We are looking forward to closing the gap between blockchain and the traditional world. 🤝 Find out what Coinweb is capable of 🌏 $CWEB #Coinweb #Interoperability

Small progress update. MultiversX halted their network shortly after the Supernova upgrade, and Coinweb kept running smart contract deployments the entire time without interruption. This is the benefit of building on top of many chains instead of betting everything on one: no single chain's heartbeat can stop the system. We've also started exploring private swaps built using the PACT Framework, albeit very very very early stage. New price oracles are in testing now, including ARB-USD and SOL-USD, and Solana smart contract event gathering has been introduced at the core level. On the infra side: our testing SDK and core simulation got a serious upgrade, cutting some test runs from minutes down to seconds. The new Contract Kit is being hardened ahead of migrating existing contract code, and early improvements have already cut some contract-flow execution times by around 50%. Steady progress across the board.

It's finally official: we're live on @Arbitrum, bringing the total to 12 supported chains. Arbitrum assets are already available for trading on @Pact_Swap, with more pairs and integrations to follow. We're on a mission to build the ultimate interoperability machine: connecting new chains, providing full data availability, and making it effortless to build, deploy, and supercharge cross-chain dApps.

.@arbitrum is now live on Pact Swap. ETH. USDC. USDT. One more chain → the same trustless experience. The Pact keeps growing.

This week we're attending Litecoin Summit by @LTCFoundation. In light of that, we thought it would be good to explain a bit what Coinweb brings to the table for the broader $LTC community. Litecoin does not need to become Ethereum to support more advanced applications. With Coinweb, developers can deploy dApps that use @litecoin as an underlying base layer while executing application logic through Coinweb’s Reactive Smart Contracts. That means a dApp can observe Litecoin transactions, react to verified Litecoin data, and coordinate logic across other chains and VMs. This opens the door to more than just LTC swaps. Examples of what developers can build: • Payment apps using native LTC settlement • Cross-chain DEXs and liquidity products • Merchant infrastructure • DeFi applications triggered by Litecoin activity • Multi-chain dApps where LTC is part of the core logic And any type of dApp requiring smart contracts that reacts to data on the Litcoin network. Litecoin remains Litecoin. Coinweb adds the application layer around it.

Coinweb’s Reactive Smart Contracts are like smart robots for blockchains. They run on their own, can react autonomously to events, and work across all connected chains. One gas token ( $CWEB ), self-managed fuel, no middlemen. Perfect for cross-chain swaps: no validator sets, no idle capital, no 1000x collateral. Just-enough, just-in-time collateral management. More trustless. Faster. Cheaper. Smarter.

Most dApps today are still confined to the blockchain they were built on. Their data lives there. Their logic executes there. Their users are limited by it. Coinweb changes that. Instead of relying on its own consensus system to “agree” on what happened on another chain, Coinweb continuously parses and reacts to canonical L1 blockchain data directly from the source chains themselves, deterministically. To date, we have parsed over 40,000,000,000 L1 transactions. This gives developers building on Coinweb direct access to blockchain data across every connected ecosystem. Directly from the underlying chains themselves. That means developers can build dApps that react to real multi chain activity in deterministic ways. A transaction either happened on the blockchain or it didn’t. No subjective validator voting. No probabilistic bridge consensus. No federated trust assumptions. This becomes especially powerful for emerging categories like autonomous AI agents. An AI application built on Coinweb could monitor activity across multiple chains simultaneously and execute deterministic actions based on verifiable blockchain events: • Rebalance treasury positions across ecosystems • Execute cross chain liquidity strategies • React to payment settlement events • Coordinate multi chain gaming economies • Trigger automated workflows based on real blockchain activity All from a unified application layer with direct access to canonical L1 data. Reactive Smart Contracts execute based on verifiable blockchain events, allowing applications to coordinate logic across ecosystems with predictable outcomes and reduced complexity. This is a fundamentally different model for building multi chain applications.

