Huddle Crypto

In today’s DeFi world, liquidity often feels like it’s trapped. Once you deposit assets into a pool or vault, your funds are locked into that one strategy until you pull them out. That rigidity creates wasted capital and keeps a lot of potential on the sidelines.

Mitosis wants to change that.

Mitosis is a protocol that takes static DeFi liquidity positions and transforms them into programmable components — pieces you can split, move, bundle, and reuse across different strategies or chains. In other words, your liquidity stops being stuck and starts being flexible.

This approach does two big things:

Democratizes access to yields. Instead of complex, one-off products, users get standardized, transferable tokens representing their positions — making it easier for anyone to access, trade, or combine yield opportunities.

Unlocks advanced financial engineering. Developers can treat these positions like LEGO blocks, building entirely new types of DeFi products without reinventing the plumbing each time.

The end goal is an infrastructure layer for a more efficient, fair, and innovative DeFi ecosystem — where liquidity flows freely, capital works harder, and builders have far more room to experiment.

Mitosis isn’t just about higher yields; it’s about making the core mechanics of DeFi smarter and more inclusive.

#Mitosis
@Mitosis Official
$MITO

In traditional finance, the best market data never comes cheap. It’s locked up inside exchanges, trading desks, and market makers — not freely available for developers to build with. For years, decentralized apps had to rely on slow, indirect feeds or middlemen to get price information on-chain.

Pyth Network changes that.

Pyth is a decentralized, first-party financial oracle that delivers real-time market data directly on-chain. Instead of scraping public sources or depending on third-party nodes, Pyth connects directly to the people who make the markets — professional exchanges, liquidity providers, and trading firms. These partners stream live price updates straight into Pyth, which then publishes them to multiple blockchains for anyone to use.

The result? Fast, accurate, and secure price feeds for crypto, equities, FX, ETFs, and more. Whether it’s a DeFi lending platform, a perpetual exchange, or a new financial app, builders can tap into institutional-grade data without giving up decentralization.

Pyth also runs on a multi-chain model, so developers aren’t locked into one ecosystem. A price feed published on Solana can be read on Ethereum, BNB Chain, and beyond — the same trusted data, everywhere your smart contracts live.

And with its own governance token (PYTH), the network is steadily decentralizing, giving the community more say in how the protocol evolves.

Why it matters:

Reliable data is the heartbeat of any financial system. By making real-time, first-party market data openly accessible on-chain, Pyth helps Web3 apps behave more like professional trading platforms reducing risk, improving fairness, and opening the door to entirely new kinds of financial products.
#PythRodmap
@Pyth Network
$PYTH

If you’ve ever tried to connect your crypto wallet to a decentralized app (dApp), you know it can feel clunky. That’s exactly the problem WalletConnect set out to solve. Since launching in 2018, it’s become the quiet engine behind millions of smooth wallet-to-app connections — the thing that lets you approve a transaction on your phone with a simple QR code scan or a tap.

Today, WalletConnect is everywhere. It powers connections for over 600 wallets and 65,000+ apps, handling more than 300 million secure sessions for 47.5 million people. From DeFi platforms to NFT marketplaces, it’s the bridge that lets your wallet talk to almost any app across multiple blockchains — without exposing your keys or compromising privacy.

And it’s not just a tool anymore — it’s a network. Backed by the $WCT token on Optimism and Solana, the WalletConnect Network introduces decentralized governance, staking opportunities, and a smoother user experience (UX) for the entire Web3 space. Think of it as moving from a simple cable to a smart, self-managing infrastructure.

Most importantly, WalletConnect has stayed true to its roots: end-to-end encryption and chain-agnostic design. No matter which blockchain you’re on, your connection stays secure and private. It’s this approach that’s made WalletConnect a cornerstone of on-chain connectivity one that’s shaping how the next generation of apps and wallets will work together.

#WalletConnect
@WalletConnect
$WCT

Ever tried to lend or borrow crypto and felt stuck with the same few “approved” tokens? That’s where Dolomite changes the game. It’s the only lending and borrowing platform that supports over 1,000 different assets not just the usual handful of blue-chip coins.

With Dolomite, you’re free to lend, borrow, and earn across a huge range of tokens without sacrificing what makes DeFi special: your keys, your control, and your rights.

Why Dolomite feels different

Most lending platforms limit your options. Dolomite does the opposite. Whether you’re holding mainstream tokens, stablecoins, or niche project coins, chances are you can put them to work here. That means:

More earning opportunities — supply rare tokens and capture better yields.

More flexibility borrow against a wider variety of collateral without selling.

More freedom everything stays permissionless, non-custodial, and transparent.

Built for real DeFi users

Dolomite isn’t about locking you in or making you jump through hoops. It’s designed so you keep custody of your assets, enjoy full on-chain transparency, and can easily connect to other DeFi tools you already use.

Whether you’re an investor looking to unlock liquidity, a builder looking to support your token, or just someone experimenting with new strategies, Dolomite gives you room to move.

Getting started is simple

Connect your wallet.

Pick the assets you want to lend or borrow.

Start earning or unlocking liquidity.

No waiting lists, no middlemen, and no giving up your DeFi-native rights.

The bottom line

DeFi should be about freedom and choice — not limits. With support for more than 1,000 assets, Dolomite gives you the power to make your crypto work the way you want.

Ready to try it out? Connect your wallet today and see how far your assets can go.

#Dolomite
@Dolomite
$DOLO

Somnia is an EVM-compatible Layer-1 blockchain purpose-built to bring mainstream games, entertainment, and social experiences on-chain. Instead of asking game studios and consumers to adapt to raw blockchain tooling, Somnia flips the script: it gives creators the familiar EVM developer stack plus consumer-grade UX, low friction payments, and scaling features tailored for high-concurrency interactive products.

