Zhao BNB

Pyth Network plans a major 2026 push into Asia’s stock markets—worth north of $5 trillion—bringing low-latency, on-chain price feeds for leading regional exchanges. The rollout broadens Pyth’s footprint beyond DeFi and Western venues, enabling live price discovery for thousands of additional tickers and giving both protocols and institutions direct, trustworthy data on-chain.

Underpinning the move is Pyth’s battle-tested infra: a multi-chain oracle layer built for billions of updates per day and millisecond-level latency—meeting equity-market demands without sacrificing decentralization or security.

Pyth’s edge remains its first-party publisher network—120+ exchanges, market makers, and financial firms that submit verified prices from primary sources. Cutting out intermediaries lowers cost and improves transparency, a crucial advantage in Asia’s fast-moving, fragmented markets.

This strategy positions Pyth to challenge a legacy, $50B market-data oligopoly where high fees and opaque licensing dominate. By contrast, Pyth’s blockchain-native approach standardizes access with clear pricing and real-time availability.

Pyth Pro, the network’s subscription tier, will anchor institutional uptake of the new equity coverage, with early interest from firms like Jump Trading Group. A broader geographic distribution of publishers and verifiers also boosts resilience, improving uptime and reducing regional outage risk.

Beyond equities, Pyth aims to knit together feeds across fixed income, FX, and commodities—supporting multi-asset risk and portfolio strategies on-chain. Efficiency gains will be reinforced by ZK proofs and aggregation optimizations that keep cryptographic guarantees intact while trimming fees and payloads.

Multiple Asian exchanges and data owners are already collaborating on direct integrations, accelerating deployment and inviting local participation in DeFi. Governance will follow suit: the Pyth DAO intends to widen representation to Asian stakeholders so fees, incentives, and upgrades reflect regional needs.

The expansion dovetails with Asia’s momentum in tokenized equities and synthetic assets. Reliable, real-time pricing is the backbone of these products—unlocking new liquidity venues, better arbitrage, and more accurate risk models across DeFi and TradFi.

By 2026, Pyth expects to serve 10,000+ symbols spanning assets and regions—tightening the link between established Asian markets and global decentralized finance and setting the stage for the next wave of on-chain innovation.

@Pyth Network $PYTH

#PythRoadmap

BounceBit’s ecosystem surged in 2025, adding a wide slate of dApps and tooling that deepen liquidity, broaden user choice, and lift on-chain activity—cementing its CeDeFi positioning for both retail and institutions exploring Bitcoin-powered finance.

At the core is a dual-token PoS design that lets validators stake BBTC (Bitcoin-certified) alongside the native BB token. The two-asset model lowers entry costs, improves decentralization, and strengthens security—key signals for a growing network.

Full EVM compatibility has been a magnet for builders: Ethereum-native teams can port quickly, keeping their toolchains and speeding deployments.

A flagship highlight is BounceBit Prime, an RWA yield hub featuring tokenized U.S. Treasuries and other liquid instruments. It delivers transparent, on-chain access to institutional-style products, lifting TVL and drawing professional capital.

Next up: tokenized equities targeted for late-2025 across the U.S., Europe, Hong Kong, and Japan—unlocking spot trading, collateralized lending, structured yield, and re-pledging workflows to bridge TradFi and DeFi.

Liquidity Custody Tokens (LCTs)—enabled via custody partners such as CEFFU’s mirrorX—let holders earn both on-chain staking returns and off-chain yields, boosting capital efficiency.

Users can tap fixed-income vaults, basis strategies, lending markets, derivatives, and restaking—within a unified UX that serves both conservative and advanced profiles.

Interoperability is integral: Bitcoin restaking plus connectivity to L2s and sidechains expands programmability, throughput, and capital mobility beyond Bitcoin’s base limitations.

On the UX front, multi-chain and hardware-wallet support, safer signing flows, and better analytics raise confidence and ease onboarding.

Token economics reward validators, delegators, and active participants. The BB inflation schedule aims to taper dilution over time, and ongoing incentive programs nurture liquidity, governance, and developer traction.

Security remains non-negotiable—slashing, validator monitoring, and multilayer audits protect users and bolster institutional trust.

On/off-ramp partners (e.g., Alchemy Pay) smooth fiat access, reducing friction for new entrants.

Bottom line: With dApps, RWA rails, custody innovation, and cross-chain reach, @BounceBit is emerging as a Bitcoin-anchored CeDeFi hub that connects regulated yield and open finance—well positioned for continued growth into 2026+.

$BB #BounceBitPrime @BounceBit

2024 marked a breakthrough year for WalletConnect, cementing its place as an essential connectivity layer for decentralized applications. The network processed over 221 million connections—representing a 340% year-over-year increase—and surpassed 4.1 million Unique Active Wallets (UAW). These numbers highlight not only the scale of adoption but also WalletConnect’s effectiveness in simplifying on-chain interactions for users worldwide.

