The plant, not a generic lab
OT networks, devices, protocols, and workflows in isolation — including PLC environments and Modbus communications.
OT cyber range
Simetra is an OT cyber range: a secure, isolated platform for recreating industrial automation environments and validating operational technology cybersecurity before deployment. Teams simulate OT systems, test architectures, run attack scenarios, and investigate incidents — without disrupting live operations.
The challenge
Industrial and OT environments are built for continuous operation. A small disruption can have operational, financial, or safety consequences. Penetration testing and security validation often cannot be performed directly on production control systems.
As threats evolve, teams need a realistic OT cyber range to validate behavior, find weaknesses, and prepare for incidents — before those incidents reach critical operations.
Why Simetra
Simetra recreates industrial environments inside a fully isolated cyber range. Engineering and OT security teams can test, validate, and analyze system behavior under normal and adverse conditions — without affecting production.
OT networks, devices, protocols, and workflows in isolation — including PLC environments and Modbus communications.
External, insider, and multi-stage scenarios against the replica. Prove architecture and controls before they touch a live unit.
Import operational and network logs, reconstruct events, follow the attack path, and evaluate corrective actions.
Core capabilities
Simetra is an OT cyber range that combines industrial simulation, cybersecurity validation, and incident analysis. It is the environment in which those activities can be done safely — not a replacement for scanners, GRC tools, or production SOC platforms.
Recreate OT networks, assets, and workflows in an isolated cyber range. Examples include Siemens PLC environments and Modbus networks, with protocol customization where the site requires it.
A built-in SCADA layer interacts with simulated devices and protocols, so operational behavior can be observed without connecting the customer’s production HMI.
External intrusion, insider threat, lateral movement, device compromise, and multi-stage attack chains — executed against the replica, not the plant.
Exercise controls and zone designs that are too risky to prove in production. Change a control, repeat the same scenario, and see whether the path is stopped.
Bring operational and network logs into the simulation to reconstruct events, analyze attack progression, identify root causes, and evaluate mitigation.
Use the OT cyber range for security assessments and penetration testing that cannot be completed on a live industrial system. Findings and recommendations are produced from the simulation.
How Simetra works
A single workflow: design the environment, exercise it, then take evidence out as analysis — not as a screenshot of a live unit.
Build a virtual OT environment that reflects the site you need to test.
Set assets, communication protocols, and network topology.
Execute operations or cybersecurity attack simulations in isolation.
Watch how the process and the network respond, and where defenses fail.
Attack-path analysis, root-cause findings, and remediation guidance.
Overview film
A short introduction to why OT systems cannot be tested like IT, and what an isolated industrial cyber range is for. It is a brand film, not a product walkthrough.
A detailed technical demonstration of the platform is provided after a formal request. Interface detail and lab configuration are not published here.
Industries
Request access
Tell us who you are and what you need. We send a live demonstration of the cyber range and a technical briefing only after a formal request — including deeper platform detail that is not on this site.
Simetra helps organizations reduce operational risk, strengthen OT cybersecurity, and validate industrial systems before deployment.