Why Somnia exists

Traditional L1s were designed for finance and censorship-resistant settlement; consumer entertainment products multiplayer games, live events, social worlds have very different requirements: sub.second responsiveness, cheap transactions at scale, predictable UX for non-crypto users, and easy integration with existing game engines. Somnia is focused on solving those problems so studios can build viral, on-chain experiences without reinventing infrastructure.

Core strengths

EVM compatibility

Somnia supports the Ethereum Virtual Machine, which means developers keep using Solidity, existing smart contract toolchains (Hardhat, Truffle, ethers.js/web3.js), and audited libraries while benefiting from an L1 architecture optimized for consumer loads. That low barrier lowers development cost and speeds up time to market.

Performance for players

Games and entertainment apps need throughput and responsiveness. Somnia’s architecture prioritizes fast block times and high transaction throughput so in-game actions, marketplace trades, and social interactions feel immediate crucial for player retention.

Low and predictable fees

To avoid the “pay per click” friction that kills adoption in consumer apps, Somnia targets predictable, low gas costs and options for meta-transactions and gas-sponsorships. This lets studios abstract payments away from players or subsidize the on-chain experience during onboarding.

Developer-friendly tooling

Somnia is designed to slot into existing developer workflows. From Solidity compatibility to Web3 SDKs that integrate with game engines and frontend frameworks, it focuses on tooling that reduces the gap between a prototype and a production product.

Consumer-centric UX

Account abstraction, social logins, custodial or light-custody wallets, and smooth fiat on-ramps are all priorities. Somnia’s approach is to make the blockchain layer invisible to end users when appropriate while preserving true ownership and composability behind the scenes.

Use cases that shine on Somnia

Multiplayer games with true digital ownership: Play-to-own items, cross-game inventories, and provable scarcity without performance tradeoffs.

Live entertainment & ticketing: On-chain event tickets with fraud-resistant transfers and programmable access controls.

In-game economies & marketplaces: Fast, low-fee trading of NFTs, consumables, and services with near-instant settlement.

Social virtual worlds: Persistent worlds where avatars, customization, and social assets are owned by users and portable between experiences.

Interactive live shows & fan experiences: Tokenized passes, collectible moments minted in real time, and on chain rewards that deepen engagement.

Security & decentralization

Somnia balances developer and player needs with robust security: smart contract compatibility allows reuse of audited libraries and established patterns; the network’s consensus and validator design aim to provide finality and decentralization appropriate for an L1. For consumer applications, Somnia also encourages common best practices like upgradable contract patterns with governance safeguards, insurance vaults for studios, and formal audits.

Economics & monetization

Somnia’s model supports multiple monetization flows direct item sales, secondary market fees, subscriptions paired with on-chain benefits, and tokenized revenue sharing. Crucially for games, it enables studios to design economics that reward player engagement without forcing onerous gas fees on casual users.

Getting started (for studios)

Prototype using familiar EVM tooling and local testnets.

Integrate Web3 SDKs into your backend and game engine.

Use gas abstractions and fiat on-ramps to simplify player onboarding.

Test user flows carefully for latency-sensitive game actions and iterate on where to keep logic on-chain vs off-chain.

Consider staged rollouts: start with cosmetic ownership and move to deeper on-chain mechanics as your audience grows comfortable.

The big picture

Somnia’s promise is simple but powerful: let creators build the kinds of immersive, social, and monetizable experiences that scale to millions of mainstream users — without asking those users to become crypto experts. By combining EVM compatibility with performance, affordable transactions, and modern developer tooling, Somnia aims to be the L1 where games and entertainment go on chain.

Would you like this rewritten as a short blog post, a one-page developer brief, or social copy for announcing Somnia to a gaming community

#Somnia
@Somnia Official
$SOMI

WalletConnect is the quiet connector that makes decentralized apps actually feel usable. Launched in 2018, it’s an open-source protocol that lets cryptocurrency wallets and dApps talk to each other securely across chains without users having to paste private keys or jump through awkward hoops.

What it does (simply)

Instead of asking you to hand over sensitive information, WalletConnect creates a secure session between your wallet and a dApp. You scan a QR code (or click a deep link), approve a request in your wallet, and the dApp receives a signed transaction. The process is end-to-end encrypted and chain-agnostic: the same seamless flow works whether you’re interacting with Ethereum, a layer-2, or another supported chain.

Scale and reach

WalletConnect is hugely adopted: it supports 600+ wallets and 65,000+ apps, and has facilitated 300 million+ connections for 47.5 million users. Those numbers show it’s not an experimental tool it’s foundational infrastructure for everyday Web3 interactions.

The WalletConnect Network and $WCT

Beyond the protocol, the WalletConnect Network introduces a tokenized layer to the ecosystem. The token (deployed on networks like Optimism and Solana) powers decentralized governance, staking opportunities, and incentives designed to improve user experience (UX). That means the community can help shape network rules, and participants can earn by contributing to network health.

Why builders and users like it

Security-first UX: Users never reveal private keys to websites. All approvals happen in the wallet app you control.

Interoperability: Chain-agnostic design reduces friction when dApps want to support multiple networks.

Developer-friendly: Minimal integration effort for dApp teams — a few lines of protocol code connects wallets across the ecosystem.

Wide wallet support: From mobile wallets to browser extensions, WalletConnect’s broad compatibility lowers entry barriers for users.

Real-world use cases

Connecting a mobile wallet to a browser-based NFT marketplace to sign purchases.
Approving DeFi transactions without exposing seed phrases to a web page.
Letting users switch between wallets or chains while keeping the same dApp session intact.

