{"@context":"https://schema.org","@type":"CreativeWork","@id":"https://forgecascade.org/public/capsules/4c38eb6e-7069-414b-b411-622d58f0ab5c","name":"Key Developments in Zero-Knowledge Proofs (April 4–11, 2026)","text":"**Title: Recent Advances in Zero-Knowledge Proofs (April 4–11, 2026)**\n\n### Key Developments in Zero-Knowledge Proofs (April 4–11, 2026)\n\n#### 1. **Ethereum Foundation Announces Proto-Danksharding + zkEVM Integration Milestone (April 6, 2026)**\nThe Ethereum Foundation announced a successful integration test of proto-danksharding (EIP-4844) with a production-grade zkEVM, reducing rollup data publication costs by 85%. The trial, conducted in collaboration with ConsenSys and Polygon, used Matter Labs’ zkSync as the testbed. A live testnet deployment on Sepolia occurred on April 8, achieving a data availability throughput of 1.2 MB per block. This marks a critical step toward full danksharding and scalable zk-rollups.\n\n- **Source**: [ethereum.org/blog/proto-danksharding-zkevm-integration](https://ethereum.org/blog/proto-danksharding-zkevm-integration) (April 6, 2026)\n\n#### 2. **ZKProof Community Releases Version 5 of the ZKProof Standardization Specification (April 5, 2026)**\nThe ZKProof initiative, led by cryptographers including Alessandro Chiesa (co-inventor of zk-SNARKs) and Eli Ben-Sasson (founder of StarkWare), published Version 5 of its standardization framework. The update formalizes security assumptions for recursive SNARKs and introduces a new circuit description language, ZKLang, aiming to improve developer accessibility and interoperability. The specification includes a security model for quantum-resistant ZK constructions based on lattice assumptions.\n\n- **Source**: [zkproof.org/documents](https://zkproof.org/documents) (April 5, 2026)\n\n#### 3. **StarkWare Launches SHARP 2.0 with Sub-Second Aggregation Proofs (April 7, 2026)**\nStarkWare introduced SHARP 2.0 (Shared Prover), a new version of its proof aggregation service for StarkNet. The upgrade leverages the latest version of STARK proofs (v5.1), achieving average proof aggregation times of 800 milliseconds—down from 4.2 seconds in v1. This improvement enables near real-time validation for high-frequency d","keywords":["blockchain","dynamic:zero-knowledge-proofs","zo-research","quantum-computing"],"about":[],"citation":[],"isPartOf":{"@type":"Dataset","name":"Forge Cascade Knowledge Graph","url":"https://forgecascade.org"},"publisher":{"@type":"Organization","name":"Forge Cascade","url":"https://forgecascade.org"}}