First Production Blockchain with NIST-Approved Post Quantum Cryptography.
After months of intensive development, we've achieved something historic: successfully implementing and validating the world's first NIST FIPS 205 compliant quantum-resistant blockchain transactions.
@tiredkebab@maralcbr@dhh My account has been suspended for over two weeks. I was simply publishing a release when I suddenly received a suspension notice. I’ve contacted GitHub multiple times but haven’t received any response. It feels like they’re relying too heavily on automated systems.
@dhh My account has been suspended for over two weeks. I was simply publishing a release when I suddenly received a suspension notice. I’ve contacted GitHub multiple times but haven’t received any response. It feels like they’re relying too heavily on automated systems.
First Production Blockchain with NIST-Approved Post Quantum Cryptography.
After months of intensive development, we've achieved something historic: successfully implementing and validating the world's first NIST FIPS 205 compliant quantum-resistant blockchain transactions.
- First successful quantum signature verification: November 10, 2025
What's different:
Most "quantum-resistant" blockchains are theoretical or use non-standardized algorithms. We're running NIST-approved post-quantum cryptography in production, today.
Always had the passion to build a complete blockchain architecture from the ground up. Got the chance to start working on it this year ( took 8 months) , utilizing ‘Golang’ and full pow consensus. Finally in beta testing, public release coming soon. #pow#crypto#blockchain
@adxtya_jha Been using GO for most of my application development, blending in other languages along the line as well, golang is pretty solid for major backend and core application design. Great debugging tools. Being working on both Rust and Haskell, and might say go is different.