The bigger picture

WalletConnect isn’t just a convenience it’s a layer that helps Web3 scale in a secure, user-friendly way. By combining open-source tooling with token-based governance, it balances community-led evolution and practical product needs. For users, that translates into safer, smoother interactions with on-chain apps. For builders, it’s a reliable integration path to reach millions of wallets with minimal friction.
#WalletConnect
@WalletConnect
$WCT

Dolomite is built for people who refuse to choose between choice and control. As the only lending and borrowing platform that supports over 1,000 unique assets, Dolomite unlocks a breadth of opportunity most DeFi platforms simply can’t match. Whether you’re a power user holding many tokens, a yield-seeker hunting for niche returns, or a developer building new finance products, Dolomite lets you lend, borrow, and earn — all while preserving your DeFi-native rights.

Why Dolomite matters

DeFi promised permissionless finance; too often, complexity or limited asset support gets in the way. Dolomite removes that bottleneck. By supporting an extraordinarily large universe of tokens, it reduces friction for users who want to put unusual or long-tail assets to work. No more forcing portfolios into a handful of mainstream tokens — Dolomite lets your holdings stay diversified and productive.

Key features at a glance

Support for 1,000+ unique assets — more assets means more flexibility: collateralize, lend, or borrow tokens that other platforms won’t accept.

Lend to earn deposit assets to earn interest from borrowers and protocol yields.

Borrow with precision take loans in the assets you need without selling positions.

Preserve DeFi-native rights remain in control of your keys and positions; Dolomite is designed to respect composability and user sovereignty.

Intuitive UI for complex portfolios tools and dashboards designed to manage many tokens without cognitive overload.

Developer-friendly — APIs and composable building blocks for apps, bots, and smart contract integrations.

How it works (simple)

Connect your wallet — keep custody of your assets; Dolomite integrates with common Web3 wallets.

Deposit assets — choose from the long list of supported tokens and supply them to the protocol.

Choose your strategy — lend assets to earn, or use supplied assets as collateral to borrow other tokens.

Manage positions — use dashboards and alerts to monitor health factors, liquidation thresholds, and earnings.

Withdraw anytime — exit positions when it suits you (subject to borrowing/leverage constraints).

Benefits for users

Greater portfolio utility turn idle or niche tokens into yield or leverage.

Avoid forced selling borrow against assets instead of selling them, preserving potential upside and tax events.

Diversify risk across assets access many markets in one place, reducing single asset dependency.

Composable DeFi workflows — combine lending/borrowing with DEXs, yield aggregators, and other on-chain tools.

Security and trust considerations

Dolomite’s architecture prioritizes user control and transparency. As with any DeFi platform, users should:

Keep private keys secure and use hardware wallets for large holdings.

Understand collateralization ratios and liquidation risks before borrowing.

Review smart-contract audits and community governance records where available.

Start with small amounts when trying new assets or strategies.

Who should use Dolomite

Active DeFi traders who manage large or varied token sets.

Yield farmers chasing diversified income streams.

Long-term holders who want to borrow stablecoins or other assets without selling.

Developers & teams building financial products that need broad asset support and composability.

Quick use-case examples

A collector borrowing stablecoins against a rare token to buy another asset without selling the collectible.

A yield-seeker supplying dozens of small-cap tokens and collecting interest across them.

A dApp integrating Dolomite lending primitives to offer loan-backed features to its users.

Getting started (fast)

Visit Dolomite and connect a Web3 wallet.

Explore the asset list and pick what you want to supply.

Deposit a small test amount to get familiar with the UI and gas flows.

Experiment: lend a token, then try borrowing a stablecoin against it to see the workflow end-to-end.

Scale up as comfort and experience grow.

Final word

Dolomite tackles one of DeFi’s practical limits asset availability so users can actually use what they hold. It’s a platform for those who want the full flexibility of decentralized finance without surrendering control. Lend, borrow, and earn across a universe of tokens and keep your DeFi native rights intact.

Would you like a shorter social post or a version of this article tailored for a blog, newsletter, or landing page? I can adapt the tone and length to whatever you need.
#Dolomite
@Dolomite
$DOLO

Pyth Network is a decentralized, first-party financial oracle that pushes institutional market data onto blockchains in (near) real time so smart contracts can use the same low-latency prices traders and exchanges rely on. Instead of relying on third-party aggregators, Pyth incentivizes exchanges, market-makers and trading firms to publish their price data directly to the network; that data is then aggregated and made available to dApps across many chains.

A brief history

Pyth launched its mainnet price feeds on Solana in August 2021 and has since expanded into a cross-chain price layer used by DeFi protocols, custodians, and institutional partners. Over the years the project published a v2.0 whitepaper that lays out a permissionless, cross-chain model and governance roadmap as the network matured.

How Pyth works (the short version)

First-party publishers institutional market participants (exchanges, market makers, analytics firms) publish signed price updates directly into the Pyth network. This is the core differentiator: data comes from primary sources, not from an external aggregator that observes markets indirectly.

Aggregation & attestation — Pyth aggregates those signed reports on-chain (or into on-chain accessible records), producing canonical price feeds and metadata (confidence intervals, timestamps, publisher weights).

Cross-chain delivery (pull model) rather than forcing every chain to receive constant pushes, Pyth provides a model where applications can “pull” the latest feed for their chain (and Pyth also supplies relays/bridges that make those prices available on many blockchains). This keeps latency low and costs manageable while enabling multi-chain coverage.

Scale and reach

Pyth has grown from a Solana-native feed into a multi-chain oracle: the project and third-party trackers report Pyth price feeds are available across dozens to 100+ blockchain ecosystems, and the network counts many tens to hundreds of first-party publishers contributing data for hundreds of assets (crypto, equities, FX, commodities, ETFs). That multi-asset, multi-chain reach is central to Pyth’s mission of becoming “the price layer for global finance.”

Why first-party data matters

Fidelity & latency: institutional publishers can provide high-frequency, sub-second updates that reflect true market conditions — important for liquid markets and real-time systems (e.g., AMMs, liquidations, high-frequency hedging).

