Innovative Breach and Attack Simulation for Industrial Control Systems
Innovative Breach and Attack Simulation for Industrial Control Systems
Innovative Breach and Attack Simulation for Industrial Control Systems
What is BattleTwin?
What is BattleTwin?
Cytomate’s Battle Twin is a virtualized OT breach and attack simulation platform that safely emulates industrial cyberattacks to test, validate, and improve the effectiveness of OT security controls.
Patented virtualized OT breach and attack simulation platform
Tests and validates OT security controls without affecting production systems
Supports security solutions like Defender for IoT, Dragos, and similar platforms
Identifies detection gaps and improves threat visibility
Provides realistic, risk-free OT security testing and validation
Patented virtualized OT breach and attack simulation platform
Tests and validates OT security controls without affecting production systems
Supports security solutions like Defender for IoT, Dragos, and similar platforms
Identifies detection gaps and improves threat visibility
Provides realistic, risk-free OT security testing and validation
Why BattleTwin Matters
Why BattleTwin Matters
Safe OT Security Validation
Test industrial security controls in a fully isolated environment without impacting real production systems or operations.
Improved Threat Detection
Validate how effectively OT security solutions detect cyberattacks, malicious behaviors, and advanced threat scenarios.
Stronger Operational Resilience
Identify security gaps and strengthen the resilience of critical industrial infrastructure against evolving cyber threats.
BattleTwin Features
Realistic Protocol Simulation
Battle Twin simulates some of the most prominent communication protocols used in real OT environments, like Modbus, DNP3, Profinet, BACnet, OPC-UA. This means you get a genuine testing ground for simulating breaches and attacks. Since it mirrors the actual protocols used in OT, Battle Twin creates a true-to-life virtual replica of your network, making your testing experience as realistic as possible.
Realistic Protocol Simulation
Battle Twin simulates some of the most prominent communication protocols used in real OT environments, like Modbus, DNP3, Profinet, BACnet, OPC-UA. This means you get a genuine testing ground for simulating breaches and attacks. Since it mirrors the actual protocols used in OT, Battle Twin creates a true-to-life virtual replica of your network, making your testing experience as realistic as possible.
Breach and Attack Simulations
Battle Twin features an extensive library of attack types for IT and OT networks, covering OT devices, protocols, and network attacks. Each attack is mapped to MITRE ICS Matrix TTPs. Battle Twin also emulates industrial malware like BlackEnergy and Triton. Cytomate's Reverse Engineers extract and recreate malware TTPs for simulation. These controlled simulations, monitored by your security solution, identify vulnerabilities without harming real OT equipment or networks.
Breach and Attack Simulations
Battle Twin features an extensive library of attack types for IT and OT networks, covering OT devices, protocols, and network attacks. Each attack is mapped to MITRE ICS Matrix TTPs. Battle Twin also emulates industrial malware like BlackEnergy and Triton. Cytomate's Reverse Engineers extract and recreate malware TTPs for simulation. These controlled simulations, monitored by your security solution, identify vulnerabilities without harming real OT equipment or networks.
Security Posture Evaluation
Battle Twin provides insights into the effectiveness of your security measures against potential threats. It creates a virtual replica of your OT environment, integrating with security monitoring sensors to capture and analyse all internal traffic. After establishing a baseline of normal activity, Battle Twin initiates the attacks on the simulated environment to test detection and response. This process identifies undetected attacks and addresses security gaps.
Security Posture Evaluation
Battle Twin provides insights into the effectiveness of your security measures against potential threats. It creates a virtual replica of your OT environment, integrating with security monitoring sensors to capture and analyse all internal traffic. After establishing a baseline of normal activity, Battle Twin initiates the attacks on the simulated environment to test detection and response. This process identifies undetected attacks and addresses security gaps.
Comprehensive Reporting
By meticulously analysing the response and detection capabilities of security controls for each individual attack, Battle Twin produces comprehensive reports that identify any threats that went undetected. These reports offer a detailed breakdown of which attacks evaded detection and the specific weaknesses in the security controls that allowed this to happen.
Comprehensive Reporting
By meticulously analysing the response and detection capabilities of security controls for each individual attack, Battle Twin produces comprehensive reports that identify any threats that went undetected. These reports offer a detailed breakdown of which attacks evaded detection and the specific weaknesses in the security controls that allowed this to happen.
Integration with Security Controls
Battle Twin can easily be integrated with ICS/OT security monitoring sensors, regardless of their vendor i.e. Defender for IoT, Nozomi Networks Guardian/Vantage, Claroty CTD among others. It test and validates the effectiveness of existing security controls, including IDS and IPS, by triggering real-time alerts.
Integration with Security Controls
Battle Twin can easily be integrated with ICS/OT security monitoring sensors, regardless of their vendor i.e. Defender for IoT, Nozomi Networks Guardian/Vantage, Claroty CTD among others. It test and validates the effectiveness of existing security controls, including IDS and IPS, by triggering real-time alerts.
Provide Detection
Provides detailed explanation and detection of attacks, enhancing the overall security measures.
Provide Detection
Provides detailed explanation and detection of attacks, enhancing the overall security measures.