Defining the standard for
the Future of Web3
Every project represents our commitment to innovation, security, and the relentless pursuit of blockchain excellence that drives the industry forward.
Tessera: Polkadot Full Node Client
Tessera is a Full Node Client implementation for the Polkadot 3.0, developed in collaboration with the Web3 Foundation. Engineered using Rust and Python, we have implemented a custom RISC-V Virtual Machine, deliverying 1.4M+ TPS with over 1000+ validator nodes globally.
Custom RISC-V VM
First blockchain client built on RISC-V
1000+ Nodes
Supports huge global validator set
ZK-Consensus
Instant finality with zero-knowledge proofs
1,000,000+ TPS
Throughput scaled for Web3 mass adoption
Powered by
Polkadot
Supported by
Web3 Foundation
Building the next generation of decentralized applications.
From DeFi protocols to GameFi platforms, our diverse portfolio showcases our ability to deliver cutting-edge blockchain solutions across every Web3 vertical.
Contributing to the developer community through innovative tools and libraries.
We believe in giving back to the developer ecosystem through open-source contributions, spanning high-performance utilities to cryptographic implementations.
JamPack
High-performance data serialization and deserialization library for Python with optimized memory handling and compression techniques.
@tsrkit-types
Formal strict type definitions for Python with compile-time checking and runtime validation for enhanced code safety and performance.
@tsrkit-pvm
Polkadot Virtual Machine (PVM) implemented in Python & Cython with JIT compilation for high-performance smart contract execution.
RockStore
High-performance FFI-based Python bindings for RocksDB with optimized memory management and native performance.
@dotring/ring-vrf
Comprehensive Python implementation of Verifiable Random Functions (VRFs) including IETF, Pedersen and Ring VRF as per RFC9380 and RFC 9381.
@dotring/curves
20+ Elliptic Curves implemented in Python such as Ed25519, Secp256k1, BLS12-381 [w Bandersnatch], P-256 with algorithms for key generation, signing, and verification.
Follow our open-source journey and contribute to the future of blockchain development.
Research that extends the limits blockchain technology
Our team 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.
Comparative Study of Modular Data Availability Protocols for Blockchain Systems
This work explores various modular data availability protocols, analyzing their performance, security, and scalability in blockchain environments.
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 proof without revealing identity.
Let's bring your Web3 vision to life together.
From initial concept to production deployment, our team is ready to guide you through every step of your blockchain development journey.
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Join the ranks of successful Web3 projects that have chosen ChainScore as their trusted development partner. Let's build something extraordinary together.