A dedicated #Kaspa volunteer, translating English content into Traditional Chinese and sharing the latest updates on $KAS.|A poet behind the lens.

🤯 Kaspa Fans, You MUST Read This! Vprogs MasterClass Highlights (by @michaelsuttonil) Hey fellow Kaspians! I just finished digesting the 1.5-hour Vprogs MasterClass with Michael Sutton, and my mind is completely blown. This isn't just a new feature; it's a fundamental rewrite of the rules for DeFi and smart contracts. I've compiled the key highlights that every Kaspa fan needs to know. This is the blueprint for Kaspa's future! 1. What are Vprogs? (Hint: It's Not a Traditional L2!) In simple terms, Vprogs can be understood as "tiny, tiny base roll-ups" [03:30]. L1 (Kaspa) Does the Heavy Lifting: The Kaspa L1 acts as the single Sequencer, Data Availability (DA) layer, and Settlement layer. Off-Chain Execution, On-Chain Verification: All smart contract computation happens off-chain, but is verified on L1 using ZK Proofs (specifically, Validity Proofs). This means the L1 stays extremely lightweight while securely enabling complex applications. 2. The Vprogs' Killer Feature: Synchronous Composability This is the key that sets Vprogs apart from the entire Ethereum L2 ecosystem. The Ethereum L2 Pain Point: Fragmented Liquidity. The Uniswap pool on Optimism and the Uniswap pool on Base are completely separate pools of money. The Kaspa Solution: Because the Kaspa L1 is the single Canonical Sequencer, all Vprogs share one unified global state. The Result: Unified Liquidity! This means one Vprog (like a DEX) can interact with another Vprog (like a lending protocol) atomically [08:11] within a single transaction, just as if they were both on L1. This makes it possible to build a unified "Asset Hub" [27:42] and says goodbye to liquidity silos forever. 3. The Grand Ambition: Vprogs are VM-Agnostic The goal of Vprogs is not to pick "one" virtual machine (VM) to rule them all. The design is VM-agnostic. This means: Developers from the Solana ecosystem (who know Rust) Developers from the Ethereum ecosystem (who know Solidity) ...can all use "templates" they are familiar with to build Vprogs on Kaspa! This massively lowers the barrier to entry for developers worldwide. 4. L1's Secret Weapon: The "Computational DAG" (CDAG) You might be wondering: If L1 doesn't execute contracts, how does it manage all this? The answer: The Computational DAG (CDAG). The Kitchen Analogy: Michael used a great analogy. Think of Vprogs as a big kitchen with many chefs (Vprogs) working with shared ingredients (state). The CDAG = The Master Chore Chart: The CDAG on L1 is like a "master chore chart" on the fridge [55:07]. It doesn't do the cooking (execution), but it precisely tracks "which chef (Vprog) read or wrote which ingredient (state) at what time." L1's Real Job: L1's job is to Regulate this CDAG, ensuring the "computational scope" and cost for each Vprog stays within its limits. This prevents a "noisy neighbor" (a high-traffic Vprog) from slowing down the whole system and achieves true Sovereignty. 5. Why Vprogs Scale Infinitely: A Perfect Incentive Loop The scalability of Vprogs comes from a brilliant market-driven mechanism: Proof Frequency. The Problem: If ZK proofs are submitted too infrequently (e.g., once a day), the dependencies between Vprogs become highly "Entangled" [01:12:11]. This eventually forces every Vprog to run everyone else's data, and the system collapses into one "fat L2." The Vprogs Solution: The operator of a Vprog (the dApp) has a strong financial incentive to pay a Prover to submit proofs more frequently. Why? Frequent proofs = Dependencies are "broken," keeping the system light. Cheaper composability = Attracts more user traffic. More traffic = The Vprog earns more fees. This is a Sovereign scaling flywheel, driven by the self-interest of each Vprog! Final Thoughts: This is Kaspa's Grand Vision Michael emphasized that this all stems from the "Ethereum fragmentation problem" [32:43] that Yonatan (Kaspa's founder) saw back in 2020. Kaspa's goal from the start was to solve this the right way. Vprogs are tackling the "Interoperability Dilemma" [37:14] of blockchain, offering a truly synchronous, composable, and trustless system. What can we do as a community? Educate! Understand how powerful Vprogs are and spread the word. The future of Kaspa is the future of DeFi. #Kaspa #KAS $KAS #Vprogs #MichaelSutton #DeFi #SmartContracts #ZK #Rollups #Layer2 #UnifiedLiquidity #Blockchain
🚨 NEW Episode w @michaelsuttonil vProgs MasterClass (MUST WATCH) Full Youtube - piped.video/xHlOcR1x2tU CC @hashdag @FreshAir08 In this exclusive 90-minute deep-dive, Ankit sits down with @michaelsuttonil, Co-Author of #KASPA #vProgs, for the most comprehensive explanation of vProgs (Verifiable Programs) to date. This isn't just another crypto interview - it's a masterclass in next-generation blockchain architecture. This is the conversation that will define how we think about blockchain scalability, liquidity fragmentation, and the future of decentralized applications. vProgs represent #Kaspa's answer to what many consider blockchain's greatest unsolved problem: the fragmentation crisis. While Ethereum's rollups trap developers and users in isolated silos (Base, Arbitrum, Optimism), vProgs create a unified, one-dimensional space where programs can synchronously compose while maintaining sovereignty. @michaelsuttonil breaks down complex concepts like #basedrollups, canonical ordering, #computationalDAGs, and #synchronouscomposability into understandable explanations. Whether you're a developer evaluating blockchain platforms, a researcher studying L2 solutions, or an investor trying to understand #Kaspa's technological edge, this episode provides the clarity you need. What makes vProgs revolutionary? Unlike traditional L2s that require trust assumptions and complex bridging, vProgs inherit L1 security directly, eliminate censorship risks, and create true unified liquidity through atomic composability. The experience? As Michael explains, it should feel "as if programs are on L1" despite executing off-chain with ZK proof verification. TOPICS