Provenance & accountability: signed publisher updates allow consumers to verify who supplied a price and when, improving auditability compared with opaque aggregation pipelines.

Incentives: Pyth’s model gives data owners a way to monetize and expose their market signals on-chain, widening the supply of high-quality feeds.

Real-world use cases

DeFi primitives: lending platforms, DEXs, derivatives, and options markets rely on low-latency prices for margining, oracle settlement, and price discovery.

Institutional & hybrid setups: custodians and CeFi/TradFi services that integrate smart contracts benefit from auditable market inputs.

Macro & public data delivery: Pyth’s recent collaborations include efforts to publish official or macroeconomic datasets on-chain (a development that has attracted government and industry attention).

Token, governance & ecosystem

Pyth introduced governance and utility layers as the network matured; the whitepaper and docs describe the role of the Pyth Data Association and tokenized governance mechanisms intended to steer network policy, publisher onboarding, and cross-chain strategy. As the network scales, governance is a focal point for decentralization and long-term sustainability.

Strengths and the tradeoffs

Strengths

Institutional-grade price fidelity and very low latency for active markets.

Strong multi-chain distribution that makes the same feeds accessible across EVM and non-EVM ecosystems.

Tradeoffs / Risks

Publisher dependence: while first-party data increases fidelity, the network depends on continued, honest participation from publishers and robust weight/penalty systems to handle misbehavior.

Cross-chain complexity: reliable delivery across many chains requires relays, bridges, and careful MEV/relay designs (Pyth has launched services to mitigate MEV risks, but cross-chain delivery remains an engineering challenge).

Where to learn more

Pyth’s official docs and price-feed pages give implementation guides for EVMs and Solana, plus addresses for feeds. The project's whitepaper (v2) explains the technical and governance model in depth. If you’re building, check the docs for sample contracts and pull-model examples.

Bottom line: Pyth Network solves the oracle problem for finance by bringing first.party, institutionally sourced, real-time market data on-chain and distributing those feeds across many blockchains. That design gives DeFi and hybrid on-chain/off-chain systems access to higher-fidelity pricing than many legacy oracle approaches — at the cost of added complexity in publisher governance and cross-chain delivery.

If you want, I can:

Draft a developer-focused how-to (example contracts, code snippets showing how to pull a Pyth feed on an EVM chain), or

Produce a short explainer graphic or slide deck summarizing the architecture and integration steps. Which would help you most?#PythRodmap @Pyth Network $PYTH

#WalletConnect If you’ve ever used a dApp and clicked “Connect Wallet” then scanned a QR code or got a prompt on your phone chances are you’ve used WalletConnect without even realizing it.

It’s the quiet protocol that makes wallets and decentralized apps actually talk to each other. No copy-pasting private keys. No weird browser extensions. Just a smooth, encrypted handshake between your wallet and the app you’re trying to use.

From niche tool to industry standard

WalletConnect launched back in 2018 as an open-source experiment. Fast forward to today and it’s everywhere:

600+ wallets support it

65,000+ dApps integrate it

300 million+ secure connections have been made

47.5 million people have used it to move value on-chain

It’s gone from a “nice to have” to an essential piece of Web3 infrastructure.

Why people love it

For users: it’s safe and easy. You keep your keys in your wallet and approve actions on your device.

For builders: it’s one SDK that unlocks a massive ecosystem of wallets and chains. No more reinventing integrations every time a new chain launches.

And because it’s chain-agnostic, it works across EVM chains, L2s, and even Solana — a huge deal if you’re building multi-chain apps.

Taking it further with the WalletConnect Network

Recently, the team launched the WalletConnect Network, powered by the $WCT token on Optimism and Solana. This adds staking, decentralized governance, and incentives for the relayers who keep everything humming. It’s part of a bigger push to make WalletConnect’s infrastructure more community-run and resilient — less like a company service, more like a public good.

The bottom line

WalletConnect is one of those rare pieces of Web3 tech that actually makes life easier. It gives users a seamless, secure way to interact with dApps, and it gives builders a universal connector for a fragmented ecosystem.

It’s not flashy, but it’s the reason millions of people can jump between apps and chains without thinking about the plumbing underneath — the invisible glue that’s making on-chain UX a little more like the regular web.

Would you like me to do the same kind of “friendly blog style” rewrite for the other projects you’ve asked about (Dolomite, Pyth, Boundless, etc.) so they all feel consistent?
@WalletConnect
$WCT

If you’ve been around DeFi for a while, you’ve probably run into the same wall: most lending platforms only support a handful of big tokens. If you’re holding anything outside the top 20 — niche governance tokens, LP tokens, wrapped assets, bridged assets — they just sit there, doing nothing.

Dolomite changes that.

It’s a lending and borrowing platform that supports over 1,000 different assets. That means you can actually put your long-tail tokens to work: supply them to earn yield, use them as collateral to borrow, or mix and match them in creative strategies — all while keeping your DeFi-native rights. No giving up custody. No breaking composability. No compromises.

Why Dolomite feels different

Dolomite was built for the real crypto world, not just the blue-chip part. It lets you:

Earn interest on assets that would normally sit idle.

Borrow against a wide variety of tokens instead of being forced to sell.

Keep full control over your positions — everything is on-chain and non-custodial.

In plain language, it’s like finally getting a bank that understands all the weird stuff in your wallet, not just dollars and euros.

What it looks like in practice

Imagine you’re holding a small governance token from a protocol you believe in. On most platforms, you can’t do much with it. On Dolomite, you supply it, start earning interest, and still hold your voting power. Or maybe you’ve got LP tokens from a niche DEX — Dolomite lets you use them as collateral to borrow stablecoins without pulling your liquidity out.

It’s flexible, composable, and actually useful for people who live on-chain.