The launch of 16 independent node operators was a major decentralization milestone, distributing control and improving censorship resistance. At the same time, WalletConnect introduced its native governance token, WCT, in September 2024. The token empowers holders with decision-making rights, staking opportunities, and incentives for node participation. A successful airdrop of 50 million WCT tokens further expanded community ownership, rewarding contributors and early adopters.

➤ The WalletConnect Foundation was created as a non-profit entity to oversee grants, governance, and long-term ecosystem growth.
➠ Smart Sessions, Link Mode, and One-Click Authentication enhanced UX, making wallet connectivity smoother and more secure.
✦ More than 58,000 projects integrated WalletConnect, underscoring its role as a developer-first infrastructure layer.

Partnerships with leading wallets like Trust Wallet, MetaMask, Bitget, OKX, and Binance Wallet solidified WalletConnect’s role as a cross-chain standard. Expansion into Solana, Polygon, Optimism, and other ecosystems reflected the multi-chain future of Web3. By early 2025, more than 286,000 addresses held WCT and over 127 million tokens were staked, reinforcing the community’s commitment to security and governance.

With DAO governance on the horizon in 2025, WalletConnect is evolving into a community-owned protocol. Its focus on privacy-first design, interoperability, and decentralization positions it as the backbone of Web3’s connectivity layer.

$WCT #WalletConnect @WalletConnect

Dolomite has attracted strong investor confidence through a $2.5 million seed round led by NGC Ventures, alongside Draper Goren Holm and Coinbase Ventures. This capital infusion validates Dolomite’s modular approach to decentralized finance, which integrates lending, margin trading, and liquidity markets into a single ecosystem capable of supporting more than 1,000 different assets. Unlike fragmented protocols, Dolomite ensures that users can borrow, lend, and earn yield while maintaining staking rights, governance power, and other asset utilities. This efficiency-focused model is a key reason why NGC Ventures views Dolomite as a critical building block for the Arbitrum ecosystem.

Chris Miller of NGC highlighted the Dolomite team’s trader-level expertise and their commitment to interoperability. By designing with institutional-grade safety in mind, including isolated borrowing positions that prevent liquidation contagion, Dolomite appeals to both professional investors and retail participants. These features allow the protocol to serve as a hub for composable strategies, reducing systemic fragility while expanding capital efficiency.

One major breakthrough has been Dolomite’s early support for GLP (GMX Liquidity Provider) tokens. By enabling users to borrow against GLP while still receiving its yield rewards, Dolomite unlocks advanced strategies such as leveraged yield farming and hedging. This innovation demonstrates Dolomite’s focus on turning previously static collateral into productive instruments, enhancing flexibility and user engagement.
The benefits of NGC’s partnership extend beyond financing:

✦ Strategic mentorship and ecosystem connections that open doors to integrations.
✦ Credibility that reassures liquidity providers and institutional partners.
✦ Acceleration of user experience improvements, including one-click swaps for debt and leverage management.

Dolomite’s roadmap now includes additional asset listings, structured yield products, and cross-protocol integrations, with regulatory foresight guiding its development. NGC Ventures has a proven track record of supporting transformative blockchain projects, making its backing a strong signal to the broader market. Together, Dolomite and NGC Ventures are advancing the vision of modular, risk-aware DeFi infrastructure that can thrive in both retail and institutional contexts.

$DOLO

#Dolomite @Dolomite

Somnia Network has introduced Advanced Compression, a data-reduction layer that cuts bandwidth by more than 80% while preserving speed and security for high-volume blockchain workloads. The upgrade tackles one of Web3’s biggest bottlenecks—the torrent of bytes created by transaction processing, smart-contract execution, and fast oracle feeds—by optimizing how network data is encoded, moved, and verified. The result is a foundational efficiency gain that unlocks higher scale at lower cost.

At the core is a domain-specific encoding scheme tuned for blockchain data. Rather than apply generic compression, Somnia’s algorithm targets the patterns and redundancies common to transactions and state transitions, shrinking payloads while retaining the metadata required for verification and consensus. Critical elements—signatures, proofs, and hashes—remain intact and verifiable against originals, so execution correctness and state integrity are never compromised.

A standout feature is adaptive, context-aware encoding. The compressor selects methods on the fly based on what’s being handled—batched transactions, state deltas, or fast-moving oracle streams—so the network maintains throughput even as conditions change. This avoids the stalls seen with static compression approaches and sustains performance during demand spikes.

Advanced Compression integrates directly with Somnia’s MultiStream Consensus and Parallel Data Chains. By cutting per-block payload size by over four-fifths, each block or data segment carries far more useful information, pushing aggregate TPS toward Somnia’s target of billions of daily transactions. The experience for users is faster finality, lower fees, and smoother DApp responsiveness under heavy load.

Oracles see outsized benefits. High-frequency feeds frequently saturate bandwidth; Somnia’s approach compresses those streams far beyond typical limits, reducing costs and latency while improving resilience. For builders, the upgrade is largely transparent—DApps and protocols can scale to continuous, high-rate updates without reworking interfaces or APIs.

