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Have you ever looked at different DLT projects and realized they're all converging on the same ideas, just with different terminology? And have you ever wondered what would happen if you forced all DLT projects to have a baby, where each could only contribute their most powerful ideas? You'd be surprised by the overlap - how non-unique many projects actually are - and how few genuinely good ideas exist. Often they sound almost trivial once you strip away the noise. The problem is that fundamental breakthroughs get buried under layers of unnecessary complexity - the inevitable result of gradually expanding a protocol's capabilities as research progresses. With Kaspa, we have the benefit of being late. In fact, we're so late that we arrive at the party when almost all the research has already been done. We can skip the archaeology and just make that perfect baby - making the final breakthrough on our quest for perfection. Today we are open-sourcing our vprogs framework: github.com/kaspanet/vprogs A post-Amdahl execution engine that enables inter-block parallelism and linear scaling beyond boundaries traditionally assumed to be possible in the context of DLT execution. By deeply understanding causal actors and domains, we eliminate almost all logic and instead encode behavior in dependencies and relational properties of a generic type framework. This allows us to transparently map hardware resources to workload - achieving linear scalability. The design principles: - No fsync / WAL flush boundaries - No mutexes / locks - Versioned append-only data with efficient rollbacks - Maximal parallelism - even inter-block - breaking through Amdahl's law - No wasted CPU cycles on speculative execution This repo is still heavily WIP with rough edges (we don't even prune state yet). But the goal of this repository is to create a concrete instantiation of all existing research directions condensed into a singular, maximally performant type framework that gets away with almost no logic. There's still room for improvements (zero-copy deserialization, NUMA affinity, etc.) but we're converging toward a system that can eventually no longer be optimized or simplified. The holy grail of blockchain execution isn't more complex but orders of magnitude less complex than anything that exists today! I am really looking forward to tell you more about this in the coming weeks (I just ordered a new microphone pre-amp to be able to host regular hangouts where we can discuss and explain how everything works under the hood - let's pray for a fast delivery 😅).

The Kaspa network just got its DeFi moment. 🌐 Founder of @KaspaFinance @cryptojameslee explains how @kasplex is bridging mainstream DeFi to Kaspa and why scalability is the key to growth. Watch the full interview with @graminitha1 from @token2049 Singapore here. 🔽

@auzghosty @christi61026749 BGIN $BGIN is currently the U.S. listing company holding the most Kaspa x.com/oisinlee/statu…

🔔This is a milestone moment!🔥 🎊BGIN Blockchain Limited (Nasdaq: BGIN) @Bgin_Blockchain held bell-ringing ceremony today at the @Nasdaq MarketSite.🎉 🔥Make Crypto Mining For All! 📸Let’s celebrate and witness this unforgettable moment together. 🎉🚀 #BGIN $BGIN #ICERIVER #Nasdaq @NasdaqExchange #IPO #CryptoMining

