David furi

What is Pyth Network?
Pyth Network is a decentralized oracle that brings real-time market data (like crypto prices, stocks, forex, and commodities) directly onto blockchains
The special thing about Pyth is that the data comes straight from the original source — big exchanges, market makers, and trading firms — instead of going through middlemen. This makes the data faster, more accurate, and more trustworthy.
Why is this important?
In crypto and DeFi, apps like lending platforms, trading protocols, and derivatives need fresh and correct prices. If the data is slow or wrong, it can cause bad liquidations, unfair trades, or big losses.
Pyth fixes this by giving apps live prices directly from institutions. It’s like having Wall Street-level market data, but available on any blockchain.

How does Pyth work?
Publishers (data providers): Big exchanges and trading firms send price updates. They digitally sign these updates to prove they’re real.Pyth collects and publishes: The network combines these updates and puts them on-chain.Apps use the prices: Smart contracts (like a DeFi lending app) can instantly read the latest Pyth price and act on it — safely and transparently.
Who gives the data?
Not random nodes — but top financial companies:
Leading crypto exchangesProfessional trading firmsInstitutional data providers
This is why it’s called first-party data — because it comes directly from the source, not through someone else.
Where is Pyth used?

On many blockchains: Pyth started on Solana, but now it provides data to many other chains (like Ethereum, Base, and more).In DeFi apps: Lending protocols, derivatives platforms, stablecoins, and trading apps all use Pyth for reliable prices.By institutions: Pyth also offers premium products (like Pyth Pro) for bigger financial players who want guaranteed data feeds.

Key Benefits
Fast: Updates in real time.Accurate: Comes from top-tier sources.Decentralized: Multiple publishers contribute, so no single point of failure.Cross-chain: Works across many blockchains, not just one.

Real-world use cases
Lending platforms: They need the right price to check collateral and prevent unfair liquidations.Derivatives exchanges: They need live prices to settle futures and options.Stablecoins: They need accurate values for peg safety.
Without Pyth, these apps would struggle to work properly.
Current progress

Pyth launched in 2021 and has grown fast.Now it covers hundreds of price feeds across dozens of blockchains.In 2025, Pyth launched Pyth Pro, a new service that gives institutional-grade data feeds to professional users.

Simple Bottom Line
Pyth Network is like a high-speed bridge between Wall Street and blockchains. It delivers real-time financial data straight from the source, making crypto apps faster, safer, and more reliable.

It’s already used by hundreds of projects and is becoming one of the most trusted data layers in Web3.

#PythRoadmap @Pyth Network $PYTH

What is Boundless

Boundless is a project that helps blockchains and apps use zero-knowledge proofs (ZK proofs) without needing to build everything themselves.
In simple words:
A ZK proof is like a receipt that proves something was done correctly without showing all the details.Normally, blockchains need to run big and heavy computations on-chain, which costs money and slows things down.Boundless moves that heavy work off-chain to special computers called prover nodes. These nodes do the hard work, create a proof, and then send it back on-chain for quick, cheap verification.
This way, blockchains can be faster, cheaper, and more secure — and developers don’t need to reinvent the wheel.
Why do we need Boundless?
Today, many blockchains and rollups want to use ZK proofs. But setting up your own ZK prover system is expensive, complex, and takes a lot of engineering talent.
Boundless solves this by creating a shared marketplace of provers. Instead of every project building its own system, they can just “plug in” to Boundless and use provers on demand.
It’s like cloud computing for ZK proofs — but decentralized.
How does it work?

An app or chain requests a proof – for example, a rollup wants to prove its latest block is valid.Prover nodes bid to take the job – these are independent operators with powerful hardware.The winning prover runs the program off-chain and generates a proof that the work was correct.The proof is verified on-chain – very fast and very cheap compared to re-running the full computation.
So instead of blockchains doing all the hard work themselves, they just check the proof

Key parts of Boundless
zkVM (Zero-knowledge Virtual Machine): Developers write programs in normal code (like Rust). The zkVM makes it possible to prove the program ran correctly.Prover Marketplace: Anyone can join as a prover, stake tokens, and earn rewards by completing proof jobs.Incentives & Security: Provers must put up collateral (stake). If they cheat, they lose it. If they do honest work, they earn rewards.SDKs & Tools: Developers can easily connect their app to Boundless without deep ZK knowledge.