Deployment is modular. Nodes can opt into compression based on hardware and bandwidth, allowing phased adoption without forcing a synchronous network-wide upgrade. The smaller footprint also reduces on-chain and archival storage needs, lowering infra costs and enabling more participants to run full nodes on modest machines—good for decentralization and diversity.

Somnia has also designed for evolution. ML-driven modules analyze traffic to refine strategies over time, tailoring reductions to emerging workloads across DeFi, gaming, IoT, and tokenized real-world assets. Security and performance audits across contract-heavy flows, NFT mints, and oracle bursts consistently show >80% data reduction with stable execution and verification.

Strategically, the upgrade positions Somnia as a throughput leader that doesn’t trade away security or decentralization. Expect interest from ecosystems seeking efficient data handling without brittle shortcuts. As rollout approaches, Somnia invites builders to explore new classes of high-frequency applications—from real-time exchanges to large-scale NFT and gaming economies to data-rich IoT markets—now practical on a trustless base layer.

In short, Somnia Advanced Compression slashes data loads while safeguarding verifiability, giving developers, operators, and users a step-function improvement in scalability and cost efficiency—and laying the groundwork for the next wave of high-throughput applications on Somnia.

@Somnia Official $SOMI #Somnia

Mitosis Network is entering a new growth chapter with a slate of chain integrations that deepen its collaboration with core engineering teams across prominent ecosystems. The push isn’t just about adding endpoints. It’s about building hardened, high-throughput spokes that plug into Mitosis’s global fabric to deliver safer interoperability, greater scale, and smooth cross-chain messaging. The result positions Mitosis as a key architect of a genuinely interconnected blockchain landscape.

The design philosophy revolves around modular, purpose-built spokes. Rather than relying on generic bridge patterns that can bottleneck or widen the attack surface, Mitosis favors tightly tailored connectors. Each spoke targets a specific chain with bespoke protocols, enabling efficient movement of state, assets, and messages while honoring the destination chain’s constraints. End-to-end, Mitosis preserves its assurances on security and throughput.

Close co-development with core teams is central to this approach. Mitosis engineers collaborate with protocol maintainers to craft integration layers that align with each chain’s consensus, transaction semantics, and cryptographic primitives. This customization minimizes latency and overhead, producing integrations that are faster and leaner than one-size-fits-all solutions.

A headline track focuses on Ethereum and EVM-compatible networks. Dedicated spokes with deep EVM hooks unlock near-native execution paths and state sync between Mitosis and Ethereum layers or EVM sidechains. For developers, that means richer cross-ecosystem DeFi composition with fewer frictions, better liquidity access, and shared programmability.

In parallel, Mitosis is shaping spokes for modern Layer 2s and appchains, including zero-knowledge and optimistic rollups. These designs emphasize high-rate interchain messaging while protecting finality guarantees, so assets and data can traverse from a rollup to Mitosis with minimal delay and strong safety.

Work also extends beyond the EVM world. Integrations with Substrate, Cosmos SDK, and other distinct stacks require custom adapters that translate consensus proofs and transaction models across disparate environments. Filling these semantic gaps widens the set of ecosystems that can join the Mitosis fabric.

Security sits at the core of every spoke. Mitosis employs advanced verification and distributed threshold signing across its validator set to authenticate cross-chain events. Each spoke maintains independent auditability and targeted slashing, so an incident on one connector does not compromise the network’s core trust.

The multi-spoke layout materially improves scalability and fault tolerance. Traffic can be balanced across connectors, sidestepping the chokepoints common in monolithic hubs or single bridges. This architecture pairs naturally with Mitosis’s commitment to decentralized governance and geographically diverse operators.

The economic ripple effects are meaningful. With more chains wired in, Mitosis-enabled assets and apps can circulate more broadly, deepening liquidity and expanding token utility. Builders gain a richer toolkit for multi-chain products, while users see more DeFi, NFT, and gaming options that work seamlessly across boundaries.

Developer experience is treated as a first-class goal. Each spoke ships with thorough docs, SDKs, and sandbox environments, helping third-party teams and infra providers integrate quickly. By cultivating a collaborative builder community, Mitosis accelerates iteration and ecosystem expansion.

Beyond the technical lift, these integrations compound network effects and help harmonize interoperability norms. Mitosis participates in multi-chain governance venues and standards groups, advocating designs that advance security, privacy, and transparency in interchain coordination. This outreach builds trust across projects and communities.

A recent milestone is a spoke connecting Mitosis to a leading Asian chain known for high throughput and enterprise ties. The link opens new regional corridors where applications on both sides can interoperate safely, enabling cross-border asset motion and permissionless data exchange at new scale.

Next on the roadmap are links to Web3 primitives such as decentralized identity and oracle layers, extending the spoke model to support multi-module applications that blend token transfers, real-world data, identity proofs, and programmable governance.

