PulseFINE™: Compliance Acceleration
for Sovereign Nuclear Environments
Air-gapped AI compliance copilot for SMR developers and DOE-regulated facilities
Schedule Technical ReviewNRC Licensing Documentation Is a Bottleneck
Safety Case Preparation
4–8 weeks
per cycle
Manual Traceability Mapping
100–300 hours
engineer time
Change Impact Analysis
2–5 days
per change request
Documentation Regeneration
1–2 weeks
after updates
Every delay compounds capital risk.
What PulseFINE™ Actually Is
Policy-Grounded AI Compliance Layer
An air-gapped, policy-grounded AI compliance copilot that converts regulatory documents into structured constraint graphs, grounds LLM outputs in those constraints, auto-generates traceable compliance artifacts, and operates entirely within facility infrastructure.
Not a:
- • Anomaly detection platform
- • Threat detection engine
- • Predictive safety oracle
It is:
A compliance acceleration layer
How PulseFINE™ Works
Regulatory Corpus Layer
Transforms compliance from document search into graph traversal
- •Safety basis documents ingested
- •NRC guidance parsed
- •DOE procedural manuals structured
- •Converted into knowledge graph (requirements → dependencies → constraints)
- •Version-aware tracking
Policy-Grounded Reasoning Engine
Prevents hallucinated compliance statements
- •Retrieval Augmented Generation constrained by regulatory graph
- •All outputs must cite: source paragraph, revision number, constraint ID
- •Guardrails applied before generation, not after
Simulation Interface Layer
Where cycle time compresses
- •Connects to facility digital twins
- •Maps simulation outputs to compliance requirements
- •Generates structured artifacts: safety case drafts, risk summaries, traceability matrices, change-impact reports
Deterministic Audit & Lineage Layer
Your real moat
- •Logs: prompt, retrieved documents, model version, inference path, output hash
- •Deterministic replay capability
- •Human approval checkpoints
Air-Gapped Execution Layer
This is sovereignty
- •On-prem GPU deployment
- •No external control plane
- •No telemetry exfiltration
- •Hardware-aware model packaging
- •Secure update process
Target Outcomes
Baseline (SMR developer typical)
- •
Safety case prep:
4–8 weeks
- •
Manual traceability:
100–300 hours
- •
Change impact analysis:
2–5 days
- •
Documentation regen:
1–2 weeks
PulseFINE™ Target
Traceability mapping:
automated in hours
Change impact analysis:
minutes
Artifact regeneration:
same-day
Documentation prep time reduction:
30–60%
Ready to accelerate your NRC licensing timeline?
Schedule Technical Review
