Learn about cysic From the @cysic_xyz white paper, it's already known that cysic plan to provide hardware for zk infras for faster processing of zkp How cysic plan to achieve this is by tackling two challenges; > Prover decentralization The idea behind decentralized provers is that it prevents single points of failure in Zk projects > Latency and cost in Zk proof verification This involves reducing the fees in settling proofs by aggregating proofs and then settling it all at once on Ethereum. This reduces the gas fees for verification but wait time increases But the wait time can be bypassed if the user verifies off chain first before settling on Ethereum

Capzz Random @SuccinctLabs Yap - Day 19 TOPIC: Introducing SP1-CC: Unleashing the Full Power of the EVM Succinct launched something new called SP1-Contract-Call (SP1-CC). SP1-Contract-Call (SP1-CC) is a ZK coprocessor built by. Think of it as a “sidekick computer” for Ethereum smart contracts. It lets smart contracts on Ethereum run massive computations off-chain (using SP1 zkVM) and verify the result on-chain with a ZK proof. That is basically doing heavy lifting off-chain and then prove to Ethereum that the work was done correctly, using zero-knowledge proofs (ZK proofs). It's like giving your smart contract a powerful computer friend. Ethereum is great, but it has limitations: → Gas is expensive → Smart contracts can’t do complex tasks → Historical data isn’t easily accessible → Immutable contracts can’t evolve SP1-CC breaks these limitations without modifying Ethereum itself. How It Works SP1-CC introduces a new way to compute: Read → Compute → Verify Read Grab any past data on Ethereum, balances, transactions, smart contract storage, etc. Compute Run your logic (like filters, math, simulations) off-chain, where it’s fast and cheap. Verify Send a tiny ZK proof to Ethereum that confirms everything was done honestly. What This Unlocks Before SP1-CC: You couldn't access old data easily. You were limited by gas fees. You couldn’t upgrade contracts without big headaches. Now, with SP1-CC: You can access any past block or data on Ethereum. Run super heavy logic without worrying about gas. Simulate contract logic, upgrade functionality, and prove it all back on-chain. The SP1-CC Tools (Primitives) To do all this magic, SP1-CC gives devs 3 powerful tools: call() Emulates a contract call at any past block. Useful for reading old data or simulating behavior. create() Spins up a fake contract off-chain just to test or simulate what it would do. get_logs() Search logs/events across history, something Ethereum doesn’t easily allow. Here's how the EVM changes for developers What’s Possible Now? Real-World Use Cases 1. On-chain Governance Without Migrating Tokens - Normally, to add governance to an old token, you’d need to upgrade or redeploy. - With SP1-CC, you can track holders, votes, and DeFi positions, all off-chain, and prove it works, without touching the original token contract. 2. Airdrops You Can Actually Trust - No more sketchy off-chain lists. - With SP1-CC, you can prove that only users who did X, Y, Z got included, and everyone can verify it. 3. DeFi Oracles Without Complicated Tricks - Normally, getting a token’s historical price (like TWAP/VWAP) is messy and costly. - SP1-CC lets you read price data from any past block and calculate anything you want off-chain. 4. Whitehat Security Proofs (Proof of Exploit) - Instead of sharing private bugs, security researchers can simulate the bug with SP1-CC and prove the vulnerability without revealing the actual exploit logic. Real Projects Are Already Using This @eigencloud EigenDA They use SP1-CC to verify that each blob of data is backed by staked votes. Without SP1-CC? Doing that directly on Ethereum would be way too expensive. With SP1-CC? They do it off-chain, then just prove it to Ethereum cheaply. It’s faster, more secure, and scalable Why This Matters for the Future SP1-CC gives developers and protocols new powers without needing to change Ethereum itself. That’s huge. With it: Ethereum gets smarter, faster, and more flexible. Devs can dream bigger without being scared of gas limits or history access. Web3 gets more trustless, transparent, and user-friendly. It’s like plugging a super-brain into Ethereum, and letting it prove everything it thinks with math. Shoutout to the team and everyone working behind the scenes to give us the future of Ethereum. @0xCRASHOUT @SaiMoo_n @Zahar0n_