Taken together, the new integrations represent a significant technical and strategic stride toward a secure, scalable, and truly interoperable future. By co-engineering customized spokes with top protocol teams, Mitosis is weaving a global mesh that raises performance without sacrificing decentralization. This maturing base sets the stage for the next wave of cross-chain DeFi, NFT platforms, and large-scale decentralized apps.

Ultimately, the integration roadmap underscores Mitosis’s bias for open collaboration, real engineering progress, and developer-friendly design. As chains proliferate and diversify, these hardened, optimized spokes will be essential in turning a patchwork of networks into a unified, high-performance digital economy that welcomes builders and users alike.

$MITO @Mitosis Official #Mitosis

OpenLedger is preparing a focused push for developer momentum with OpenCircle, a twenty-five million dollar fund slated for 2026 and designed to accelerate AI and Web3 projects that live natively on its chain. The thesis is straightforward: if credible capital, technical resources, and community distribution converge in one place, open and verifiable AI can outpace closed systems while rewarding the people who provide code, data, and compute. In practice, OpenCircle functions as a runway and a multiplier—grants, strategic equity, and deep technical support—in service of a broader aim: turning an AI platform into an AI economy where contributors share in the value their work creates.
The fund grows out of OpenLedger’s earlier move to build a sovereign data blockchain—an attribution-aware foundation seeded by eight million dollars in 2024 from backers including Paradigm and Sequoia Capital. That groundwork focused on transparent provenance and incentive alignment on chain; OpenCircle advances the agenda from infrastructure to ecosystem. The operating principle is accountability at every layer: when training data, model lineage, and inference payments are verifiable, collaboration scales without erasing ownership.
OpenCircle will underwrite teams building open, composable intelligence across multiple fronts. Targets include model pipelines for decentralized finance, DePIN primitives that coordinate distributed resources, generative systems for gaming and virtual worlds, portfolio agents and AI wallets, markets for probabilistic forecasts, and vertical DataNets built for regulated domains such as clinical research, climate analytics, and supply logistics. The first wave of checks will typically range between a quarter-million and half-a-million dollars for VC-backed startups or proven open-source projects, paired with hands-on guidance so founders can ship quickly without compromising decentralization or safety.
A strategic alliance with Ether.fi—an at-scale restaking protocol managing several billions—adds security and economic gravity to the initiative. Restaked security can anchor model registries and agent execution while aligning validator economics with application growth, knitting together the capital layer and the application layer. That linkage matters as AI-native protocols begin to proliferate and as mainstream platforms, from social messengers to super-apps, surface conversational agents to hundreds of millions of users.
Timing favors the bet. Enterprises and communities are asking for AI that respects data rights and user sovereignty. High-visibility launches such as Grok in consumer chat environments hint at demand curves for agents, but they also spotlight the need for alternatives where attribution, licensing, and policy are enforceable. OpenCircle complements capital with community motion—open-source sprints, hackathons, and teach-ins—so that newcomers can onboard and veterans can converge on shared interfaces. Governance will be participatory, with contributors shaping priorities and selection criteria rather than receiving edicts from a central gatekeeper.
Security discipline is baked into the mandate. Audits, cryptographic attestations, and incentive alignment are table stakes for funded teams, especially when models and agents operate over sensitive data or power automated financial flows. That same rigor extends to the network’s token mechanics: OPEN and gOPEN coordinate contributor rewards, decision-making, and upgrades so the fund can adapt as technology and regulation evolve.
The impact is intended to be cumulative. With more than twenty thousand models already minted on OpenLedger’s rails, a dedicated capital pool should amplify builder throughput and increase the probability that successful experiments compound into reusable primitives. The outcome is not just a set of funded apps; it is a denser graph of interoperable services that lift each other’s adoption curves because they share verifiable data, portable credentials, and programmable payouts.
At its most ambitious, OpenCircle sketches a fairer AI economy: coders, data stewards, and resource providers who fuel intelligence also own a slice of the value it creates. If executed well, the fund becomes more than a checkbook—it becomes a flywheel that connects financial support, governance voice, and technical scaffolding into a durable ecosystem.
➠ Capital plus attribution-aware infrastructure turns one-off grants into compounding network effects across data, models, and agents
➠ Partnerships like Ether.fi fuse economic security with application growth, tightening the loop between restaked capital and agent execution
➠ OPEN and gOPEN give contributors voice and upside, aligning incentives as the landscape shifts toward accountable, decentralized AI

@OpenLedger $OPEN #OpenLedger

Margin trading for PLUME on Binance materially upgrades market depth by mobilizing more capital per trade and increasing the velocity of orders across the book. Access to leverage lets participants borrow against their collateral to open positions larger than their cash balance, which multiplies the number and size of tickets flowing through the market. The knock-on effect is thicker bids and asks at multiple price levels, quicker matching between buyers and sellers, and less slippage for equivalent notional size. In short, the presence of margin converts passive interest into active liquidity and strengthens execution quality for all sides of the market.