Safety matters too

Of course, supporting this many assets isn’t trivial. Dolomite sets conservative risk parameters for exotic tokens, uses transparent smart contracts, and lets you see collateral factors before you deposit. It’s still DeFi, so you should do your own research — but at least the rules are clear and on-chain.

The bottom line

Dolomite isn’t just another lending protocol. It’s a way to unlock the value of all your crypto — not just the big names without giving up the freedoms that make DeFi worth using in the first place

#Dolomite
@Dolomite
$DOLO

If you’ve ever built or used a DeFi protocol, you know how tricky it can be to get reliable market data on-chain. Prices move fast. Feeds get stale. Oracles sometimes rely on hidden middlemen you can’t see or audit. One bad data point can trigger a cascade of liquidations, unfair trades, or even a protocol meltdown.

Pyth Network was created to fix that.

Instead of cobbling together prices from random nodes, Pyth connects directly to the source — professional exchanges, market makers, and trading firms — and streams their data on-chain. It’s like tapping into a Bloomberg terminal for DeFi, except it’s decentralized, transparent, and designed for smart contracts.

Why this matters

Most oracles today were built for slower-moving data. But DeFi runs on real-time signals: a lending protocol needs to know instantly when collateral prices drop, and an options contract needs accurate prices at expiry down to the second. Without it, users either get liquidated unfairly or protocols over-collateralize and waste capital.

Pyth flips that script by bringing first-party price updates — signed by the people who actually make the markets — directly to the blockchain. No secret middlemen, no mystery sources. Just verifiable, high-quality data your contracts can trust.

How it works (in plain language)

Data providers: Exchanges and trading firms publish signed price updates (think “official tickers”) into the Pyth Network.

Aggregation: The network combines all those updates into a single price feed with a built-in confidence interval so you know how trustworthy it is.

On-chain delivery: Smart contracts on multiple blockchains can pull those prices in real time, with clear metadata about freshness and uncertainty.

What you get as a builder

If you’re a DeFi developer, Pyth gives you:

Real-time prices with sub-second updates.

Proof of origin — every data point is cryptographically signed.

Transparent confidence metrics so your contracts can decide whether to act or wait.

Consistent feeds across chains and rollups.

Real-world examples

Lending protocols can liquidate safely and fairly using up-to-the-second prices.

AMMs can adjust fees dynamically based on real-time volatility.

Cross-chain bridges can reconcile transfers with the same reference price on both sides.

Analytics dashboards can display institutional-grade price data straight from the source.

Why users should care

For everyday users, Pyth means more predictable liquidations, tighter spreads, fewer “oracle attacks,” and a DeFi world that actually feels like traditional finance in terms of speed and accuracy but with all the benefits of decentralization.

Bottom line: Pyth Network takes the messy job of fetching financial data and turns it into a clean, transparent, verifiable service for DeFi. It gives developers the data they need to build safer, faster products — and gives users confidence that what they’re seeing on-chain matches what’s really happening in the market.

#PythRoadmap
@Pyth Network
$PYTH

Boundless is a zero-knowledge proving infrastructure built to take heavy proof-generation work off individual chains and apps and place it into a shared, highly optimized prover layer. Using a zkVM-first approach and a network of external prover nodes, Boundless aims to reduce costs, increase throughput, and make interoperability between rollups and applications far easier — while keeping final verification succinct and on-chain.

The problem why dedicated provers don’t scale

Generating ZK proofs (especially for complex state transitions or large batches) is computationally intensive. Today, many blockchains and rollups either:

build and maintain their own prover stacks (duplicating effort and cost), or

rely on a small set of in-protocol provers that become bottlenecks for throughput and innovation.

The result: higher infrastructure cost, duplicated engineering, longer time-to-market for zk features, and fragmented proof formats that impede cross-chain reuse.

What Boundless does (in plain terms)

Boundless provides a shared prover infrastructure and standard proof runtime (a zkVM) that:

lets multiple chains, rollups, and applications delegate proof generation to specialized external provers;

standardizes proof formats and verifier contracts so proofs issued by different provers can be verified uniformly on multiple chains; and

optimizes proving performance (batching, aggregation, hardware acceleration) to lower cost and increase throughput — without moving verification off-chain.

Core components

zkVM runtime — a standardized, auditable execution model for the computations you want proved. It defines how programs are compiled into traceable, provable work.

External prover network — decentralized or permissioned nodes that run high-performance proving pipelines (GPU/TPU/FPGAs, optimized libraries). They accept proving tasks, produce concise proofs, and publish metadata.

Verifier contracts / lightweight on-chain verifiers — compact smart contracts (or on-chain circuits) that verify proofs from the prover network. Verification stays on-chain for trust-minimization.

SDKs & integration APIs — developer libraries and tooling to compile workloads to the zkVM, submit jobs to provers, and verify/ingest proofs.

Aggregation & batching layer — optional aggregation services to combine many proofs into a single on-chain verification to amortize gas costs.

Technical principles

Off-chain heavy compute / on-chain verification. All expensive work (witness construction, proving) is done off-chain; the chain only verifies succinct cryptographic proofs.

Portable proof format. Standardizing proof outputs enables multiple ecosystems to accept proofs from the same prover network.

Interoperability-first. A single prover can serve many rollups and apps, reducing duplication and enabling cross-rollup proof reuse.

Performance optimizations. Batching, recursive aggregation, and hardware acceleration reduce per-proof cost and latency.

Security-by-design. Provers provide strong attestations and optionally stake bonds; proofs are verified on-chain and can be audited end-to-end.

Benefits who gains and how

Rollups & blockchains: reduce engineering overhead, speed up feature rollout (zk state commits, fraud proofs, compressed calldata), and lower proof costs.

dApp developers: add zk guarantees (privacy, integrity, accountable compute) without building a prover stack.