Ethereum’s Leap into ZK: Real-Time Proving at the Base Layer The Ethereum Foundation recently unveiled a bold new direction that marks a foundational shift for Ethereum: Zero-Knowledge (ZK) proofs are moving from Layer 2 rollups to the base protocol layer. Eventually, zkEVM clients at Layer 1 could eliminate re-execution entirely, transforming Ethereum into the world’s largest zero-knowledge application. What Is Real-Time ZK Proving? Ethereum’s new execution model is centered on zk clients; validators that prove blocks using cryptographic proofs instead of replaying every transaction. The idea is to verify state transitions with math, not trust. These zk clients must meet strict real-time benchmarks: > Proof Latency (P99): ≤ 10s > Security: ≥ 128-bit (≥ 100-bit initially acceptable) > Proof Size: ≤ 300 KiB > Hardware Cost: ≤ $100K (on-prem) > Power Usage: ≤ 10 kW > Codebase: Fully open source This “real-time proving” goal ensures proofs can be generated within Ethereum’s 12-second block time making full-node proving at home viable. SP1 Hypercube: A Working Example Leading this charge is SP1 Hypercube from @SuccinctLabs: > Proves 94% of blocks in under 12s (avg ~10.3s) > Operates on ~160 - 200 RTX 4090 GPUs > Cost: ~$300 - $400K for production setup > Uses transparent STARKs, with optional SNARK wrapping SP1’s performance comes from innovations like multilinear polynomial proof systems and its Jagged PCS scheme, enabling massive parallelism and prover efficiency. The stack will be open-sourced post-audit, opening the door to community proving. Why This Changes Everything: Real-time ZK at Layer-1 unlocks more than scalability: > Layer-1 Throughput Boost: Proofs remove redundant re-execution > Native zk-Rollups: Finality becomes cryptographic > Universal Light Clients: Phones can verify blocks in milliseconds > Rollup Composability: Synchronous, secure multi-rollup interaction Ethereum’s model flips from trusting honest validators to verifying every block cryptographically. This is decentralization through verifiability. The zkVM Race Ethereum isn’t betting on just one proving system. zk diversity is key: > RISC Zero: A RISC-V zkVM under $120K proving setups > ZKM, Valida, Snarkify: Each exploring new ISAs and circuit design > EthProofs: Public dashboard tracking zkVM performance against EF targets Multiple zkVMs per block = resilience and antifragility. What’s Next: Ethereum’s proving roadmap includes: > Devconnect Argentina (Nov 2025): Home proving milestone > Pipelining (Glamsterdam): Extends proving window beyond single blocks > zkVM Client Diversity: Verifying 3 zk proofs per block Challenges Remain: > Tail latency and worst-case block proving. > Hardware accessibility and prover decentralization. > Formal verification, client specs, and gas incentive alignment. Ethereum Is Becoming a Proving System The Ethereum Foundation, led by engineers like Sophia Gold, is building more than a blockchain. It’s creating a global proving system; a decentralized layer of programmable trust. Succinct Labs, RISC Zero, and other zkVM builders are already proving live mainnet blocks. With SP1 hitting 10.3s latency and 94% real-time coverage, the Ethereum Foundation's benchmarks are not aspirational, they're operational.

GM CT it’s another beautiful day to study Anoma.🧙‍♂️ Anoma is a next generation blockchain protocol designed for privacy preserving, decentralized applications and intent based trading. Unlike traditional blockchains that rely on order books or centralized coordination, @anoma introduces a novel intent centric architecture, allowing users to express what they want (intents), rather than how to get it. Key Features: • Intent Centric Design: Enables peer to peer coordination without needing trusted intermediaries or centralized marketplaces. • Full Privacy: Built with advanced cryptography (like zero-knowledge proofs) to ensure transaction privacy across assets, data, and identities. • Composability: Supports complex logic and multi party transactions, suitable for use cases like private bartering, DAO coordination, and decentralized finance (DeFi). • Multi Asset Support: Designed to handle any kind of asset or value representation natively, not just tokens. Anoma reimagines the way value is exchanged and coordinated across decentralized networks, prioritizing autonomy, privacy, and interoperability.