Real use cases
Faster Rollups: Optimistic rollups usually take 7 days to finalize transactions. With Boundless, they can prove correctness much faster using ZK proofs.Shared Infrastructure: Instead of every blockchain hiring engineers to build their own prover, they just use Boundless.Advanced Apps: Projects that need heavy off-chain work (like AI models, data compression, or oracles) can use Boundless to make that work verifiable on-chain.

Benefita
Cheaper: Blockchains don’t pay for huge computations, only for small verifications.Faster: Proofs make settlement and cross-chain communication much quicker.Accessible: Developers don’t need to be ZK experts — they just use Boundless tools.Scalable: Many chains and apps can share the same prover network.
Current statu
Boundless launched its mainnet in 2025 on Base after running a testnet earlier.It already caught attention from developers, rollup teams, and infrastructure providers who want scalable and secure proof generation.The community is growing with prover operators, developers, and ecosystem partners.The bigger picture
Boundless wants to become the universal backbone for ZK proofs — a decentralized marketplace where anyone can request or provide verifiable computation.
If successful, it could:
Speed up blockchain adoption,Make rollups more secure and faster,Enable new apps that rely on heavy computation,And lower costs for the entire Web3 ecosystem.

✅ In short: Boundless is turning ZK proofs into a shared service for all of Web3 — making blockchains faster, cheaper, and easier to scale.

#Boundless @Boundless $ZKC

What is Pyth Network?
Pyth Network is a decentralized financial oracle. In plain words, it’s a system that sends real-time prices of assets (like crypto, stocks, FX, and commodities) from the real world to blockchains.
Most oracles take data from middlemen before putting it on-chain. Pyth is different — it brings prices directly from the source. That means the data comes from first-party providers such as big exchanges, market makers, and trading firms. This makes the prices faster, more accurate, and harder to manipulate.
Why Pyth is Needed
Every DeFi app — like lending platforms, perpetuals, and trading protocols — needs reliable price data. For example:
A lending platform must know the exact price of an asset before liquidating a loan.A derivatives platform must calculate positions using the latest market values.
If the data is slow or wrong, people can lose money unfairly. Pyth solves this by providing live, high-quality prices directly on-chain.

How Pyth Works

First-Party Data: Big trading firms and exchanges publish their prices straight into Pyth.Aggregation: Pyth combines data from multiple providers into one official price feed, along with a confidence range (like a safety margin).Pull Model: Instead of pushing updates all the time, apps request the latest price when they need it. This keeps costs low and ensures they always get the freshest value.Multi-Chain: Pyth started on Solana, but now works across many blockchains. Through bridges, developers on Ethereum, BNB Chain, and others can use the same data.

The PYTH Token & Governance
Pyth has its own token, PYTH, which is used for:
Governance: Token holders can vote on upgrades and changes.Staking & Incentives: Publishers and participants can stake tokens to prove commitment and earn rewards.Security: Staking also helps align incentives — publishers want to keep feeds accurate, or they risk losing their stake.

Who Provides the Data?
Pyth partners with some of the biggest names in trading and crypto. Market makers, hedge funds, and exchanges like Bybit have joined as data publishers. These contributors supply price updates for hundreds of assets, which makes the feeds diverse and trustworthy.

Where It’s Being Used
DeFi protocols: For margin trading, liquidations, lending, and synthetic assets.Cross-chain apps: Developers on many blockchains can integrate Pyth feeds.Traditional finance experiments: Pyth is bridging the gap by giving banks and financial institutions a way to plug real-world prices into on-chain systems.

Strengths of Pyth
✅ Real-time: Updates are fast, perfect for DeFi apps that need instant data.

✅ Direct from source: No middlemen, which means less chance of manipulation.

✅ Confidence metrics: Apps can see how reliable the price is before using it.

✅ Growing ecosystem: New publishers and blockchains are being added regularly.

isks & Challe
Cross-chain risk: Since Pyth uses bridges, security depends on those systems being safe.

⚠️ Publisher reliance: If a big provider goes offline, the feed could be weaker until others fill in.

⚠️ Still evolving: Governance and token incentives are relatively new and will need time to mature.
Recent Updates

Pyth went permissionless, meaning anyone can access it without asking for approval.The PYTH token launched, bringing decentralized governance and staking.More publishers, like Bybit, joined to improve coverage.Ecosystem integrations expanded across major blockchains.