The feature set draws a broader mix of participants into the venue. Institutions that require leverage, professional arbitrageurs knitting spreads across venues, and retail traders seeking capital efficiency all converge when margin is available. Their combined order flow tightens the spread and improves price discovery, creating a feedback loop in which better execution attracts more flow, which in turn further stabilizes the book. In that environment, confidence builds, usage expands, and PLUME’s market microstructure starts to resemble that of a mature, institutionally tradable asset.

A further benefit is the introduction of two-sided expression. With borrowing in place, traders can deploy both long and short exposure, enabling hedges for inventory and directional views in either direction. This tends to moderate day-to-day swings under normal conditions because the market can absorb both bullish and bearish pressure without forcing participants to unwind spot holdings. Balanced positioning options also support more sophisticated strategies, such as basis trades and delta-neutral yield capture, which deepen liquidity around the midpoint.

Leverage comes with trade-offs. When a sharp drawdown hits, highly geared accounts may breach maintenance thresholds and trigger forced selling. Liquidations can briefly thin out resting orders and amplify short-term volatility. Binance mitigates this with circuit-breaker logic and risk controls—initial and maintenance margin requirements, auto-deleveraging sequences, and orderly liquidation engines—designed to unwind risk while preserving market continuity.

The rise in throughput benefits liquidity providers and market makers, whose edge is largest in busy markets. Higher turnover increases fee capture and creates more opportunities to warehouse and re-quote inventory, which keeps the order book replenished during peak hours. As spreads compress and queues deepen at key price levels, impact costs fall, reinforcing the asset’s investability.

Arbitrage also becomes more efficient with margin live. Traders can borrow and deploy capital swiftly to equalize prices across pairs and venues—PLUME versus stablecoins, PLUME versus majors, perpetuals versus spot—bringing global alignment and reducing outlier prints. Those cross-market linkages add resilience because informed capital continually patrols for dislocations and restores equilibrium.

Binance offers both Cross and Isolated margin modes for PLUME, giving users control over how risk is pooled or contained. Cross margin shares collateral across positions to maximize capital utility, but it requires disciplined portfolio monitoring. Isolated margin ring-fences exposure per position, keeping potential losses confined to a single idea. Together, the modes let traders choose the capital-efficiency versus containment trade-off that fits their mandate.

Convert augments this toolkit by enabling instant, zero-fee switching between PLUME and major crypto assets. Frictionless conversion reduces the time and cost of rotating collateral, entering hedges, or closing positions. This supports a more responsive market because capital can move in seconds to where it earns the highest risk-adjusted return.

Institutional DeFi participation is another tailwind. As PLUME’s footprint grows across RWA and DeFi verticals, funds and treasuries increasingly use exchange margin for overlay strategies—levered exposure, protection via shorts, and basis trades that complement on-chain activity. Their presence lifts baseline volume, thickens the book even in off-peak sessions, and anchors the asset’s liquidity profile through varying conditions.

Overall, enabling margin trading upgrades PLUME’s liquidity stack, compresses execution costs, and sharpens price formation. Users see faster fills, smaller deviations from mid, and a deeper market to absorb size. The responsibility that comes with leverage remains: risk should be sized prudently to avoid feedback loops during stress events. When paired with sound controls, however, margin is a durable catalyst for market maturity.

➤ More capital per trade increases turnover and narrows spreads across the book
➠ Two-sided positioning improves hedging, basis trades, and resilience under normal conditions
✦ Risk controls, margin modes, and Convert streamline collateral flow while containing shocks

@Plume - RWA Chain

$PLUME

#PlumeNetwork #PlumePump #Plume

Boundless Network crossed a decisive threshold with its Beta Mainnet in July 2025, proving that verifiable computation can run at true blockchain scale. The beta phase welcomed more than 2,500 independent provers and drew over 411,000 participants into an open marketplace where developers posted zero-knowledge workloads and ZK miners fulfilled them. At the heart of this design sits Proof of Verifiable Work (PoVW), an incentive and security model that pays for cryptographic proofs of real computation instead of wasting energy on arbitrary puzzles. In practice, the network converts raw compute into useful attestations that other protocols can trust, aligning security with utility rather than chance.

A signature outcome of the beta was its ability to produce proofs covering entire chains as part of The Signal initiative. By coordinating with more than twenty partner teams, Boundless generated validity proofs for systems like Ethereum and Base in parallel, validating execution correctness across multiple ecosystems at once. This was more than a demo; it was a stress test that resembled production traffic. Builders streamed computation requests, operators produced and submitted proofs, and the network surfaced (and fixed) real bottlenecks around latency, peer discovery, job routing, and on-chain settlement, all while sustaining meaningful throughput.

Momentum on the capital side matched the technical results. An oversubscribed seventy-one million dollar Kaito token sale during the same period provided resources to scale prover infrastructure, accelerate enterprise onboarding, and expand R&D. Those funds compounded the network effect created by the beta, enabling Boundless to harden its reliability targets and broaden the kinds of workloads it accepts.

