Secure local AI and capacity intelligence for power generation — with PHOENIX CIP providing the governed Critical Infrastructure Protection boundary between AI, plant information and approved external services.
Power plants need more than an AI model connected to data. PHOENIX combines machine evidence, maintenance history, operating context, engineering knowledge and a controlled security layer so AI can support decisions while access remains governed, auditable and separated from direct plant control.
Combine vibration, temperature, electrical and operating-state evidence with maintenance and outage history to understand developing risk to generation availability.
Contextualize fans, pumps, burners, feed systems and process conditions to distinguish equipment problems from load- or process-driven behavior.
Bring cooling water, pumps, motors, gearboxes, conveyors, auxiliaries and supporting equipment into the same capacity context as primary generation assets.
Connect asset condition to work orders, PM plans, spares, labor, outage windows and engineering requirements so maintenance protects generation capacity.
Critical Infrastructure Protection for AI: Vault-based secrets, role and facility scope, approved tools, read/write boundaries, audit trails and controlled data routing.
Run multiple local LLMs on customer-controlled hardware so plant knowledge, engineering context and model interactions can remain on-premises.
PHOENIX CIP is designed to let AI use approved plant context without giving it unrestricted access to control systems. Connections can be read-only by policy, credentials are held in Vault, every tool and request can be scoped and audited, and approved cloud exchanges can remain customer-initiated outbound over HTTPS / port 443.
Use plant data to support engineering and maintenance decisions without positioning AI as an autonomous shutdown or equipment-control layer.
Define exactly which historian, CMMS, ERP, database, document or API sources each agent is allowed to access.
Where PHOENIX Cloud is used, approved exchanges can be initiated from inside the plant over HTTPS / port 443 rather than opening inbound control paths.
Retain who asked, what data was retrieved, which model and tools were used, what was returned, and how the result was verified.
Keep plant engineering knowledge, prior analyses, expert corrections and contextual memory on-prem for reuse by approved agents.
Connect developing equipment risk to MW availability, planned outages, work execution and the commercial value of lost or protected generation.
See how PHOENIX combines CIP-governed plant access, local LLMs, machine evidence and coordinated knowledge to support engineering decisions, outage planning, dependable generation capacity and revenue protection without positioning AI as a direct plant-control layer.
Read the White Paper