Users: faster finality and lower fees for zk-enabled features thanks to pooled prover efficiency and aggregated on-chain verification.

Ecosystem: reduced fragmentation — a single, well-maintained prover layer promotes standards and composability across chains.

Example use cases

Shared prover for multiple rollups: several L2s submit state roots or batch transitions to the same prover network and verify succinct proofs on their respective chains.

Privacy-preserving apps: a game or marketplace uses Boundless provers to generate ZK proofs that attest to off-chain private computations (e.g., match outcomes, KYC checks) while keeping sensitive data off-chain.

Cross-rollup bridging: proofs that attest to state on one rollup are generated by a common prover and accepted by other chains, enabling trust-minimized transfers.

Verified off-chain compute: heavy ML inference, zk-friendly MPC, or complex on-chain preprocessing are proven off-chain and verified on-chain for accountability.

Security & trust model

Boundless balances efficiency with trust minimization:

On-chain verification ensures cryptographic finality — the prover cannot forge valid proofs without breaking the underlying ZK assumption.
Prover attestations & staking (optional) give financial incentives for correct behavior and a way to penalize misbehavior.
Reputation & audits: provers and the zkVM runtime are auditable; ecosystem participants can prefer audited provers or those with strong reputations.
Fallbacks & slashing: when appropriate, consumers can require multi-prover attestations, challenge windows, or rollback mechanisms to mitigate rare edge cases.

Integration & developer experience

Integration is designed to be frictionless:

Developers compile their workload to the zkVM format using SDK tooling.
They submit a proving job to the Boundless prover network via APIs (or push jobs to a chosen provider).
The prover returns a succinct proof and metadata.
A verifier contract on the destination chain verifies the proof and applies the state transition or mints assets/claims as authorized by the proof.

Tooling includes local emulators, testnets, and example integrations for common stacks (EVM chains, WASM runtimes, rollup architectures).

Performance & cost considerations

Batching and aggregation are key levers: grouping many state transitions into single verification reduces amortized gas per operation.

Specialized hardware in the prover network speeds up proving dramatically versus generic VMs.

Configurable trade-offs: provers can target lowest-latency proofs or cheapest aggregated proofs depending on the client’s needs.

Risks & mitigations

Single-prover dependency: avoidable by federated provers, multi-prover attestations, and open markets for prover services.
Centralization risk: mitigated through incentives for multiple independent provers and transparent incentive design.
Protocol bugs in zkVM: solved via formal verification, audits, and staged testnet deployments.

Why Boundless matters

Boundless abstracts away the complexity and cost of ZK proving while keeping the cryptographic trust anchored on-chain. By standardizing a prover runtime and enabling shared, high-performance prover infrastructure, it lowers the barrier for rollups, blockchains, and apps to adopt zero-knowledge guarantees — unlocking higher throughput, lower costs, and deeper interoperability across the ecosystem.

Would you like me to:

#Boundles
@Boundless
$ZKC

Mitosis introduces a new protocol layer that treats liquidity positions not as static deposits but as programmable components. By converting LPs, vault positions, and yield-bearing contracts into composable primitives, Mitosis unlocks novel financial engineering, improves capital efficiency, and corrects market frictions that have long limited DeFi’s creativity and scale.

The problem: liquidity is locked, fragmented, and inefficient

Today’s DeFi landscape offers many ways to earn yield AMM liquidity, lending markets, structured vaults—but those positions are often:

Rigid: once deployed they’re isolated in a single product and hard to reuse elsewhere.

Illiquid: exit or reallocation can be slow and expensive (unwinding, impermanent loss, liquidation risks).

Opaque: provenance, fee-sharing, and strategy parameters aren’t always easily composable or auditable.

Siloed: capital can’t be reused across strategies without risk or manual migration, which fragments liquidity and reduces overall returns.

These limitations create market inefficiencies: capital sits idle or is double-counted, risk is concentrated, and sophisticated yield strategies are available only to large players.

Mitosis’ vision

Mitosis reframes liquidity positions as first-class programmable assets. Instead of locking liquidity inside a single contract, positions become modular components that other protocols, strategies, and users can compose, reuse, and trade—safely and transparently. The protocol’s goal is a DeFi ecosystem where yield is liquid, composable, and accessible to all.

How it works the core primitives

Mitosis builds around a few core design primitives:

Position Tokenization

Every supported liquidity position (AMM LP, lending deposit, vault share) is tokenized into a standardized, transferable representation. These tokens encode the economic rights and on-chain metadata required to reconstruct or validate the underlying position.

Composable Contracts & Hooks

Tokenized positions expose standardized interfaces and hooks so other contracts can plug in: collateralization, staking, revenue-sharing, or even derivative overlays without recreating the original strategy.

Permissioned Strategy Adapters

Adapters translate external protocol states into Mitosis’ canonical format. They can be upgraded with governance oversight, enabling new protocols to be supported without breaking existing composability.

Programmable Wrappers

Wrappers allow positions to be augmented with extra logic time-locks, royalty splits, staking-with-slashing, or automated rebalancers while keeping the original economic exposure intact.

Risk & Provenance Metadata

Each position token carries verifiable metadata: source protocol, strategy parameters, historical performance, and audit references. This enables trust-minimized reuse and composability.

Key properties and benefits

Capital efficiency: Positions can be reused as collateral, layered into leveraged strategies, or split and recombined to match bespoke risk-return profiles.

Liquidity: Tokenized positions are tradable on secondary markets, enabling quicker exits and price discovery for complex exposures.

Access: Retail participants gain exposure to advanced strategies previously accessible only to institutions—without sacrificing transparency.

Composability: Combining position tokens enables novel instruments—synthetic indices, structured yield tranches, or automated hedging strategies—without redeploying liquidity.