The technical foundation traces to RISC Zero’s RISC-V zkVM, which lets developers build proof-generating programs in familiar languages such as Rust and Solidity without writing custom circuits. Boundless extends that work with a decentralized protocol that any chain, rollup, or application can call to outsource proof generation safely. Provers compete to deliver timely and correct outputs and are rewarded in ZK Coin (ZKC) according to complexity and throughput, creating a market where honest work is priced and misbehavior is slashed.

Improvements were continuous throughout the beta. Feedback loops from builders and operators led to lower end-to-end latency, sturdier validation, faster peer discovery, and leaner on-chain interactions. The team also exercised scaling levers such as prover sharding, parallelized verification, and adaptive incentives that respond to demand spikes, all of which are essential as user adoption rises and workloads diversify. Developer experience advanced in lockstep, with SDKs, APIs, and test harnesses making it straightforward to model jobs, ship contracts, and measure performance on a zkVM-based proving backend.

Partnerships amplified reach and composability. Collaborations with the Ethereum Foundation, Wormhole, EigenLayer, Celestia, Lido, and multiple layer-two builders strengthened interoperability and clarified onboarding for new participants. That cross-ecosystem posture matters because proofs are a horizontal primitive; rollups, bridges, privacy systems, and DeFi all benefit when a neutral proving layer delivers capacity on demand.

The principal lesson of the beta is that a decentralized network of provers, governed by economic alignment and cryptographic verification, can sustain billion-scale computational checks while remaining censorship-resistant and globally distributed. With mainnet targeted for September 2025, Boundless is positioned to reshape how blockchains scale and interconnect by making verifiable computation abundant, auditable, and economically efficient.

➤ PoVW links issuance and security to productive output, replacing wasteful puzzle mining with proofs that secure real workloads.
➠ The Signal validated universal proving across multiple chains at once, confirming correctness at ecosystem scale.
✦ Tooling, incentives, and partnerships matured together, preparing the network for production-level demand.

$ZKC #Boundless @Boundless

The WalletConnect Foundation stands as a catalyst for developer engagement and community growth in 2025, driving forward the decentralized wallet ecosystem. By organizing hackathons, workshops, and educational initiatives, it ensures that both seasoned developers and newcomers to Web3 can access the resources needed to create meaningful projects. This approach not only strengthens developer activity but also fuels the broader expansion of the WalletConnect protocol as a universal connection standard.

WalletCon 2025, co-hosted with Reown, has become the highlight of the year. Innovators in wallet-dApp interactions gather to explore advancements in user experience and connectivity. Workshops, coding sessions, and networking opportunities empower participants to experiment with WalletConnect’s features, from Smart Sessions to One-Click Auth. These initiatives lower entry barriers, enabling developers to focus on creativity and usability rather than technical obstacles.

➤ Smart Sessions, Link Mode, and One-Click Authentication simplify wallet access, reducing friction for both users and developers.
➠ Multi-phase airdrops reward developers who build on WalletConnect, boosting adoption across Ethereum L2s, Solana, and emerging ecosystems.
✦ The governance roadmap lets WCT holders shape upgrades, incentives, and fee models, aligning innovation with community vision.

Educational resources—such as video tutorials, SDKs, and toolkits—strengthen the developer journey. These programs ensure best practices are applied consistently, improving wallet-to-dApp reliability. Security also remains a priority, with hackathons encouraging layered authentication, multi-sig integration, and gas optimization. Such innovations enhance the safety of WalletConnect’s ecosystem while reinforcing its UX-first design philosophy.

By supporting cross-chain compatibility, WalletConnect ensures that developers can create dApps that work seamlessly across Ethereum, Solana, Base, and beyond. This interoperability unlocks the full potential of decentralized finance, gaming, and NFTs, offering global users a smooth, secure, and trusted wallet experience. In essence, the WalletConnect Foundation in 2025 shows how inclusive, developer-led innovation drives the future of Web3 infrastructure.

$WCT

#WalletConnect @WalletConnect

Dolomite Network has taken a decisive step forward by adopting Chainlink’s decentralized oracle infrastructure, a system that has already secured more than $20 trillion in on-chain value. This integration strengthens Dolomite’s foundation for lending, borrowing, and margin trading by addressing recurring weaknesses in DeFi such as oracle downtime, flash-crash exploitation, and data manipulation. By drawing on Chainlink’s network of independent node operators and leading data providers, Dolomite ensures its users rely on pricing that is both tamper-resistant and transparent, giving them a stronger safety net in volatile markets.
Chainlink’s design aggregates inputs from numerous sources, producing reference prices that resist anomalies and manipulation. Every update is published on-chain, allowing Dolomite’s community to independently audit performance and historical accuracy. This transparency not only boosts confidence for traders and developers but also assures liquidity providers that liquidation events are based on fair valuations. With near-zero downtime, automated processes such as margin calls and loan liquidations remain consistent, even during high-stress conditions.
Another significant advantage is the broader asset coverage unlocked by Chainlink. From derivatives to LP tokens, thousands of assets can now be supported on Dolomite with accurate pricing. This allows the protocol to expand its collateral base, giving users the flexibility to leverage different assets while retaining security. On top of that, Chainlink’s Cross-Chain Interoperability Protocol (CCIP) enables Dolomite to synchronize data and assets across Ethereum, Arbitrum, Berachain, and other ecosystems, laying the groundwork for a unified cross-chain credit market.
Key advantages of the integration include:
- Tamper-proof price data that resists manipulation and anomalies.
- Reliable automation of smart contract functions such as liquidations and rate adjustments.
- Cross-chain messaging and asset transfers with enhanced monitoring and cryptographic security.