We will have @AntonCoinweb representing Coinweb and contributing to this year’s Litecoin Summit in Amsterdam! Looking forward to connect with the LTC community!

This is exactly the direction we’ve been building towards. @CryptoRubic integrating @Pact_Swap means the PACT Framework will now be powering cross-chain execution inside major aggregator flows. Higher capital-efficency → better quotes → higher conversion → more volume. Distribution unlocked.

10B was just the start. Now 21B+ and accelerating ⚡ Solana integration injected serious throughput into the system, increasing the volume of data flowing through Coinweb and strengthening real time reactivity. This ultimately enables better applications and drives stronger network effects.

In March we ship. A number of major developer infrastructure upgrades have now been completed and released, significantly improving both the developer experience and the capabilities of the Coinweb stack. ┃ ┣ 📂 Smart Contract SDK ┃ ┣ 📂 Promise based architecture ┃ ┃ ┗ 📂 (replacing callbacks) ┃ ┣ 📂 Improved developer experience ┃ ┣ 📂 More predictable execution flow ┃ ┗ 📂 Automatic fee recovery ┃ ┣ 📂 Claims Tables SDK ┃ ┣ 📂 UI generation from configuration ┃ ┣ 📂 Reduced frontend complexity ┃ ┣ 📂 Faster dApp development cycles ┃ ┗ 📂 Standardised contract interfaces ┃ ┣ 📂 Coinweb Price Oracle ┃ ┣ 📂 On-chain price data ┃ ┃ ┗ 📂 Native to Coinweb L2 ┃ ┣ 📂 Enables new DeFi integrations ┃ ┗ 📂 Supports automation ┃ ┗📂 and dynamic logic ┃ ┣ 📂 Solana Integration ┃ ┣ 📂 Live in production ┃ ┣ 📂 Stable performance observed ┃ ┣ 📂 ~10x increase in parsed txs ┃ ┗ 📂 Cross chain capabilities next More functionality, more chains, and more use cases.

Solana is now live in production on Coinweb and visible in the explorer. It is the leader of all chains in adjusted stablecoin volume. That momentum makes it an important network for the broader ecosystem. With @solana connected, developers building on Coinweb can now access Solana’s on-chain data and infrastructure directly through our execution layer. The next phase is enabling interoperability between Solana and other connected chains. We will soon support cross chain swaps between $SOL and SPL tokens with native Bitcoin, BNB Chain and additional networks in the ecosystem. As more chains connect, applications built on Coinweb gain broader reach without needing separate deployments or additional integration layers. One deployment. Multiple blockchains.

0.19% fees for a cross-chain BTC → USDT on ETH swap. On @Pact_Swap someone swapped 0.89 BTC to 59,771.4792 USDT on ETH. Fees paid: $114.13 (0.19%). 👀 Who said cross-chain has to be expensive? #Defi done right!

People use the term “multi-chain” the wrong way. Today, multi-chain usually means deploying the same dApp separately on different blockchains. Different contracts. Different liquidity pools. Different user bases. And very often, those deployments cannot even communicate with each other. That is not unity. That is fragmentation. Coinweb changes what multi-chain actually means. Instead of deploying multiple isolated instances, you deploy once on Coinweb’s execution layer. From there, your application gains access to every blockchain we connect to, with shared logic and cross-chain awareness built in. Your dApp can read events from multiple L1s, trigger actions across them, and route activity where it makes the most sense, all without splitting users or duplicating infrastructure. That is true multi-chain. One deployment. Multiple blockchains. No fragmentation.

Litecoin has quietly done what most chains never manage. It has stayed fast, reliable, and unchanged through every market cycle. That reliability is exactly why Litecoin was one of the first blockchains Coinweb connected to, and why Coinweb became the first Layer 2 built on top of Litecoin. By extending Litecoin with Coinweb’s execution layer, $LTC gains access to cross-chain trading without wrapping, bridges, or added trust assumptions. Litecoin remains exactly what it has always been, now able to interact seamlessly with tokens on other blockchains. Interoperability should amplify proven networks, not replace them. @CoinwebOfficial makes that possible for @litecoin.

