Security comes first because energy systems are infrastructure.
NovaFir designs clean-energy control systems for buyers who need confidence in how equipment is sourced, secured, updated, monitored, and supported over time.
Security designed in, from sourcing to operation.
Three commitments that procurement teams, auditors, and security reviewers can evaluate.
Supply-chain transparency
Non-China critical-path sourcing for controllers, power semiconductors, communications silicon, secure elements, firmware, and cybersecurity-bearing components. Commodity parts are managed through best-efforts diversification.
SBOM & HBOM disclosure
Software and hardware bill-of-materials practices designed to support customer diligence, audit, and regulatory review under appropriate confidentiality terms.
Secure by design
Hardware-rooted device identity, mutual authentication, encrypted telemetry, signed firmware, secure boot, role-based access, and auditable operational actions.
AI advises. Safety stays bounded.
NovaFir uses AI for forecasting, anomaly detection, optimization recommendations, diagnostic triage, and decision support. AI does not have autonomous authority over critical, safety-affecting, or material decisions.
Designed around OT security expectations.
Architecture principles aligned with established operational-technology security standards. Certification work is stated as targeted or aligned until complete.
The controls behind the commitments.
Evaluating a secure energy platform?
We welcome conversations with procurement teams, security reviewers, and commercial buyers who need diligence-grade answers on sourcing, disclosure, and OT security.
