ZSP (Zeq Security Protocol) is a unified cybersecurity protocol that performs compression, malware scanning, temporal authentication, and encryption in a single pass. It's built on the HULYAS Spectral-Topological kernel — Ψ = ∫K·φ dx' where K = Kspectral × Ktemporal × Kchaos.
Unlike traditional security layers that stack independently, ZSP's three kernels are multiplicatively coupled — meaning a failure in any one stage invalidates the entire transform. This eliminates gaps between layers that attackers typically exploit.
Ψ(x,t) = ∭ K(x,x',t,t') φ(x',t') dx' dt' K = K_spectral × K_temporal × K_chaos K_spectral: HZC compress + CS47 entropy + HF scan K_temporal: Zeqond-locked HMAC + CHI95 phase + PROTECT K_chaos: AES-256-GCM + PBKDF2(t_Z) + TETHER-003