Final Thoughts

Pyth Network is becoming a key piece of DeFi infrastructure. By bringing institutional-grade market data directly on-chain, it helps apps work faster, fairer, and with more transparency.
If DeFi and tokenized assets keep growing, real-time and reliable price feeds like Pyth will be critical. The project still faces challenges (like bridge security and governance maturity), but it has a strong head start in solving one of Web3’s biggest problems: trustworthy market data.

#PythRoadmap @Pyth Network $PYTH

WalletConnect is an open-source protocol that makes it easy and safe for people to connect their cryptocurrency wallets with decentralized applications (dApps). It was launched in 2018, and since then, it has grown into one of the most important tools in the Web3 world

Today, WalletConnect supports over 600 wallets and 65,000+ dApps, with more than 47.5 million people using it. In total, it has already powered 300 million+ connections between wallets and apps.
What WalletConnect Does
Think of WalletConnect as a secure bridge between your wallet and a dApp.
When you want to use a dApp (for example, swap tokens, buy NFTs, or log in with your wallet), the dApp sends a connection request.You can scan a QR code or click a link to connect your wallet.Inside your wallet, you’ll see exactly what the dApp is asking. You can then approve or reject the request.
Your private keys never leave your wallet. WalletConnect simply passes the message securely so you can decide

How Big is WalletConnect?
600+ wallets supported (like MetaMask, Trust Wallet, Rainbow, Phantom, and many more).65,000+ apps that let you connect with WalletConnect.47.5 million unique users so far.300 million+ total connections made.
This shows WalletConnect is not just a small tool — it’s a major part of how people interact with Web3.
How It Works (Simple)
Connection: You open a dApp and choose “Connect with WalletConnect.”Secure channel: A QR code or link opens a private channel between the dApp and your wallet.Encryption: All messages are end-to-end encrypted (nobody else can read them).Signing: The dApp asks your wallet to sign or send a transaction. You approve or reject it inside your wallet.Chain-agnostic: It works across many blockchains — not just Ethereum.

WalletConnect Network & $WCT Token
WalletConnect has now grown into something bigger: the WalletConnect Network. To support its growth, it introduced a token called (WalletConnect Token).

Purpose: $WCT is used for governance, staking, and improving user experience.Networks: It launched first on Optimism (an Ethereum Layer-2) and also expanded to Solana.Community role: Token holders can vote on decisions and take part in the future of WalletConnect.
This means WalletConnect is moving from just a protocol to a decentralized network, run and supported by its community.
Why WalletConnect is Important

Safer for users – Private keys stay on your device, never exposed to websites.Smooth user experience – One connection system works across hundreds of wallets and thousands of dApps.Works across blockchains – Not locked to one ecosystem.Community-driven – With the token, users can help shape how WalletConnect grows.

Where People Use WalletConnect

DeFi apps – For trading, lending, or yield farming.NFT marketplaces – Buying and selling NFTs safely.Web3 login – Signing into platforms without passwords.Institutions – Bigger companies use it for secure, large transactions.

Security Notes
WalletConnect itself is secure because of encryption. But users must still be careful:

Always double-check what you are signing.Only connect to trusted dApps.Don’t click suspicious QR codes or links.

The Road Ahead
The WalletConnect Foundation is working on:
Governance – Letting token holders vote on important upgrades.Staking – Allowing node operators to secure the network and earn rewards.Better tools – Projects like Web3Inbox (a messaging tool for crypto wallets) to make Web3 easier to use.

Final Thoughts
WalletConnect has become the backbone of Web3 connections. By letting wallets and apps talk to each other safely, it protects users while making crypto much easier to use. With the new token, it is evolving into a community-powered network that could shape how millions of people interact with the blockchain world in the future.

