How do you verify a computation without running it again?
I’m exploring this with rust-stark-zkvm, an open-source Rust project for STARK-based verifiable computation.
Code: github.com/CodesbyFebin/rust-stark-zkvm
What would you want to prove?

How do you verify a computation without running it again?
I’m exploring this with rust-stark-zkvm, an open-source Rust project for STARK-based verifiable computation.
Code: github.com/CodesbyFebin/rust-stark-zkvm
What would you want to prove?
LatticeJolt מעבירה את קריפטוגרפיית מכונה וירטואלית ידע-אפס לסכימות מבוססות סריג, משיגה יצירת הוכחות לאחר-קוואנטום מהירה פי 10 תוך הפחתת גדלי הוכחות לפחות מ-100KB. משתמשת בהנחות Module-SIS התואמות לתקני ביטחון ML-KEM.
LatticeJolt chuyển đổi mật mã máy ảo không kiến thức sang các sơ đồ dựa trên lattice, đạt được tạo bằng chứng hậu lượng tử nhanh gấp 10 lần, đồng thời giảm kích thước bằng chứng xuống dưới 100KB. Sử dụng giả định Module-SIS phù hợp với tiêu chuẩn bảo mật ML-KEM.
LatticeJolt shifts zero-knowledge virtual machine cryptography to lattice-based schemes, achieving 10x faster post-quantum proof generation while reducing proof sizes to under 100KB. Uses Module-SIS assumptions matching ML-KEM security standards.
New DIP proposes Derive V3 deployment & Derive Chain shutdown! 🚀 V3, a zkVM-based zero-knowledge exchange, settles on Ethereum mainnet. It uses off-chain matching with ZK proof for risk/settlement, with L1 verifying proofs & Celestia ensuring data availability. #Derive #zkVM #Ethereum #Celestia