Building a new class of quantum-safe, metadata-silent communication infrastructure. No computational assumptions. No trusted third parties.
Existing secure messaging systems (Tor, VPNs, enterprise messengers):
DC-Nets solve this in theory, but are unusable at scale due to O(N²) key overhead.
A production-ready DC-Net architecture with:
Cryptographic overhead comparison: Standard DC-Net vs. Sparse Harary Topology
Complete graph topology requires N(N-1)/2 key exchanges
Minimal (c+1)-connected graph requires ⌈N(c+1)/2⌉ key exchanges
First scalable, fully anonymous, information-theoretically secure communication system
Security doesn't depend on any central authority or server
Quantum-safe by construction—no cryptographic hardness required
Eliminates traffic analysis, timing attacks, and endpoint exposure
Category-defining capability for anonymous communication
Cybersecurity, risk management, finance and public policy
Operational excellence and scaling execution
Blockchain, cryptography, and cybersecurity