Join Chain Crunch Labs
Contribute to theoretical research in blockchain, post-quantum security, and real-world AI applications.
Our Research Focus
- Blockchain Theory: Consensus protocols, distributed ledger theory, formal verification, scalability, interoperability, game-theoretic incentives, and zero-knowledge proofs.
- Post-Quantum Security: Quantum-resistant cryptography, lattice-based systems, hash-based signatures, and security analysis of blockchain protocols against quantum threats.
- Theoretical Foundations: Complexity in distributed systems, cryptographic protocol design, and long-term security of decentralized infrastructure.
- AI Decision Support for High-Stakes Industries: Theoretical foundations of AI-assisted decision making in finance, insurance, and critical business domains. This includes trustworthy AI, formal verification of AI systems, risk modeling, and secure integration of AI with blockchain-based infrastructures.
How to Work With Us
We believe the most powerful theoretical work emerges when deep technical expertise from industry meets academic rigor.
We welcome collaborations with independent researchers, industry researchers, consultants, and engineers, as well as PhD students, postdoctoral fellows, and faculty members who are passionate about rigorous theoretical work.
We provide computing infrastructure support to help accelerate research.
Our Technical Capability
The AI revolution demands unprecedented computational power. At Chain Crunch Labs, we leverage cutting-edge NVIDIA GPUs to push the boundaries in AI, Quantum-resistant security, and HPC for theoretical research.
- Tensor Cores & AI Acceleration: Turbocharge deep learning with mixed-precision training for faster computation
- High Memory Bandwidth & Capacity: Seamlessly handle large-scale datasets and complex AI architectures.
- CUDA Architecture: Unlock powerful parallel computing with NVIDIA’s extensive developer ecosystem.
- Multi-Instance GPU (MIG): Run multiple workloads efficiently on a single GPU.