#WalletConnect @WalletConnect $WCT

Pyth Network is a decentralized financial oracle that brings real-world market data — like prices of stocks, crypto, commodities, and forex — directly on-chain in real time.
Unlike many other oracles that rely on middlemen (third-party node operators), Pyth connects directly with the original data providers such as trading firms, market makers, and exchanges. This makes the information faster, more accurate, and more trustworthy.
Why Pyth matters
In DeFi (Decentralized Finance), apps need reliable and live price feeds to work properly. For example:
A lending protocol needs the correct price of ETH to decide if a loan is safe.A derivatives exchange needs accurate prices for trading contracts.
A stablecoin system needs real-time data to stay balanced.
If prices are slow, wrong, or manipulated, the whole system can break. That’s why secure, real-time oracles are critical — and Pyth is built to solve this.
How Pyth works
First-party data providers
Top financial institutions, trading firms, and exchanges (like Cboe, Binance, OKX, Jane Street, etc.) publish their prices directly to Pyth.No middlemen = fewer risks of manipulation or errors.
Price aggregation
Pyth collects data from multiple sources.It combines them into a single, accurate price feed using an on-chain program.This method filters out noise and gives fair market prices.Confidence intervalsAlong with each price, Pyth publishes a confidence value — showing how reliable the number is based on market conditions.Example: In volatile times, confidence might be wider to signal uncertainty.
Wormhole & cross-chain deliveryPyth was first launched on Solana, but now it uses Wormhole (a cross-chain messaging protocol) to deliver its price feeds to over 50 blockchains including Ethereum, BNB Chain, Arbitrum, Polygon, Avalanche, and more.
Pull oracle modelPyth uses a “pull” model instead of “push.”This means apps only request the data when they need it, reducing unnecessary costs and network spam.Key featuresReal-time data — sub-second updates, much faster than most oracles.Direct sources — comes straight from market makers and exchanges.Broad coverage — supports crypto, equities, commodities, and FX.Cross-chain — available on 50+ blockchains via Wormhole.Transparent — anyone can see which providers are supplying data.

Token & governance
Pyth Network has a native token called PYTH

Uses of PYTH:
Governance (community votes on upgrades, incentives, and data usage).Rewarding data providers.Securing the oracle system.Launch: PYTH was launched in late 2023, and tokens were airdropped to early users and developers in the ecosystem.

Real-world usage
DEXs (Decentralized Exchanges): Need Pyth for trading pairs, futures, and options.Lending protocols: Depend on accurate asset prices for collateral.Derivatives markets: Use real-time feeds to settle contracts fairly.Stablecoins: Rely on precise market data for balance mechanisms.
Some major DeFi protocols already use Pyth, including Drift, Mango Markets, Synthetix, GMX, and others.
Benefits of Pyth

Speed: Sub-second updates make it one of the fastest oracles.Accuracy: Prices come directly from first-party sources.Scale: Covers multiple asset classes, not just crypto.Multi-chain: Works across 50+ ecosystems, giving developers flexibility.
Transparency: Anyone can audit the sources and the aggregation method.

Challenges

Competition: Chainlink is still the biggest oracle network with strong adoption.Reliance on providers: If data providers stop publishing, coverage could weaken.Market adoption: DeFi teams must trust and integrate Pyth over older systems.

The bigger picture
Pyth isn’t just about crypto — it’s building a bridge between traditional finance (TradFi) and blockchain. By letting financial giants publish their prices directly on-chain, Pyth makes blockchains more connected to real-world markets.
This could unlock a new era where DeFi trades the same assets and data as Wall Street — but in a faster, more transparent way.

✅ Bottom line:

Pyth Network is creating a real-time, first-party oracle that delivers accurate and transparent market data across blockchains. It cuts out middlemen, speeds up updates, and opens the door for a new generation of DeFi apps powered by true market data.

#PythRoadmap @Pyth Network $PYTH

In short: OpenLedger is a new kind of blockchain built for artificial intelligence (AI). It allows people to monetize data, models, and AI agents by turning them into on-chain assets that can be shared, traded, or rented. Everything from model training to agent deployment is designed to run with blockchain precision, while still being easy to connect with Ethereum wallets, smart contracts, and L2 networks.

Why OpenLedger matters

Today, AI is controlled by a few large companies because they own most of the data, computing power, and models. Smaller creators often struggle to get rewarded for their work or share their data safely.
OpenLedger wants to fix this by creating an AI-native blockchain where

Data providers can share and earn from their datasets.Developers can train, publish, and license AI models fairly.Agents (AI programs that act on their own) can be deployed and monetizedPayments, credits, and ownership are tracked transparently on-chain
This way, everyone in the AI ecosystem gets rewarded for their contributions, not just the biggest players

