is an industry leader in “Power-Compute Integration” — the synergy of AI computing and energy infrastructure — and has successfully launched pioneering blockchain-based solutions for energy revenue tokenization and cross-border settlement.

Through this partnership, the companies will collaborate on:

  • Tokenization of renewable energy assets
  • Decentralized energy trading systems
  • Carbon footprint tracking and verification

Pharos’ parallel execution architecture is designed to support high-throughput financial infrastructure, enabling more efficient asset settlement, improved transparency, and greater liquidity for real-world assets. Together, the companies aim to establish a framework that connects on-chain financial systems with real-world energy infrastructure, creating new opportunities for digital asset markets backed by tangible economic activity.

Market Validation from Traditional Capital Markets

Unlike many valuations within the Web3 sector, this investment reflects pricing from a publicly listed company with participation from traditional institutional investors. The partnership provides external market validation of Pharos’ infrastructure strategy while demonstrating how blockchain platforms can align with traditional capital markets and regulated industries.

Expanding our partnership with GCL New Energy is an important milestone for Pharos. This collaboration brings together Web3 infrastructure and a global energy leader to explore how blockchain technology can be integrated into real-world industries. The investment reflects confidence in our long-term vision, and we look forward to building the next generation of financial infrastructure together.

— Wish Wu, Co-Founder & CEO, Pharos

About Pharos

Pharos is the inclusive financial Layer 1 for RealFi, where real value and institutional-grade assets circulate onchain and are composable with decentralized assets, becoming the new infrastructure of global finance for all.

Pharos combines modular architecture, deep-parallel execution, and built-in compliance to power real-time finance onchain. Built by leadership and engineers from Ant Group, the project is backed by Hack VC, Faction VC, and other global TradFi investors.

Source: Pharos / GCL New Energy (HKEX: 0451)
Web3 Layer 1 RWA Energy Institutional
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AI News

Optimum Targets the Hidden Ceiling Blocking Blockchain’s Mainstream Moment

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Crypto Coin Show sits down with Muriel Médard, Co-Founder & CEO of Optimum, to unpack why data propagation — not compute — is the real bottleneck for Web3 scalability

Blockchain adoption is accelerating faster than the infrastructure can keep up. Institutions are waking up to Bitcoin. Enterprises are integrating AI with on-chain systems. And yet, nearly every conversation about blockchain scalability is focused on the wrong thing.

In this episode of Blockchain Interviews, Muriel Médard — co-founder and CEO of Optimum and holder of the NEC Chair in Software Science and Engineering at MIT — makes the case that data propagation is the silent ceiling capping everything built on top of blockchain, and explains how Optimum is built to remove it.

The Problem No One Talks About

When people talk about scaling blockchain, the conversation usually goes to consensus mechanisms, layer-2 rollups, or validator performance. Médard points to something more fundamental:

“Propagation is the scaling ceiling for everything above it.” Before any consensus can happen, before any smart contract executes, data has to reach every node in the network.

If the propagation layer is inefficient, the knock-on effects are everywhere:

  • Slower transaction finality
  • Higher risk of forks and stale blocks
  • Hard ceilings on throughput regardless of consensus improvements
  • Compounding problems as AI-generated on-chain activity increases data demands

Decades of Research, Now Applied to Web3

Médard’s career at MIT has been built around one deceptively simple question: can a decentralized system perform as well as a centralized one at propagating data?

The answer is yes — and in some ways, better. Centralized systems require one powerful entity tracking state, routing traffic, and issuing instructions. That doesn’t scale. Decentralized systems, properly designed, eliminate the coordination bottleneck entirely.

Optimum‘s solution is called mP2P, built on a technique called Random Linear Network Coding (RLNC). Here’s the core idea:

  • Traditional P2P: Sends duplicate copies of packets X, Y, Z — and hopes every node eventually gets all three
  • Optimum’s mP2P: Sends equations instead — each node gets a unique linear combination of the data

Any node that receives enough unique equations can reconstruct the full dataset — even with packet loss or out-of-order delivery. Three unknowns, three equations, one solution. Robust by design, not by redundancy.

Flex Nodes: Participation Without Punishment

Optimum introduces a new class of network participant: the Flex Node. Anyone can become one — the compute requirements are intentionally low. Flex Nodes contribute by relaying equations, and the model flips the usual incentive structure:

  • ✅  Rewarded for useful work contributed
  • ❌  Not penalized for downtime
  • ➕  Contributions are additive — every equation relayed helps

Compare that to traditional validator setups with strict uptime requirements and slashing conditions. Optimum’s model lowers the barrier to participation while keeping the network resilient.

Coming to Ethereum Mainnet

@get_optimum‘s immediate milestone is a mainnet deployment on Ethereum, with validator partnerships already in place. Confirmed partners include:

  • Everstake
  • P2P.org
  • Nethermind

Beyond Ethereum, the roadmap points toward multi-chain deployment — with Optimum positioning itself as a universal propagation layer beneath any blockchain network that adopts it.

Why This Matters Now: The AI–Blockchain Collision

The timing isn’t accidental. Institutions aren’t just waking up to crypto — they’re waking up to AI and blockchain together. Autonomous agents, machine-generated transactions, and AI-driven on-chain activity are set to multiply the volume of data that needs to propagate across these networks.

Without a scalable propagation layer, none of the other infrastructure improvements matter. The ceiling holds. Optimum‘s thesis is that fixing propagation now is the prerequisite for everything that comes next in Web3.

“In a decentralized system you don’t need to keep track of state. That’s not a limitation — it’s a feature. And it’s what makes truly scalable propagation possible.”

— Muriel Médard, Co-Founder & CEO, Optimum
Muriel Medard @MurielMedard

A pleasure to be on @CryptoCoinShow to discuss how @get_optimum addresses scaling bottlenecks by way of data propagation.

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