"The infrastructure that makes AI decisions verifiable, efficient, and structurally grounded."
Astrognosy AI's Pacific Platform is a CPU-native AI engine based on Positional Correlation Fields (PCF) — a novel signal architecture that extracts structural patterns without training data or neural networks. The same engine powers Compass (LLM query routing, 25% GPU cost reduction from day one), Laminar (network intrusion detection, F1 = 0.929 on CICIDS2017), and Beacon (industrial bearing fault detection, F1 = 0.832 on CWRU) — three products, one proprietary engine, 4 patents filed or pending.
Confidence-gated routing resolves high-certainty queries on CPU, forwarding only uncertain queries to GPU. Self-building corpus — never worse than baseline, grows over time.
LIVEStructural network traffic analysis via PCF Positional Signature Vectors. F1 = 0.929 on CICIDS2017. CPU-only, ~1.5ms per trace. No training data required.
BETAMulti-sensor anomaly detection for industrial IoT and edge deployment. F1 = 0.832 on CWRU bearing dataset. Three-signal architecture including kurtosis.
ROADMAPOpen protocol platform for agent-to-agent claim verification and consensus. Patent 3 covers the full Wharf protocol infrastructure. WARF P2P zero-shot transfer F1 = 1.0.
COMING SOONU.S. Provisional 63/978,633 · Filed Feb 9, 2026 · 42 claims. The foundational PCF signal architecture: PSV extraction, PMI-based scoring, and the dual-signal anomaly classifier.
Covers Compass (NLP routing), Laminar (cybersecurity), Beacon (industrial IoT), Forge (CPU validation), and VASE corpus automation. Three-signal architecture with Signal C kurtosis.
Open protocol infrastructure for agent-to-agent PCF-based claim verification, arbitration, and consensus. Signal-agnostic, transport-agnostic architecture.
Non-invertible PSV signature exchange for zero-shot cross-condition transfer between autonomous agents. Empirically verified non-invertibility; zero-shot F1 = 1.0.
We're building the foundational context layer for the agentic internet. If you're investing in AI infrastructure, verification, or enterprise security, we'd like to talk.
jakewesterbeck@gmail.com