Grid operators cannot take production offline to test defenses, and cannot afford to learn about an intrusion from the outage. AMazeTM places protocol-correct synthetic assets across generation, transmission, and distribution without touching operations.
Energy and utility environments blend enterprise IT, operational technology, remote access, field operations, and vendor connections. That mix creates paths adversaries can probe long before they reach systems tied to service delivery.
Security teams need early warning without disrupting control systems, grid operations, or uptime-sensitive workflows. Heavy-handed detection can be difficult to use in environments where reliability matters every hour.
AMazeTM gives utilities a safer way to see intent. Synthetic Cognitive Agents (SCAs) and Neural Echoes mirror control paths, credentials, and remote-access routes, never inline and never touching safety systems, so any interaction is a confirmed adversary on one unified attack chain across IT and OT.
AMazeTM helps energy and utility teams stand up low-friction, OT-native synthetic environments, deployable even in air-gapped sites, around the access paths adversaries explore, without ever sitting inline on live operations.
Protocol-correct SCAs mirror control-center, substation, and operational access paths, generating high-fidelity signals without touching live process systems.
Neural Echoes mirror vendor, field, and privileged access routes adversaries test while moving toward operational environments.
Give SOC, IT, and OT teams forensic-grade context around adversary intent so they can respond without unnecessary operational disruption.
Protocol-accurate visibility into Modbus, EtherNet/IP, S7comm, DNP3, and BACnet traffic, mapped to MITRE ATT&CK for ICS, so reconnaissance and manipulation attempts against utility infrastructure surface as they happen.
See how proactive cyber resilience helps energy and utility teams protect critical workflows with clearer warning signals.
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