How it work

Datanets (community datasets)
Anyone can pool data into a “Datanet.”Contributors get rewards whenever their data is used to train or improve a model.
Model publishingDevelopers can train AI models and upload them to OpenLedger.Once on-chain, models can be licensed, rented, or sold.Revenue splits are handled automatically with smart contract
AI agents on-chainAgents are small AI programs that perform tasks (like booking, customer support, or automation).On OpenLedger, agents can be deployed, tracked, and paid whenever they complete jobs.
Marketplace & liquidityData, models, and agents become tradable assets.You can buy, rent, or invest in them, just like tokens or NFTs — but for AI.
On-chain paymentsEvery time someone uses a dataset, model, or agent, smart contracts handle the payments instantly.This makes earning automatic, fair, and transparent

Technical foundation (simple words)

OpenLedger is a Layer 1 blockchain with special features for AI.It is EVM-compatible, so developers can use Ethereum tools and connect with existing wallets.Large files like datasets or model weights are stored off-chain, but their records and ownership proofs live on-chain.The network supports compute marketplaces, where people can provide computing power for training or running models and get paid.

Token and ecosyste
OpenLedger has a native token called OPEN.The token is used for payments, staking, governance, and marketplace activity.In September 2025, OpenLedger launched its mainnet and listed OPEN on exchanges, along with an airdrop for early supporters.
Since launch, the ecosystem has started to grow with model creators, data providers, and early DeFi integrations.

Real-world use cases
Hospitals and researchers can share anonymized medical data through Datanets and get paid when it trains new models.Independent developers can publish AI models (like a specialized chatbot) and earn whenever people use them
Businesses can deploy AI agents for customer support and sell their services on OpenLedger.Builders can mix datasets, models, and agents to create new AI products with automatic revenue-sharing.

Benefits
Fair rewards for data owners and model creators.Transparency about where data and models come from.Flexibility — works with Ethereum tools and DeFi systems.Open participation — anyone can contribute, train, or deploy AI.

Challenges

Privacy & legal rules: Sensitive data (like health or financial records) still needs strict compliance.Model safety: Harmful or biased models could spread if not carefully governed.Scalability: AI is heavy to run — OpenLedger must rely on off-chain compute to keep costs low.Market maturity: The idea is big, but adoption will take time

Bottom lin
OpenLedger is building a new economy for AI. It’s the first blockchain where data, models, and agents are treated like real digital assets — with marketplaces, payments, and clear ownership.
If it succeeds, OpenLedger could shift AI away from being controlled by a few giants, and instead create a fair, open, and decentralized AI ecosystem where anyone can earn from their contributions.

#OpenLedger @OpenLedger $OPEN

In short: Plume is a new Layer 2 blockchain designed to make it easy to bring real-world assets (RWAs) like property, loans, bonds, and funds onto the blockchain. It gives developers the right tools to tokenize assets, trade them, and stay compliant with regulations — all in one place.

Why Plume matters
Blockchains are great for speed and transparency, but they weren’t built for assets that live in the real world. Traditional assets come with rules, compliance, and legal steps that don’t fit neatly into normal crypto systems.
Plume solves this by being an RWA-native chain. That means it already has built-in features for tokenization, custody, and compliance. Institutions and asset issuers don’t need to hack together custom tools — they can use Plume’s ready-made infrastructure.

How Plume works

Tokenization of assetsAny real-world asset — like a loan or a piece of property — can be turned into tokens on Plume.
Those tokens can be split into smaller pieces, so many investors can share ownership.
Compliance & KYC built-inPlume connects with custodians and compliance providers.This makes sure KYC/AML checks and legal frameworks are followed — a must-have for real assets.
Modular designPlume is “modular,” meaning its parts (execution, settlement, data) can be adjusted easily.This flexibility is useful since different assets and regions have different rules.
EVM-compatiblePlume works with Ethereum’s smart contract system.Developers can use the tools they already know without learning a new language.
Easy payments & transfersPlume supports USDC natively and connects to CCTP V2 for smooth cross-chain transfers.This makes moving money and settling trades quick and cheap.

Who will use Plume
Banks & asset managers — tokenize funds, bonds, or portfolios to offer them on-chain.DeFi builders — create lending markets, stablecoins, or structured products backed by real assets.Custodians & compliance partners — provide safe storage and identity checks for investors.Marketplaces — list tokenized assets for secondary trading and improved liquidity.

