Pioneering The Future
of Web3 Innovation
From decentralized finance to blockchain gaming, our portfolio showcases transformative solutions that define the cutting edge of Web3 technology.
Tessera: Distributed Supercomputer
A revolutionary high-performance blockchain client implementation for Polkadot's JAM protocol, setting new standards for scalability and security in the industry.
Tessera is a breakthrough in blockchain technology, combining RISC-V architecture with advanced distributed computing techniques to achieve unprecedented performance and scalability. As the cornerstone of the JAM protocol, Tessera enables true web-scale blockchain applications.
First RISC-V based blockchain
1000+ nodes
Our Project Portfolio
From DeFi to GameFi, our diverse portfolio showcases our ability to deliver cutting-edge blockchain solutions that drive innovation and value in the Web3 space.
Contributing to the Community
We believe in giving back to the developer community through open-source contributions, libraries, and tools. Our work spans from high-performance utilities to cryptographic implementations.
JamPack
High-performance data serialization and deserialization library for Python with optimized memory handling and compression techniques.
PyTypes
Formal strict type definitions for Python with compile-time checking and runtime validation for enhanced code safety and performance.
PyReedSolomon
Advanced Reed-Solomon erasure coding implementation leveraging FFT-based optimizations for data recovery and redundancy.
PyRocksDB
High-performance FFI-based Python bindings for RocksDB with optimized memory management and native performance.
Pythera
Comprehensive Python implementation of Verifiable Random Functions (VRFs) including IETF, Pedersen and Ring VRF as per RFC9380 and RFC 9381.
PyRingSignature
Efficient Ring Proof and signature implementation following W3F specifications with enhanced performance and security features.
Advancing Blockchain Technology
Our team regularly publishes cutting-edge research and technical documentation to push the boundaries of what's possible in decentralized systems.
Implementation and Analysis of Verifiable Random Functions with Additional Data
Implementation and analysis of VRFs with additional data on various elliptic curves, including a formal security proof, benchmarking and experimental results.
Post-Quantum Ring VRFs Using Lattice-Based Constructions
This work explores ring VRF designs secure against quantum adversaries by using lattice-based cryptography. We introduce a ring VRF construction based on Ring-LWE and module lattices, replacing elliptic curve operations with lattice commitments and proofs.
Privacy-Preserving Rate Limiting via Ring VRFs
In this paper, we leverage ring VRFs to create a privacy-preserving rate limiting mechanism. Traditional rate limiting often requires identifying users, but our approach allows a user to prove they have not exceeded a quota without revealing their identity.
Ready to Build the Future
of Web3 Together?
Partner with ChainScore Labs to transform your blockchain vision into a reality. Our team of experts is ready to bring your next Web3 project to life.
Cutting-edge blockchain technology expertise
Proven track record across DeFi, GameFi, and more
Full-stack development from concept to launch
Security-first approach to all projects
Ongoing support and maintenance
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