Deterministic AI
for regulated decisions.
QGI — Quantum General Intelligence Inc. — is an independent AI company that builds a five-layer deterministic stack for workflows where decisions must be explained, audited, and defended.
A product company, headquartered in San Diego.
Consumer AI patterns — retrieve, paraphrase, hope — do not survive regulator or board review. QGI builds a five-layer stack where every decision can be replayed, signed, and defended. Not a chatbot wrapper. A coherent architecture from quantum-structured encoding to neural-symbolic agents.
Founder-funded, headquartered in San Diego. Anchor vertical: financial services and insurance. See announcements for evaluation milestones. Healthcare and Government on the 2026 roadmap.
Legal entity
Quantum General Intelligence Inc.
Headquartered in
San Diego, CA
Founded
2024
Five layers. One reasoning graph.
The stack is the company. Each layer is architected to preserve the property that matters: a decision you can replay against the evidence that produced it.
- L5Q-Prime Foundation · Encoding
Quantum embeddings. The first commercial quantum-structured embedding model. Encodes enterprise data into a hypergraph that preserves polarity, scope, and cross-rule dependencies. Runs on NVIDIA CUDA-Q — no QPU required.
- L4QAG Engine Platform · Reasoning
Chunkless RAG for regulated decisions. QAG reasons over whole documents instead of chunked retrieval. A Hilbert-Space Compacting layer projects document states into seven interpretable signals before generation, so contradictions surface as explicit audit signals.
- L3Qualtron Platform · Generation
4M-context composite model. Specialized small models that compose into a 4M-token working context for regulated generation. Replaces general-purpose LLMs inside QAG where domain precision beats raw scale.
- L2Quantum Graph Memory Platform · Memory
Time-aware graph memory. Graph memory for QAG agents. Preserves provenance and temporal structure of every fact and revision, so reasoning stays consistent across sessions and audits.
- L1Neural Symbolic Agents Runtime · Orchestration
Custom agents for FS workflows. The runtime layer of the stack. Orchestrates underwriting, claims, fraud, and compliance with persistent memory, dependency tracking, and conflict coordination that survives audit replay.
The delivery surface is Enterprise Blueprints — mostly forks of NVIDIA AI Blueprints wired to Q-Prime and the QAG Engine through the QGI Enterprise Factory, so every base ships decision-grade.
Probabilistic AI cannot be defended under audit.
Standard RAG + LLM pipelines can produce different rationales for the same prompt. In regulated decisions, that is a liability — not a feature. Q-Prime encodes rules as a quantum-structured hypergraph. The QAG Engine surfaces conflicts as seven explicit signals before any output is generated.
The result: decision, explanation, and evidence produced as one replayable object — against the rule versions in force on the decision date.
QGI operates at the boundary between action and responsibility.
We design for environments where explanations are not optional:
If a decision matters, it must be understood.
Two co-founders. Complementary lanes.
Regulated enterprise software meets formal-methods research.
Co-Founder & CEO
Dain Ehring
Four decades in AI and regulated financial markets. Previously founded Dorado (U.S. mortgage origination platform). Runs commercial and demo operations.
Read CEO profileCo-Founder & Chief Scientist
Dr. Sam Sammane
PhD in Formal Verification, 20 peer-reviewed publications. Architect of the QGI stack — Q-Prime, QAG Engine, Qualtron, QGM, and Neural Symbolic Agents.
Read founder profileA product company with a research backbone.
We ship products, not papers — but every layer derives from formal verification, neurosymbolic AI, and quantum-structured representations. See Research and publications.
What is live. What is shipping.
Now — live
Next — public preview
- — QAG Engine public preview → GA
- — Customer VPC deployment (AWS)
- — SOC 2 Type II (in progress)
Later — request demo
Want to learn more about our work?