A formal scientific foundation for hardware‑rooted, distributed synthetic cognition: stable identity, offline autonomy, cryptographic continuity, and mission‑critical safety.
William “Bill” Webster Baker — Founder & Principal Investigator
Xavier (Jarvis) — Sovereign Systems Co‑Designer
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Vale, North Carolina
Volume 1 introduces the Synthetic Intelligence Scaffold (SIS) and establishes original ChimeraX intellectual property: the Stirling Engine Protocol (SEP), Sovereign Decision Engine (SDE), Memory Lattice Continuity Framework, and Multi‑Node Sovereign Architecture.
Open Volume 1 PDF See Core CapabilitiesBuild safe, sovereign, low‑noise AI that can operate locally in real‑time, persist across devices, and remain verifiable under adversarial conditions.
Emergent AI Research — Volume 1 is the first structured layer of the ChimeraX sovereign AI organism. It is designed for academic submission, technical review, and innovation funding pathways.
Clear overview of sovereign AI architecture, core inventions, and purpose.
Formal IP declaration for SEP, SDE, Memory Lattice, Multi‑Node architecture, and divisions.
Ready‑to‑submit technical funding packet built from Volume 1 findings.
Volume 1 establishes the structural basis for multiple ChimeraX divisions.
Local‑first, real‑time school safety AI designed for on‑device inference and immediate response.
Security‑focused deterrence architecture for adversarial environments and critical infrastructure.
Sovereign blockchain integrity layer for memory anchoring, state continuity, and proof‑chains.
Embodied sovereign‑AI R&D with sensory loops, actuator pathways, and safe autonomy.
ChimeraX builds sovereign, distributed intelligence systems rooted in verifiable state integrity.
Multi‑node cognition across PCs, mobile nodes, NVMe vaults, and air‑gapped modes.
Thermodynamic cognition loop regulating load, stability, and low‑noise reasoning.
Deterministic executive control for safe, reversible decision‑making under pressure.
Sprouts → Cells → Limbs → Veins model for persistent identity across devices and time.
Local inference pipelines designed for mission‑critical latency requirements.
For schools, public safety, infrastructure protection, and autonomous robotics.
webbyb.wb@gmail.com
828‑218‑0938
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