By working through the Chainlink BUILD program, Dolomite gains continuous access to Chainlink’s evolving technologies. Regular upgrades and security enhancements ensure Dolomite can scale confidently in the multi-chain environment. For users, this means dependable credit and trading services backed by cryptographic proofs, transparent monitoring, and proven infrastructure. Ultimately, Dolomite’s collaboration with Chainlink represents a decisive move toward resilient and high-capital-efficiency markets, positioning it as a leader in the next wave of decentralized finance.

$DOLO #Dolomite @Dolomite

The future will not be human-only. Agents will rebalance portfolios; devices will pay for services; apps will negotiate with other apps. For any of that to be safe, guardrails must travel with permissions. @WalletConnect’s session model is a natural chassis for AI and IoT economies: authorize the actor, limit the scope, monitor behavior, and revoke on anomaly—across multiple chains, without manual babysitting.

Consider a portfolio agent: allowed to swap up to X per day across specified venues, rebalance within volatility bands, and never touch bridged assets. Or an EV: permitted to pay for charging on chain A, update insurance proofs on chain B, and post carbon credits on chain C—no user reading hex every time. The point isn’t to hide risk; it’s to constrain it in code with human-readable terms and machine-enforceable limits.

If done right, the connectivity fabric recedes. People see goals—“keep costs below this,” “stake here for governance,” “pay the invoice”—not chain jargon or signature storms. That is what “invisible by design” means: a protocol so dependable and neutral that it becomes background truth for decentralized life. It’s ambitious, but the primitives exist: Smart Sessions, Multi-Chain Sessions, verification, and stake-secured operators governed by $WCT holders. Build them well, and the next decade of Web3 will feel less like a maze and more like a map.

@WalletConnect $WCT #WalletConnect

Enterprises don’t adopt tools; they adopt controls. @WalletConnect meets that bar with policy-aware Smart Sessions, Multi-Chain coverage, and verifiable app attestation—foundations that map cleanly to compliance. Risk teams can encode rule sets (per-trade caps, counterparty allowlists, trading windows), and wallets enforce them at the point of signature. Every action is scoped, time-boxed, and logged.

This unlocks serious workflows: tokenized bonds on one chain, settlement on another, and treasury ops spanning multiple rollups—without re-connecting or bypassing policy. Custodians can run or delegate nodes and stake $WCT to both secure transport and participate in governance (fee schedules, default safeguards, slashing levels). That dual role—protector and policymaker—creates institutional alignment without compromising self-custody for retail users.

Regulatory clarity is uneven worldwide, but infrastructure that is transparent, neutral, and audit-friendly tends to win. WalletConnect’s design separates who holds keys (users) from who sets rules (governance) and who carries traffic (operators). That separation of concerns is what makes institutional adoption compatible with decentralization instead of corrosive to it.

@WalletConnect $WCT #WalletConnect

Cross-chain used to mean compromise: wrapped assets, custodial trust, or painful fees and delays. The Hyperlane Warp Routes integration with Mitosis rewrites that experience by moving native MITO between Mitosis Chain and BNB Chain with minimal cost and confirmation lag. Think of it as a messaging rail plus proof system that preserves asset integrity end-to-end.

The practical gains are immediate. Transfers that previously weren’t economical—small portfolio rebalances, opportunistic LP moves, governance positioning—are now viable at sub-cent to a few-cent costs. Latency drops to human-usable timescales, so strategies that depend on timely rotation (LP→farm→lend) no longer die in transit. And because Warp Routes relies on cryptographic verification and modular security rather than opaque custody, the trust model stays aligned with on-chain guarantees.

Keeping MITO native is the killer feature. No synthetic wrappers, no redemption haircuts, no hidden liquidity mismatches—just the same asset recognized across execution layers. That preserves price parity, simplifies accounting, and reduces the surface for depegs or bridge-specific exploits. For market makers, it translates into cleaner books and tighter markets. For builders, it unlocks product designs that assume instant, low-friction mobility as a baseline.

Strategically, Warp Routes are more than a bridge; they are a substrate for cross-chain composability. The same rail that moves tokens can pass messages: think cross-chain governance ballots, remote vault actions, or synchronized rebalancing logic for multi-chain strategies. As more assets and routes come online, developers can stitch together experiences that feel single-chain to users while orchestrating resources across many domains behind the scenes.