Coinweb is the first interop protocol that also functions as a native L2 app layer, essentially combining both into one unified system. Instead of only providing interoperability between blockchains, Coinweb provides an execution environment where smart contracts can run across chains, read their state, react to events, and commit results back using native L1 transactions. Developers do not need to choose a single chain or integrate a separate interop protocol. They deploy once on Coinweb and gain immediate access to all connected blockchains with deterministic behaviour and full data availability. It is the first time an interop framework and an L2 have been fused into a single, coherent compute layer. All powered by $CWEB.

Coinweb isn’t just interoperability infrastructure. It’s the first protocol that functions as both a Layer 2 and a cross-chain infrastructure at once. Most “interop” projects stop at connection. They let chains talk to each other, but that’s where it ends. Coinweb goes further. We don’t just connect blockchains; we unify them into one scalable execution layer where dApps can live across chains instead of being trapped on one. That means builders deploying on Coinweb don’t need to choose a single network or ecosystem. They deploy once and instantly gain access to every blockchain we connect to, with full data availability across them all. Your dApp can read events, state changes, and transactions from multiple L1s in real time. It can react to those events, trigger logic, or route transactions to wherever it’s cheapest or fastest. And it can do all of that while maintaining deterministic execution, meaning the same inputs always produce the same outputs, no matter which chains are involved. This is how Coinweb turns interoperability into scalability. Every new chain that connects doesn’t fragment the network. It expands it, and it increases our L2's max TPS. More compute. More liquidity. More reach for builders. Coinweb is not just a bridge between ecosystems. It’s a scalable cross-chain Layer 2 that makes dApps composable, reactive, and future-proof. The future of Web3 won’t be built on one chain. It will be built across all of them, and on Coinweb, it already is. Build once. Scale everywhere. Build on Coinweb.

What @CoinwebOfficial lets us do: - Swap across chains without bridges - Settle trades directly on-chain - Use collateral instead of validators - Keep every transaction trustless - Stay native from start to finish Now that’s how you PACT 🔄

Interested in knowing about the relationship between @Pact_Swap as a dApp, @CoinwebOfficial as infra and $CWEB as infra token? Coinweb is the base layer that every swap, fee, and settlement passes through. Let's dive into it 👇 Each trade on Pact Swap pays a 10bps fee, collected in CWEB and directed into the fee pool. This pool is where the economic weight of the protocol builds over time. It holds the accumulated value of trading activity, secured directly on Coinweb’s layer. When users burn $PACT, they gain access to a proportional share of that pool. The more trading that takes place, the more CWEB flows in, and the greater the value locked on-chain. This system creates a natural loop. Every new trade adds another 10bps worth of CWEB to the pool. To put it in perspective: 🔹 $10 million in daily volume adds roughly $10,000 worth of CWEB to the pool. 🔹 $100 million adds $100,000. 🔹 At $1 billion per day, the fee pool accumulates $1 million in CWEB daily. It’s also important to note that liquidity providers post collateral (2x the value of each swap) for every order, in CWEB. When swaps are completed correctly, their collateral is released, minus the 10bps that went to the fee pool. They then have to replenish that collateral to uphold the collateral requirement thresholds for the trades they are settling. If a liquidity provider fails to deliver what was promised in the PACT, their collateral is first slashed and used to incentivize other liquidity providers to settle the trade. If this still doesn’t happen, users are automatically compensated from it. This dual role, collateral and fee settlement, ties CWEB directly to the integrity and security of every trade on the platform. It is the core functionality of the consensus-less interoperability framework from Coinweb. As volume scales, more CWEB is locked, more fees accumulate, and more value circulates between traders, liquidity providers, and the protocol itself. CWEB is the asset that keeps the system secure, liquid, and self-sustaining. It is the backbone of trustless, cross-chain trading. Built on Coinweb, powered by CWEB, and executed on Pact Swap.