Transparency & auditability: Embedded metadata and standardized adapters make it easier for users and auditors to verify claims and performance.

Concrete use cases

Collateralized yield borrowing: Use a tokenized vault share as collateral to borrow stablecoins while still earning base yield and leaving the position intact.

Yield tranching: Slice LP exposure into senior/junior tranches with programmable payout waterfalls—suitable for risk-averse investors and yield-seekers.

Composable market-making: Market makers can automate rebalancing by composing position tokens with algorithmic reprice hooks, reducing impermanent loss.

Secondary marketplace for strategies: Creators can package a multi-protocol strategy, sell position tokens with embedded revenue-sharing, and let buyers own turnkey yield streams.

Insurance & hedging overlays: Insurance providers can underwrite tokenized positions or sell hedges that reference standardized risk metadata.

Governance and token mechanics (design principles)

Mitosis’ governance should balance protocol agility with safety:

On-chain governance: Community-driven upgrades for adapters and wrappers, with timelocks and safety delays.

Permissioned adapters: New protocol integrations require governance approval and audits to minimize systemic risk.

Economic alignment: Fee models reward adapters, strategy authors, and liquidity providers proportionally while maintaining incentives for long-term protocol security.

(Implementation details such as token supply, fee schedules, and distribution are left to governance and should be designed conservatively with stakeholder input.)

Security, composability risks, and mitigations

Composability raises cascading risk: a bug in one adapter could affect many derived products. Mitosis mitigates this by:

Modular isolation: Clear boundaries between adapters and wrappers; failures are contained.

Auditing standards: Mandatory audits for core adapters and optional formal verification for high-value strategies.

Permissioned rollout: New integrations undergo staged rollout with circuit-breakers and monitoring.

On-chain provenance & attestation: Verifiable history and signed attestations help users assess trust before composing positions.

Why Mitosis matters

By turning liquidity into composable primitives, Mitosis reshapes how capital moves and works in DeFi. It reduces fragmentation, democratizes access to complex strategies, and enables a new generation of financial products—while making risk more explicit and manageable. In short, Mitosis is not just about new yields; it’s about creating the plumbing that lets DeFi evolve beyond isolated silos to an interoperable financial fabric.

Next steps for builders and users

For protocol teams: Consider building an adapter to expose your primitives to the Mitosis ecosystem—drive liquidity and open new revenue paths.

For strategy authors: Package strategies as composable components and reach broader markets with tokenized positions.

For users: Look for audited adapters and clear provenance before composing or trading position tokens; prefer staged launches.

Mitosis is an invitation: to reimagine liquidity as something you can program, combine, and trade creating a fairer, more efficient, and infinitely more creative DeFi ecosystem. Would you like a developer-facing explainer, a technical whitepaper outline, or a go-to-market blog post next?
#Mitosis
@Mitosis Official
$MITO

Somnia is an EVM compatible Layer-1 blockchain engineered to power mass market consumer experiences especially games, social worlds, and entertainment products. It combines high throughput, low cost, familiar developer tooling, and consumer-friendly UX to remove the typical blockchain friction points that prevent wide adoption in gaming and entertainment.

Why Somnia exists

Most existing blockchains were architected for finance and decentralized infrastructure, not for millions of casual users playing games, streaming content, or buying digital collectibles. Gamers and entertainment users expect instant interactions, tiny or no fees, smooth onboarding, and privacy-friendly account models all while preserving the benefits of decentralization (ownership, composability, verifiability). Somnia fills that gap by designing the chain around consumer-grade performance, predictable economics, and developer ergonomics.

Core value proposition

EVM compatibility: Developers can reuse Solidity tooling, smart contract libraries, and existing dApp code while benefiting from an L1’s finality and native throughput.

Low-latency, low-cost transactions: Optimized for a high volume of tiny interactions (in-game actions, item transfers, micro-purchases) so gameplay isn’t interrupted by slow or expensive on-chain steps.

Consumer-friendly UX: Account abstraction, built-in gas sponsorships, and social login integrations make onboarding indistinguishable from traditional web/mobile apps.

Game-first primitives: Native support for NFTs, composable on-chain inventories, and deterministic randomness tailored for fair in-game mechanics.

Entertainment integrability: SDKs for video/audio streaming metadata, event ticketing, and fan-token mechanisms to power new creator economies.

Technical principles

Scalable consensus & throughput: Somnia uses an L1 design that prioritizes throughput and fast finality (e.g., optimized block propagation, parallel transaction execution) to sustain high-concurrency consumer workloads.

Deterministic, auditable state: Game state and ownership records are kept verifiable on-chain to enable secondary markets, provenance, and cross-title composability.

Predictable economics: Fee models and gas abstractions are designed so in-app microtransactions are predictable and can be subsidized or batched by developers.

Composable building blocks: Smart contracts, cross-contract hooks, and contract templates for economies, royalties, and item factories accelerate game development.

Developer-first toolchain: Native support for familiar wallets, debuggers, and forks of popular testing frameworks so studios adopt blockchain without retooling from scratch.

Benefits for stakeholders

Players / consumers: Instant, low-cost gameplay and ownership. No more confusing gas payments or long wait times — just games that feel like modern mobile/PC titles with true ownership and interoperability.

Game studios & devs: Faster time to market using existing EVM stacks; access to built-in primitives for assetization, auctions, and cross-game economies; and hosting of millions of lightweight interactions.

Creators & IP owners: New revenue channels through on-chain collectibles, limited drops, and creator tokens, backed by verifiable scarcity and programmable royalties.

Publishers & platforms: Ability to offer integrated account sponsorship, fiat on-ramp flows, and analytics while retaining user ownership and cross-platform portability.

Players communities & DAOs: Tools to organize tournaments, fund map or asset creation, and govern in-game economics through transparent on-chain voting.