DISCUSSED: vProgs Fundamentals - What they are and why they're called "verifiable programs" instead of smart contracts Single Sequencer Architecture - How Kaspa L1 enables synchronous composability that fragmented L2s cannot achieve. Based Rollups Superiority - Why having all roles on L1 eliminates trust assumptions and inherits full security Ethereum's Fragmentation Problem - The "failure supernova" that inspired Kaspa to design differently from day one One vs Two-Dimensional Liquidity - Why current L2s trap users in bundles and how Vprogs solve this Unified Liquidity & Asset Hubs - Creating a single liquidity space without bridges or fragmentation L1 Experience on L2 - How atomic composability makes off-chain execution feel native• Multiple VM Support - Supporting different virtual machines (Solana-style, EVM-adapted) as templates Validity Proofs vs Zero-Knowledge - Clarifying the cryptographic architecture behind vProgs Sovereignty + Composability - Balancing program independence with seamless communication ComputationalDAG - The breakthrough that made the entire vision click into place -------------------- This video is for educational purposes only and not financial advice. Always conduct your own research before engaging with blockchain projects or investments. #vProgs #kaspa #kaspa #kaspacurrency #kaspaupdates #kaspaecosystem #kaspanews
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A lot of people think what makes Kaspa unique is the technology. But the technology is really the consequence of a deeper philosophical difference. Most crypto projects ask: How can we maximize performance without sacrificing decentralization? Kaspa asks: How can we maximize decentralization without sacrificing performance? That slight inversion of priorities changes everything. It changes what the system optimizes for, which tradeoffs are acceptable, and ultimately what kind of threat model matters. Kaspa and in particular the upcoming DAGKnight fork are built around the idea that a decentralized monetary network should remain resilient even under extreme failure scenarios like global infrastructure disruption, war, or other large-scale breakdowns. Because fast digital coordination should not force people to choose between trusting a small group of node operators over a small group of banks. For many applications, that distinction may not matter. But for the applications where credible neutrality, censorship resistance, and resilience matter most, that ideological edge is the product. Kaspa does not merely compete at the technological level. It competes at the philosophical level and the technology is just the downstream consequence of following that philosophy to the end.
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I’m finally ready. After six months of hard work and coding, all my companies will have fully transitioned to kaspa:native for their day-to-day transactions by December. The decision has been made, and the work is almost complete. Starting no later than January 1, 2027, €20 million in financial flows will be routed through kaspa:native . A big thank you to $ESSECBusinessSchool $ESSEC and $GS $GoldmanSachs for their support. kaspa:native $KASPA $KASPAARMY $KASPARMY $KASPIAN $CRYPTO
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After endless audits, reviews and refinement cycles, it’s finally here, ladies and gentlemen: silverscript 🩶📜
Finally, Silverscript v1 is out [Link in the reply]. This completes the journey we started eight months ago with Toccata — it's finally possible to write human- (and AI-) readable smart contracts on Kaspa. This language started simply as "CashScript with loops", but eventually grew into a full-fledged smart contract language capable of expressing complex, stateful contracts. It's always fun to look back at the first token mechanism @IzioDev and I worked on using raw opcodes, which took thousands of lines of code, and see the same thing implemented in just 60 easy-to-read lines of Silverscript. I'm excited to explore the possibilities of UTXO programmability together with the Kaspa community, and this is only the beginning - Silverscript will evolve, Argent will add higher layers of abstractions, and I'm sure more people will find their own way of extending this new ecosystem.
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Just got some kaspa.
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GEMINI × KASPA SILVER Join us live with @KaspaSilver for a conversation about Kaspa, the technology behind the project, and the community around it. Tomorrow @ 9am ET Be there or be square🟧
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a lot is hiding underneath the simple sentence “doing covenants in the right way” reading around lately, i still feel like many might not fully grasp the potential of covenants done right on a high frequency network i’d be happy to discuss the details and the possible strategic meanings in depth on the pod sometime
While Bitcoin is Debating OP_CAT, Kaspa implemented an enhanced and well thought out hard fork. $KAS $BTC @hashdag
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3 KCCs by @iziodev (1, 2) & @manyfest_ (20) were finalized today as DRAFT calls for convention: github.com/kaspanet/kccs Now would be a great time to really challenge these specs and find their possible limitations and tradeoffs
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在 Kaspa 的 L2 上跑一筆 EVM 交易,比在以太坊主網便宜多少?有人做了實測,數字不小 👇 $KAS 1/
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4/ 這組數字說明什麼:Kasplex、Igra 目前已是完整相容 EVM 的環境,而且執行成本結構跟以太坊主網差很多。
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5/ 這不是「以太坊不好」的結論,也不代表資金會因此搬過去——單純是一組成本對比數字,機制設計不同,成本結構自然不同。 #Kaspa
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DAGKnight 現在到底走到哪一步?三個查得到的事實,擺出來給你自己判斷 👇 $KAS 1/
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5/ 三件事放在一起:devnet 有在動、公開 repo 沒新 commit、媒體說要加速。可能是工作轉到私有分支,也可能加速還沒真正開始——不確定,這才是誠實的答案。
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6/ 沒有內幕消息,只有查得到的紀錄。想自己追,GitHub 的 commit 紀錄和官方時程公告,比任何轉述都可靠。 #Kaspa
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