Let's talk about the one of the most talked about tech stack at the moment (SP1). Walk with me ⬇️ --- 🧵 The SP1 Stack by @SuccinctLabs is wild 🤯 It’s not just a zkVM. It’s a modular suite of ZK components—each unlocking new powers for Ethereum builders. Let’s break down: —> SP1 Hypercube —> SP1-CC —> SP1 Turbo —> SP1 2FA And how they all fit together 👇 --- 1/ SP1 is the zkVM core. Built by Succinct Labs, SP1 is a fast, Rust-native, RISC-V zkVM optimized for proving real-world logic with recursion, STARKs, SNARKs, and GPU acceleration. But what makes SP1 powerful is not just the VM... It's the ecosystem around it. --- 🔷 2/ SP1 Hypercube > High-throughput zkVM execution layer What it is: A parallelized proof system for SP1 programs, designed to handle massive workloads like full Ethereum block validation. Workflow: Compile Rust/LLVM → SP1 Prove 600M+ RISC-V cycles Parallelized on GPU clusters (e.g., 200x RTX 4090) Get STARK proof → SNARK for on-chain Use Cases: 🌐 Rollups, Shared Sequencing, L1 Proving, Full Nodes --- 🛠 3/ SP1-CC (Contract Call) > The ZK coprocessor for Ethereum smart contracts What it is: A dev-friendly library that lets you simulate and prove smart contract calls off-chain, then verify them on-chain (≈280k gas flat). Workflow: Define Solidity call in Rust Run cargo prove Submit proof to on-chain verifier Use Cases: 💸 ZK Airdrops, DeFi logic off-chain, Extend immutable contracts --- ⚡ 4/ SP1 Turbo > Blazing-fast prover for any SP1 program What it is: A GPU-accelerated proving backend optimized for SP1 workloads—used by both Hypercube and CC under the hood. Workflow: Runs proofs 10x faster than most zkVMs Supports recursion, STARK-to-SNARK pipelines Integrated with real-time proving (sub-12s for full blocks) Use Cases: 🏎️ Scaling any SP1-based application, real-time zk infra --- 🔐 5/ SP1 2FA > Verifiable WebAuthn-based 2FA via ZK What it is: A proof system that lets you generate ZKPs of hardware-backed authentications (WebAuthn/FIDO) for trustless verification. Workflow: User authenticates via WebAuthn (YubiKey, FaceID, etc.) Generate proof that it happened (off-chain) Verify on-chain (EVM or elsewhere) Use Cases: 🔐 Onchain identity, ZK logins, passwordless auth, DAO security --- 🧠 6/ Why this matters: Component|Role|Main Use Case ⬇️ ⬇️ ⬇️ SP1 Hypercube|Infra-grade zkVM engine|Rollups, Sequencers, L1 Proving SP1-CC|Dev toolkit for EVM contract calls|Coprocessors, ZK airdrops, L3s SP1 Turbo|GPU prover backend|Acceleration for SP1 proofs SP1 2FA|ZK proof of WebAuthn identity|Trustless Auth, zkLogin, DeFi UX Together, they’re turning Ethereum into a fully programmable ZK machine. --- 7/ TL;DR: SP1 is not just a zkVM for those of you who do not understand it yet. It’s a stack: Hypercube = enterprise-grade proving CC = dev-grade zk coprocessing Turbo = gas pedal for proofs 2FA = decentralized identity w/ ZK This is what modular, programmable ZK looks like 🔥 --- ✨ Bonus: Every component is open-source, developer-first, and production-ready. SP1 is quietly becoming the Linux kernel of ZK computing. Are you paying attention?