Concrete use cases

Live multiplayer games: Record important in-game events, item trades, and tournament results on-chain while gameplay remains fast and seamless.

Cross-title inventories: Players carry NFTs and cosmetic assets from one title to another with standardized composability and metadata.

Interactive entertainment & shows: Fan engagement tokens, pay-per-experience access passes, and verifiable collectibles for streamed events or virtual concerts.

Play-to-earn economies with fairness guarantees: Deterministic randomness, provable item drops, and enforceable reward splits reduce mistrust and fraud.

Microtransaction ecosystems: Tiny payments for skins, emotes, or single-match boosts that are cheap and instant thanks to Somnia’s low-fee model.

Developer & integration experience

Somnia aims to be plug-and-play for game studios:

Tooling: Hardhat/Foundry integrations, SDKs for Unity/Unreal/HTML5, and example repositories for common patterns (loot boxes, marketplaces, leaderboards).

Onboarding: Built-in account abstraction, gasless transaction options and custodial bridges for seamless fiat purchases.

Performance tooling: Simulators and profiling tools to model blockchain load and optimize batched interactions.

Marketplace & APIs: Managed services for indexing, streaming game telemetry, and event hooks that power leaderboards and social feeds.

Security, fairness & governance

Somnia places strong emphasis on security and fairness:

Audits & formal verification: Recommended for core economic contracts and marketplace logic.

On-chain dispute primitives: Mechanisms to resolve contested trades or fairness complaints programmatically.

Governance models: Flexible governance that can range from token-holder DAOs to hybrid studio-driven upgrade processes, enabling rapid iteration while preserving decentralization.

Privacy layers: Options for private state channels or selective data encryption to protect player identity and sensitive game logic.

The road ahead

Somnia’s mission is to make blockchain invisible to the user while making ownership, composability, and creator economies ubiquitous across games and entertainment. By combining the developer lift of EVM compatibility with consumer-grade performance and UX, Somnia positions itself as the foundation for the next generation of mainstream interactive experie smart contract

#Somnia
@Somnia Official
$SOMI

OpenLedger is an AI-native blockchain built to turn AI assets datasets, models and autonomous agents into liquid, tradable value. Designed from the ground up for “AI participation,” OpenLedger makes every step of the ML lifecycle training, validation, deployment and agent orchestration securely on-chain, composable, and discoverable.

Why the world needs an AI blockchain

Today, AI development is siloed: valuable datasets sit unused, trained models are locked in proprietary systems, and autonomous agents live in isolated applications. That fragmentation wastes economic value and slows innovation. OpenLedger solves this by treating AI artifacts as first-class on-chain assets you can license, stake, audit and compose all with cryptographic guarantees and programmable rules.

What OpenLedger does (in plain terms)

Monetizes data, models and agents. Creators can tokenize datasets and models so buyers, researchers, and apps can license them under transparent, enforceable terms.

Supports the full ML lifecycle on-chain. From dataset provenance and model training to deployment and agent orchestration, state and events live on a verifiable ledger.

Runs with Ethereum standards and L2 support. Smart contracts, wallets and L2 integrations follow familiar standards so developers can plug in wallets, bridges and existing tooling with minimal friction.

Enables composability. Models, data and agents become interoperable building blocks think “money legos” but for AI enabling new hybrid services and revenue streams.

Core technical principles

On-chain provenance & auditability. Every dataset version, training run, evaluation metric and deployment event can be recorded or referenced on-chain to guarantee provenance and reproducibility.

Programmable economics. Licensing, micropayments, revenue splits, royalties and staking logic are enforced by smart contracts creators and contributors get paid automatically based on transparent rules.

Agent-native orchestration. Autonomous agents (bots, pipelines, on-chain workers) can be registered, funded, composed and monitored using on-chain primitives, enabling new agent marketplaces and service-level guarantees.

Ethereum compatibility & L2 throughput. By following Ethereum standards and supporting Layer-2 ecosystems, OpenLedger offers wide interoperability while keeping transaction costs and latency practical for AI workloads.

Benefits for key stakeholders

Data owners: convert stagnant datasets into recurring revenue with enforceable, auditable licensing.

Model builders: monetize trained models, retain royalty streams, and enable verifiable evaluations that buyers can trust.

Developers: reuse certified assets or compose agents to build novel services faster and with stronger guarantees.

Enterprises: outsource parts of the AI stack to on-chain marketplaces with transparent SLAs, provenance, and payment flows.

Researchers: discover and reproduce models and datasets with cryptographic audit trails.

Use cases concrete examples

A healthcare consortium tokenizes anonymized imaging datasets and auctions access to model trainers while preserving provenance and consent logs on-chain.

An AI marketplace sells model inference access via programmable subscriptions, where payments and usage quotas are enforced by smart contracts.

Autonomous data labeling agents earn rewards for verified annotations; contributors stake tokens to guarantee quality, and slashing rules are applied automatically on contract-verified disputes.

Safety, trust & governance

OpenLedger’s onbchain approach improves trust by making provenance, evaluations, and payment flows transparent and auditable. Governance and upgradeability can be handled with established smart contract patterns and community voting mechanisms so the protocol can evolve without sacrificing security.

The OpenLedger promise

OpenLedger aims to eliminate friction between AI creators, consumers and infrastructure. By bringing AI artifacts on-chain and aligning incentives through programmable economics, it unlocks previously unrealized liquidity and accelerates the development of composable, trustworthy AI systems.

OpenLedger is the backbone for an AI economy where data, models and agents are not just technical artifacts they’re tradable, composable assets that power the next generation of intelligent products. If you’d like, I can: 1) expand this into a long-form feature, 2) create a blog post tailored to developers or investors, or 3) draft marketing copy for a landing page or X/Twitter thread. Which would you like next?
#openledeger
@OpenLedger
$OPEN