CONTRIBUTE TO CODE
Start contributing code
LF Decentralized Trust projects thrive through active community involvement. Learn to contribute by exploring the guides, and find the project that matches your skills or requirements
Explore the guides
Explore the contributing guides to find your project match and transition from newcomer to active developer. Each project has unique source control, issue tracking, and programming languages.
Connect with contributors
Reach out to project communities to get advice on picking projects that match your programming skills or requirements, and to make sure your getting the advice you need to advance.
Clone the code
After choosing the project to contribute to, clone the code from its Github repo and start tackling issues labeled 'help wanted' or 'good first bug'. Make changes, test, and submit a pull request.
Leading Verifiable Credential format for privacy using Zero Knowledge Proofs. Allows users to prove information without revealing sensitive data. Supports secure digital identity and data sharing.
Automation framework for deploying production-ready DLT networks in cloud infrastructures, using Helm Charts for secure and flexible development options without Hashicorp Vault and Flux.
Multi-faceted interoperability platform for the development of applications that function across multiple blockchains, offering flexible, interoperable solutions that boost trust and operational efficiency.
Blockchain performance benchmarking tool for Hyperledger Besu, Hyperledger Fabric, Ethereum and FISCO BCOS networks, allows for testing with predefined use cases for precise results.
Blockchain module toolkit for deployment and management across bare-metal, VMs, Docker, and Kubernetes. Integrates PaaS tools into a user-friendly dashboard, enabling rapid creation of Blockchain as a Service (BaaS) platforms from scratch.
Leading blockchain platform with modular design, customizable components, scalable private consensus, and plug-and-play integration, meeting diverse enterprise needs while enhancing security, efficiency, and accelerating market entry.
Complete stack to build and scale secure Web3 applications. The FireFly API for digital assets, data flows, and blockchain transactions makes it radically faster to build production-ready apps on popular chains and protocols.
A decentralized ledger platform leveraging a unique consensus mechanism and encompasses the core software needed to deploy and run a full public network and interact with it. Supports development of a wide range of applications.
COMING SOON
Easy-to-integrate suite of infrastructure products offers verifiable data and identity components, supporting secure, private interactions using W3C DID and Hyperledger Anoncreds for end-to-end encryption and secure data storage.
Ecosystem for private, secure identity solutions that enable innovation across connection contracts, revocation, payment workflows, asset management, creative forms of escrow, and curated reputation.
Blockchain platform with a modular C++ design, featuring a permission-based system and crash fault-tolerant consensus (YAC), ensuring secure, fast, and reliable applications for high-transaction or resource-limited environments.
Ecosystem for threshold signing schemes and multi-party computations for encrypted data transmission across networks and applications requiring secure communication, authentication, and decentralized transactions.
COMING SOON
Solidity compiler for Solana and Polkadot smart contract development. Utilizing the LLVM compiler framework, to produce WebAssembly (WASM) or Solana SBF code, effectively reducing gas costs and compute units.
Framework for establishing the architecture for digital trust on the internet. Integrates cryptographic security measures with existing regulatory frameworks, for secure and verifiable digital interactions at scale.
Highly modular, reactive, and type-safe Java and Android library simplifies working with Smart Contracts and integrating with clients (nodes) on the Ethereum network, eliminating the need for custom integration code.