Post-Quantum Cryptography
Quantum computing will break today's cryptographic assumptions. I build post-quantum key exchange, signatures, and quantum-resistant key management for real applications.
Conner Holloway · CascadiaTech / internet pilgrim
I work at the intersection of cryptography, AI systems, and privacy-preserving infrastructure. Designing technology that scales intelligence while protecting data ownership and trust.
Quantum computing will break today's cryptographic assumptions. I build post-quantum key exchange, signatures, and quantum-resistant key management for real applications.
Secure key management architectures, device-based authentication, and systems designed to minimize trust assumptions from the ground up.
Long-term memory and knowledge evolution in AI agents — persistence across systems, inter-agent communication, and self-evolving agent ecosystems.
Emergent AI behavior in simulated worlds, procedural systems, and the next frontier: physical intelligence through robotics and hardware-software co-design.
Post-quantum key management API with PostgreSQL persistence, KMS-backed key sealing, and optional TEE deployment.
React Native bindings for CRYSTALS-Kyber — bringing post-quantum key encapsulation to mobile applications.
An encrypted notepad and secure file storage application — privacy-first tooling for everyday use.
Self-contained durable agent loops for GitHub issues — autonomous agents that keep working until the job is done.
Pipes GitHub events into the Cursor IDE — scan opened issues and dispatch AI agents to fix them automatically.
A toolkit of contracts and utilities for generating NFT collections and publishing them to IPFS.
More on GitHub →
Published via @CrypticTechApp →
The next generation of technology should be secure by default, respect user ownership of data, and evolve responsibly.
I'm Conner Holloway — always open to interesting conversations about cryptography, AI systems, distributed infrastructure, and experimental technology — and to roles where I can build them.