BlockDAG Hackathon 2025 registration started for direct Assessment

The BlockDAG Primordial Testnet is a developer-first launchpad for next-gen EVM-compatible applications. It invites experimentation around performance, composability, and ecosystem tooling in a modular chain environment. Join the BlockDAG Hackathon 2025, where visionaries, developers, and innovators come together to build the future of scalable decentralized applications. This event is focused on leveraging Directed Acyclic Graph (DAG) technology to create blockchain solutions that don't compromise on speed, security, or decentralization. Responsibilities (What You'll Do): Build dApps or tools using DAG-based or scalable blockchain infrastructure. Collaborate with a team to ideate, design, and prototype a working solution. Present your project to judges, VCs, and tech leaders. Integrate Web3 tools, smart contracts, wallets, and decentralized storage (if needed). Solve real-world blockchain scalability and adoption challenges. Tracks & Challenges: Scalability & Performance: dApps that maintain speed as users grow. Decentralized Finance (DeFi): Seamless, secure, and scalable DeFi protocols. Privacy & Security: Apps that don't sacrifice security while scaling. Infrastructure & Tooling: Developer tools, Layer 1/2 integrations. AI x Web3: How AI can work with decentralized DAG networks. Skills You'll Need: Experience with Web3, Solidity, Rust, or Go (optional but preferred). Understanding of DAG-based blockchains (Fantom, IOTA, Hedera, etc.). Strong problem-solving and collaboration skills. Frontend/backend development (React, Node.js, etc.). Knowledge of smart contracts and decentralized infrastructure. Rewards & Perks: Cash prizes, NFTs, and bounties from protocol partners. Visibility among Web3 investors and hiring startups. Access to mentorship, workshops, and exclusive webinars. Potential incubation and grant opportunities.

BlockDAG Network (BDAG) is a leading Layer 1 blockchain project utilizing a Proof of Work consensus mechanism. It is designed with a strong emphasis on speed, security, and decentralization. By leveraging a Directed Acyclic Graph (DAG) structure, BlockDAG achieves high scalability and concurrency, allowing multiple blocks to be processed simultaneously without block wastage. This unique approach enhances transactional efficiency while maintaining a decentralized governance model.