Key benefits
Lower costs compared to traditional tokenization setups.Faster settlements thanks to stablecoins and cross-chain bridges.
Safer compliance with built-in custody and KYC tools.Developer-friendly since it works with Ethereum tools and apps

Progress so far
Mainnet launch (2025): Plume launched with over $150M in real-world assets already tokenized on the chain.Partners: Custodians, infrastructure providers, and DeFi projects have started integrating with Plume.Native USDC support: Settlements and payments on Plume can be done directly in stablecoins.Ecosystem growth: Dozens of projects — from asset tokenizers to RWA-focused DeFi apps — are already building on the chain.

Challenges to watch
Regulation: Different countries have different rules for asset tokenization. Plume must keep up with them.Custody risk: Every RWA token needs strong legal agreements and safe storage off-chain.Liquidity: Tokenized assets still need active markets and buyers to be useful.
Balance of compliance vs decentralization: Following regulations may require some permissioned access, which can limit open DeFi. Bottom line
Plume is one of the first blockchains built specifically for real-world assets. With its modular design, built-in compliance, and EVM compatibility, it aims to become the go-to chain for RWA finance.
The project is still young, but with mainnet live, stablecoin integrations, and institutional partnerships, Plume is already showing it can bridge traditional finance and DeFi.

#Plume @Plume - RWA Chain $PLUME

In short: Boundless is a system built by RISC Zero that helps blockchains and apps run heavy computations off-chain, create a zero-knowledge proof for it, and then verify that proof cheaply on-chain. This makes blockchains faster, cheaper, and more powerful.

Why Boundless matters
Blockchains are secure because every node checks the same work. But that also makes them slow and expensive when it comes to running big computations.
Boundless solves this problem by letting special prover nodes do the heavy lifting outside the blockchain. These provers create a mathematical proof that shows the work was done correctly. The blockchain only needs to verify the proof — which is much cheaper than redoing the whole computation

This means developers can build more advanced apps without worrying about high gas costs or limited speed.
How Boundless works (simple version)

zkVM (zero-knowledge virtual machine)Developers write normal code (for example in Rust).That code runs inside the zkVM, which can produce a proof of correct execution.No need to learn complex cryptography — the zkVM handles it.
Prover nodes (the workers)
Independent nodes, run by different people, pick up jobs.They run the computations, generate proofs, and send them back.They get paid for their work, so they are motivated to stay honest and reliable.
Cheap on-chain verification
Instead of redoing the heavy work, the blockchain just checks the proof.This check is very light and costs much less gas.
Marketplace & incentivesProvers compete to take on jobs in a marketplace.They may need to stake tokens, and they earn rewards only if their proof is valid.This system keeps the network secure and decentralized.

What developers and blockchains can do with it

Scaling rollups and L1 chains

Rollups can use Boundless to lower the cost of proof generation and speed up their networks.
Trusted Execution Environments (TEE)

Expensive attestation checks can be converted into cheap on-chain proofs.Private or heavy computations

Apps that handle sensitive data (like healthcare or finance) can process it off-chain, then prove correctness without exposing the raw data.
Indexing and data services

Data providers can prove that their off-chain indexing or calculations are correct.

Real-world benefits
Huge gas savings compared to doing the same work directly on-chain.Faster transactions since the blockchain only verifies small proofs.Easier for developers — they write normal code, not complex circuits.Decentralized compute power — anyone can run a prover node and earn rewards.

Current progress

Whitepaper & design — RISC Zero published the Boundless design and vision in 2024.zkVM 1.0 — a stable version of the zkVM was released for developers.Testnets — an incentivized testnet ran in 2025, letting provers and developers try the system.Mainnet launch — in September 2025, Boundless went live on chains like Base, marking its entry into real production use.

Risks and challenges
Proof security — if there’s a bug in the zkVM or cryptography, it could be dangerous.
Economic fairness — the prover marketplace must prevent centralization and collusion.Adoption barriers — projects still need to integrate verifiers into their smart contracts.

Big picture
Boundless wants to become the universal proving layer for Web3. Instead of every chain building its own zero-knowledge system, they can plug into Boundless. Provers do the hard work, proofs stay lightweight, and everyone benefits from cheaper, faster, more secure blockchains.
The project is still young, but with mainnet live and a strong developer base, it’s already proving itself as a key piece of future blockchain infrastructure.

#Boundless @Boundless $ZKC