Security remains front-and-center. By leveraging Hyperlane’s modular security stack and proof routing, Mitosis can tailor verification to the value at risk and the counterpart chain—tight where it must be, flexible where it can be. That pragmatism is what draws institutional interest: credible assumptions, documented trust boundaries, and predictable behavior under load.

The bottom line for users is simpler lives: stake on Mitosis, farm on BNB Chain, vote wherever proposals land—using one canonical MITO. For protocols, it’s expanded TAM: build once, address multiple liquidity hubs; let Warp Routes handle the movement. For the ecosystem, it’s compounding network effects: more routes → more integrations → more reasons to hold and use MITO.

Warp Routes don’t just connect chains; they connect use cases. And when mobility is native, everything else—governance reach, capital efficiency, and market depth—falls into place.

$MITO #Mitosis @Mitosis Official

Artificial intelligence is too important to be monopolized. Yet today, most of its value is locked inside corporate silos—massive datasets, expensive compute, and opaque models controlled by a handful of firms. OpenLedger proposes a different future: AI built on a decentralized, transparent, and community-governed infrastructure.

Its architecture combines multiple modules to enable this shift. Datanets decentralize data ownership, ensuring contributors are rewarded for sharing datasets. ModelFactory lowers barriers by providing no-code tools to train and refine models. OpenLoRA allows lightweight AI models to be embedded into Web3 applications. And Proof of Attribution guarantees that every participant is recognized and rewarded fairly.

The OPEN token powers this ecosystem. It pays for AI operations, secures the network through staking, and gives holders governance rights. This makes OPEN both the fuel and the compass of OpenLedger, aligning incentives while ensuring adaptability.

The benefits ripple across stakeholders:

Data contributors reclaim ownership, transforming data into a recurring income stream.Developers gain access to high-quality datasets and transparent attribution, opening opportunities for innovation.Enterprises adopt AI with confidence, knowing that transparency and compliance are built into the protocol.Users interact with applications where AI is accountable and outcomes are verifiable.
Applications are vast. In healthcare, anonymized data can train diagnostic AI under strict governance. In finance, transparent credit scoring reduces bias. In creative industries, cultural datasets ensure artists are compensated fairly in generative AI systems. In education, community-controlled datasets shape fair and accountable AI tutors.

Challenges exist: ensuring data quality in decentralized settings, scaling compute workloads, and navigating regulatory landscapes. Yet OpenLedger’s combination of blockchain transparency, community governance, and economic alignment positions it uniquely to overcome them.

The vision is ambitious: to make AI a public good rather than a corporate asset. If successful, OpenLedger could establish a new AI economy where intelligence is open, fair, and accountable—owned and shaped by the community rather than dictated by monopolies.

In this vision, AI shifts from being hidden in corporate walls to living transparently on-chain, secured by the community, and powered by $OPEN .

@OpenLedger #OpenLedger $OPEN

Protocols aren’t just software; they’re political economies. Dolomite’s veDOLO system ties influence to time—those who lock DOLO for longer horizons gain greater say over integrations, risk parameters, and incentive budgets. The thesis is straightforward: if you help write the rules, you should live with them long enough to matter.

veDOLO’s mechanics align behavior with durability. Lockers receive scaled voting power that decays predictably toward unlock. Proposals aren’t drive-by: thresholds for asset listings, cap lifts, or DRIP schedule changes scale with impact. High-stakes changes require broad, long-dated consensus, not short-term coalitions.

Treasury policy is co-authored under this model. Revenues flow into a three-bucket plan: safety (insurance buffers and backstops), growth (grants, audits, adapter bounties), and alignment (veDOLO-directed buybacks or liquidity programs). The split is not sacred; it’s adjustable via governance with visibility into runway, stress losses, and pipeline needs. Treasury stops being a black box and becomes a public balance sheet with a mission.

This political economy matters most for complex collateral and cross-chain moves. When a new adapter is proposed—say, a novel yield derivative—veDOLO holders evaluate not hype but counterparty logic, redemption mechanics, and failure modes. If the asset’s benefits are asymmetric (collect rewards, socialize risk), it fails. If fidelity is real and risk is containable, it passes with caps and circuit conditions. Culture becomes policy.

DAOs and funds respond to credible governance. They can stake DOLO, gain veDOLO, and then shape the venue where their treasuries operate: safer parameters for their preferred assets, incentive tilts for the behaviors they want in their communities, and clear recourse when conditions change. Influence is earned by commitment, not bought for a week.

Critics worry about power concentration. Checks exist. Quadratic dampers reduce the marginal voting impact of mega-locks on specific sensitive categories, and sunset reviews force periodic re-consent on policies that materially affect systemic risk. Centralization pressure is acknowledged and engineered against.

The outcome is a protocol that knows where it’s going because those steering have chosen to stay aboard. veDOLO turns token holding from speculation into stewardship, and treasury from runway into resilience capital. That’s how you build not just for the next quarter, but for the next cohort of builders who will stand on your rails.

@Dolomite $DOLO #Dolomite