Kasplex zkEVM: Smart contracts arrive on Kaspa Layer 2 Kasplex, in collaboration with the Kaspa Ecosystem Foundation (KEF) @Kaspa_KEF , has officially launched its zkEVM Layer-2 mainnet, bringing Ethereum-compatible smart contracts to the Kaspa network. This launch represents more than just a technical achievement. It’s the first time that programmable dApps, DeFi protocols, and complex smart contracts can run on Kaspa; an ecosystem known for its ultra-fast, Layer-1 proof-of-work blockchain. For developers, it opens a brand-new design space; for the Kaspa community, it’s a leap into decentralized finance, tokenization, and beyond. Background: The foundation laid by “Crescendo” Kaspa’s Crescendo hard fork, activated on May 5, 2025, was a historic milestone for the network. Internally labeled v1.0.0, Crescendo was the culmination of years of research into blockDAG scaling Kaspa’s unique consensus innovation that allows blocks to be created and confirmed in parallel. Key upgrades introduced with Crescendo include: • Block rate increase: Kaspa’s throughput jumped from 1 block per second (BPS) to 10 BPS, multiplying raw network capacity by a factor of 10. • Transaction ordering improvements: Ordered transaction execution was made possible; an essential prerequisite for any Layer-2 that relies on determinism in state changes. • Layer-2 readiness: Protocol updates for latency reduction, parallelism, and data availability ensured that Kaspa could support zk-rollups and other scaling solutions. • Developer foundations: By upgrading the underlying infrastructure, Crescendo essentially “primed” Kaspa for programmable logic, while retaining its hallmark instant confirmation and finality. Without Crescendo, Kasplex would not have been possible. It transformed Kaspa into a foundation ready for programmability at scale. What Is Kasplex zkEVM? Kasplex is the first zkEVM rollup deployed on Kaspa. Kasplex inherits Ethereum compatibility, meaning that developers can use the same tools they already know Solidity, Hardhat, Remix, Truffle, MetaMask without learning a brand-new development stack. Deployment is as simple as redirecting RPC endpoints. Some of Kasplex’s defining features include: • Gas in $KAS: Unlike most L2s that introduce a separate token, Kasplex uses bridged $KAS from Layer-1 as the native gas token. This preserves economic alignment and keeps value within the Kaspa ecosystem. • Bridging mechanism: A two-way bridge enables users to move $KAS from L1 → L2 to use in smart contracts, and back from L2 → L1 seamlessly. • Open node infrastructure: Kasplex offers three types of nodes that anyone can run, ensuring decentralization rather than limiting validation to a closed set of operators. This is more than a technical upgrade, it’s a strategic expansion for Kaspa: • For developers, Kasplex lowers the entry barrier: if you can code on Ethereum, you can now code on Kaspa. • For users, it means fast, low-cost DeFi, NFTs, DAOs, and experimental applications all secured by Kaspa’s proof-of-work Layer-1. • For the ecosystem, it’s the bridge to mass adoption: Kaspa goes from being a high-throughput Layer-1 to a complete smart contract platform. L2 Testnet: Key metrics & early performance Here are some of the notable statistics from Kasplex’s testnet since launch • Blocks generated: ~ 6.5 million (Kasplex does not generate empty blocks); blocks are produced only when there is payload to commit from L1. • Transactions: ~ 24 million • Unique wallets: over 300,000 • Throughput: over 1,000 transactions per second (tps) • Average block time: 0.9–1 (bps) These numbers speak to robustness, stability, and growing adoption. They suggest the system is performing well under load. Components Here’s how Kasplex is structured, and what its ecosystem includes: • Two-way bridge: Supports transfers from L1 → L2 → L1, so users can move $KAS into the Layer-2 environment, use them for gas/contracts, then exit if needed. kasbridge-evm.kaspafoundation.org • RPC / API: Full RPC endpoints supporting EVM-compatible calls evmrpc.kasplex.org • Explorer: Blockchain explorer for viewing transactions, blocks, and smart contract state on L2. explorer.kasplex.org • Chain ID: 202555 (this is the identifier for the Kasplex Layer-2 chain). • Token: $KAS • Official website: kasplex.org • Documentation: docs-kasplex.gitbook.io/l2-network • Layer 2 audit: github.com/kasplex/evm-l2… • Community: linktr.ee/kasplex What’s Next: Roadmap & Upgrades Kasplex is not static; several future developments are in motion: • KRC-20 (Kasplex’s token/inscription standard) will receive important upgrades before year-end. • A new EVM-Lua interface is in development that will allow for alternative smart contract languages or scripting paradigms. • Further Layer-2 functionality upgrades leveraging innovations from Kaspa itself (for instance, zero-knowledge proof improvements, “vprogs” or virtual programs, etc.). Why this matters: Implications for Kaspa & the ecosystem • DeFi readiness: Kasplex unlocks detailed smart contracts and composability, enabling AMMs, lending/borrowing, stablecoins, and all the tools of decentralized finance. • Developer onboarding: Because it’s zkEVM + Ethereum‐compatible, porting existing dApps is much easier. This will accelerate ecosystem growth. • Scalability with security: Kaspa’s PoW + blockDAG architecture combined with Kasplex’s roll-up design aims to maintain strong security and decentralization. • KAS utility: Using $KAS as the gas token helps retain economic alignment, not relying on an external token. Closing thoughts We extend our sincere gratitude to the Kaspa core developers, whose groundbreaking work made this possible, and to the Kaspa community, whose vision and energy continue to inspire us. A special thanks goes to all the teams and builders who tested their applications on the Kasplex testnet, providing invaluable feedback that helped shape the mainnet launch. Kasplex zkEVM is not just our achievement, it is the result of collective dedication, collaboration, and belief in what Kaspa can become. This milestone belongs to all of us, and it marks just the beginning of what we can build together.