Plant data without a single view
A plant generates data from SCADA, safety systems, maintenance and diagnostics, each with its own console. The operator has to assemble the picture under pressure, jumping between screens that do not talk to each other. You need an operating system that unifies real state into an informed decision.
Unified view
A single control view brings process, safety and maintenance signals into one coherent model.
Safety status
Safety margins and barriers monitored continuously, with alarms prioritized by severity.
Decision support
Operating procedures contextualized to plant state, to guide the response in real time.
Operational continuity
Redundant architecture and failover for uninterrupted operation through maintenance and faults.
Integrate
REACTOR OS connects to SCADA, safety systems and FLUX nodes to gather plant state.
Correlate
Signals are correlated into a single model reflecting process, safety and assets.
Decide
Prioritized alarms and contextual procedures support the operator's response.
Record
Actions and events are archived in VAULT as operational history and an audit basis.
REACTOR OS is the plant operating system for utilities and operators: it unifies field signals, procedures and safety status into a single control-room view. The architecture is designed with reliability as a constraint: integration with SCADA and safety systems, correlation of signals into one model, decision support and a redundant architecture for continuous 24/7 operation.
On-prem in the control room
Installed on plant systems and connected to SCADA and safety systems; the single view runs in the control room on a redundant architecture.
Redundant high availability
Redundant nodes with automatic failover to guarantee uninterrupted operation through planned maintenance and hardware faults.
Air-gapped on safety network
Operation on a plant network isolated from corporate networks per IEC 62645, with updates delivered only through signed, verified media.
Verified boot and TPM
Nodes boot with secure boot and TPM 2.0; no unsigned software enters a system that governs the plant's safety status.
Network segregation
Separation between the safety network and corporate networks per IEC 62645/IEC 61513, with encrypted storage for the operational history.
RBAC and control-room audit
Commands and authorizations by role via AEGIS; every control-room action and event is tracked in VAULT as an immutable audit basis.
Certifications
ISO 27001-aligned management and design aligned to nuclear I&C standards (IEC 61513) and nuclear cybersecurity (IEC 62645).
Does REACTOR OS replace SCADA and safety systems?
No. It connects to existing systems and unifies them into a coherent view as an operational layer; it does not replace qualified safety functions.
How does it guarantee continuous operation?
With a redundant architecture and automatic failover, so operation stays uninterrupted through planned maintenance and hardware faults.
How does it relate to PULSE and FLUX?
FLUX supplies in-situ edge data, PULSE is the fleet operations layer; REACTOR OS is the operating system of the individual plant in the control room.
How does it support the operator in an event?
With alarms prioritized by severity and procedures contextualized to the real state, guiding the response in real time instead of jumping between screens.
Are events kept traceable for audit?
Yes: actions and events are archived in VAULT as operational history and an immutable basis for reviews and regulatory inspections.
The mark encodes the mechanism, not the sector: la cupola di contenimento, il nucleo, le barre di controllo.