Succinct ZK Revolution in Bitcoin Today i want to talk about the strategic partnership between Alpen Labs and Succinct, which aims to enhance Bitcoin's programmability through zero knowledge proofs (ZKPs). Alpen Labs focuses on expanding global financial access via ZK-enabled infrastructure on Bitcoin leveraging Succinct's expertise in succinct proofs. The core of this collaboration is the integration of Succinct's SP1 technology which enables efficient and verifiable proofs for large-scale transactions. This allows Alpen Labs to process tens of thousands of transactions with succinct proofs verifiable on the Bitcoin network improving scalability and privacy. ------------------- The technical synergy lies in Succinct's ability to generate compact proofs that maintain Bitcoin's security and decentralization while supporting complex financial applications. Alpen Labs' infrastructure benefits by building trust in minimized Layer 2 solutions crucial for handling high transaction volumes without compromising programmability. This partnership marks a significant advancement in making Bitcoin a more versatile platform for financial innovation, combining Alpen Labs' vision with Succinct's cutting-edge technology. The result is a robust framework that pushes Bitcoin's capabilities ensuring both security and efficiency in a decentralized environment. ------------------- This development is quite exciting for the future of blockchain technology. Bitcoin's programmability could fundamentally change how financial systems operate. Alpen Labs and Succinct's collaboration is not just a technical advancement but also the realization of a vision. Such innovations push the boundaries of the digital world while taking important steps towards providing trust and access. Therefore closely following and understanding this agreement is quite important for technology enthusiasts.

Who is @a41_allforone and Why Does It Matter for @SuccinctLabs ? If you’re deep in crypto infra, you’ve probably heard of a41. They’re not just validators they’re one of Ethereum’s top 10 by staked ETH, and they secure networks like Cosmos, Aptos, and EigenLayer too. So when a heavyweight like a41 joins a proving network, it’s worth paying attention. a41 x Succinct: What Just Happened? a41 officially joined the Succinct Prover Network, bringing with them: • a multi-node orchestration layer built for SP1 • access to hundreds of GPUs • new compiler backend to reduce proving costs • plans to open-source their SP1 infrastructure This isn’t just participation. This is contribution. Why It’s a Big Deal (For Succinct + the Ecosystem) • Production Grade Firepower a41 is scaling proofs with GPU clusters that can actually support real world apps like CLOBs, gaming, and L3s. Succinct now has industrial-strength proving to back up its zk ambitions. • Network decentralization The Prover Network just got more resilient. With a41 onboard, proving power is no longer concentrated it’s distributed. That’s good for censorship resistance and trust minimization. • Lower cost, better UX a41’s compiler work means developers won’t have to be ZK experts to generate proofs. Write in Python. Compile. Prove. This dramatically reduces friction for anyone building on SP1. Why It Matters for CLOBs on Blobs Let’s not forget: CLOBs on Blobs need fast, verifiable execution at scale. That means: • fast proofs • low latency • massive throughput • decentralized fallback (for escape hatches) 🧵 TL;DR a41 is one of the most trusted infra providers in Web3 They’ve joined Succinct’s Prover Network with serious scale Their involvement means better performance, cheaper proofs, and a dev friendly zk future This is the zk infra moment we’ve been waiting for and it’s already running.

🌟 Exploring the @SuccinctLabs ecosystem! Zero-Knowledge (ZK) tech powers secure, scalable blockchain innovation, connecting Ethereum, Solana, and beyond. 🔥 Key projects: 🔶 Automata: Boosts security & performance with ZK for DeFi/dApps. 🔶 Babylon: Enhances privacy & cross-chain links with ZK. 🔶 Caldera: Scales apps & networks using ZK tech. 🔶 Fiamma: Lifts privacy & security with ZK solutions. 🔶 Termina: Powers fast, secure off-chain computation with ZK. 🔶 Mynt: Secures stablecoin minting (USDm) with ZK. 🔶 Cander: Fuels growth with fintech talent for Succinct. 🔶 Scalerize: Optimizes rollups with ZK for scalability. 🔶 Solarize: Manages energy transactions with ZK privacy. 🔶 Ethereum: Gains scalability & security from ZK. 🔶 Cosmos: Improves interoperability with ZK tech. 🔶 Polygon: Scales Ethereum with ZK-powered apps. 🔶 Celestia: Builds modular ZK solutions for innovation. 🔶 ZeroSync: Develops Bitcoin proofs with ZK. 🔶 Avail: Enhances platform features with ZK. This ecosystem is buzzing! From DeFi to renewable energy, SuccinctLabs’ ZK vision is breaking barriers. They’re leading the blockchain revolution! 🚀 #SuccinctLabs #ZKTech