Our SSH honeypots present convincing decoy infrastructure to attackers while your real OT environment stays separated. Every session is observed and recorded as tamper-evident evidence, giving your team time and intelligence.
Power grids face unprecedented cyber threats that could plunge entire nations into darkness. The stakes have never been higher for energy security.
State-sponsored actors targeting industrial control systems to disrupt critical infrastructure
Impact: Grid-wide blackouts affecting millions
Operational technology systems encrypted by cybercriminals demanding payment
Impact: Production halts and safety system failures
IoT devices and smart meters creating attack vectors into grid infrastructure
Impact: Remote manipulation of power distribution
Malicious or compromised personnel with privileged access to critical systems
Impact: Sabotage of safety and control mechanisms
Multi-layered defense systems designed specifically for energy infrastructure, from generation to consumption.
Decoy industrial-control-style services that draw attacker attention away from real systems and record interactions
Deception layer designed to sit alongside segmented operational technology networks, recording interactions with decoys
Decoy endpoints designed for distributed energy resources and smart grid environments
Deception designed to keep attacker activity on decoys, separated from generation, transmission, and distribution assets
Illustrative deployment scenarios for SSH and decoy-based deception in European energy environments. These describe how the platform is designed to operate.
Reconnaissance against SCADA-style interfaces exposed to the internet
PHANTAQSM deception is designed to present decoy SCADA-style services that draw attacker attention into recorded, separated environments
Designed to keep attacker activity on decoys, characterise behaviour, and record sessions as tamper-evident evidence
Broad attack surface across smart meters and distributed energy resources
Decoy endpoints designed to sit alongside real devices, with Bayesian and Markov modelling of observed attacker behaviour
Designed to surface reconnaissance activity early and record it rather than allowing it to reach production systems
Reconnaissance spanning water, gas, and electricity environments
Deception designed for multi-sector deployment with consistent session recording and behaviour analysis
Designed to give cross-sector teams a shared, tamper-evident record of observed attacker activity
Capabilities designed for energy infrastructure deception and operational technology session recording.
Decoy surfaces designed to speak industrial protocols such as Modbus, DNP3, and IEC 61850 so attacker interest is drawn to them
Decoys are designed to keep attacker activity separated from real safety instrumented systems (SIS) and shutdown procedures
Per-session observation of attacker interactions with decoy services for later analysis
Bayesian and Markov modelling of observed attacker behaviour across decoy interactions
Decoy interactions are captured and recorded so teams can review attacker activity without it reaching production systems
GDPR-aware and NIS2-aware by design; alignment with IEC 62443 and NERC CIP is a roadmap item, not a held certification
The design choices behind the deception layer for energy infrastructure: EU hosting, tamper-evident evidence, and behaviour modelling.
The deception layer is built for European energy environments. The statements below describe its intended behaviour, not deployed customer outcomes.
"Decoy SCADA-style services are designed to draw attacker reconnaissance away from real control systems and record it for analysis."
"Bayesian and Markov modelling characterise observed attacker behaviour across smart-grid decoy endpoints."
"Each session against a decoy is captured as a tamper-evident, SHA-256 hashed record for later review."
Add a deception layer to your grid environment. Draw attacker reconnaissance onto recorded decoys and keep tamper-evident evidence of every session.