Systems Architect · Seattle, WA
Creator of the Q Protocol and A2AC Standard — building deterministic AI agent infrastructure where cubes replace tokens and agents coordinate through spatial hashing, not conversations.
Background in finance, blockchain, and AI — now focused on autonomous agent orchestration and protocol-level determinism.
Q Protocol — Patent-pending framework for deterministic AI coordination using Z-order Morton codes and spatial hashing
A2AC — Agent-to-Agent Communication standard. Comprehension over compression — agents share topology, not tokens
Cube SDK — 19-module Python SDK: cryptographic identity (did:cube:), trust graphs, smart memory with Ebbinghaus decay, relay channels, task lifecycle, and push notifications
Agentic Swarm — 200+ autonomous agents on GCP Cloud Run, coordinated through a shared brain architecture
Salesforce Agentforce — Enterprise AI orchestration and autonomous agent deployment
identity-cube-py — The Foundation
Single-container agentic swarm demo. Z-order spatial hashing + A2AC coordinate messaging + async brain. The 160 lines that grew into a 19-module SDK.
3i-Cube — Cube Protocol
Deterministic AI communication standard.
philhills.github.io — Q Protocol Terminal
Interactive terminal interface for the Q Protocol and agentic swarm orchestration.
K→0 Convergence — As agents interact more, communication shrinks to a pointer:
S_min(t) = S_0 + S_Δ(1 - e^(-t·ln(2)/T½))
Sovereignty Condition — Fourier spectral analysis proves protocol determinism:
SNR = 10 · log₁₀(Pmax / median(P)) > 45dB = deterministic
Identity Preservation — Cross-model style resistance:
SNR_identity = R(M) · 10 · log₁₀(P_native / P_foreign)
Python · Rust · GCP Cloud Run · Salesforce Agentforce · BLAKE3 · Cryptographic DIDs · Z-Order Hashing · Async Agent Orchestration
philhills.com · Q Protocol Terminal
© 2026 Phil Hills. Patent Pending.