ATT&CKLab
This special security testing module is designed to evaluate an organization’s cyber resilience by safely emulating real attacker behavior. It leverages the MITRE ATT&CK framework to execute a wide range of attack techniques in a controlled environment, revealing how well existing security controls can detect, prevent, and respond to threats.
The module can run either small, targeted tests for specific controls or fully automated end-to-end attack chains that mimic real-world intrusions. After testing, detailed reports highlight which attacks were blocked, which bypassed defenses, and where improvements are needed—providing clear insight into the effectiveness and ROI of your security investments.
Simulation of Attacker Techniques
Attack Lab emulates real adversary TTPs across all stages of the MITRE ATT&CK matrix — including reconnaissance, phishing, credential harvesting, lateral movement, privilege escalation, persistence, and exfiltration. Each technique is modularized into “atomic steps,” enabling precise visibility into which controls detect or miss each stage. All executions are sandboxed and risk-controlled to avoid system impact.
Automated Attack Scenarios
A rich library of pre-built scenarios (e.g., APT profiles, ransomware playbooks, insider threat simulations) can be launched on demand or scheduled. Each scenario supports parameter customization — target scope, agent type, timing, noise level — while the orchestrator manages dependencies automatically, ensuring realistic, step-by-step execution.
Security Control Validation
Validates the detection and prevention capabilities of your defensive stack — including EDR, NGAV, SIEM, NGFW, CASB, and MFA. Each run records which alerts were triggered, what telemetry was generated, and which controls failed. Automatically collects evidence (logs, process trees, packet captures) to identify false negatives and produce verifiable proof of detection efficiency.
Granular Test Modules
Composed of reusable "atomic" modules (e.g., SMB lateral movement, credential access via Mimikatz-like behavior, PowerShell persistence), allowing highly granular tests. Each module supports parameters such as timeouts, command overrides, and risk levels, providing fine-grained control over test behavior.
Full Automation
Handles every stage — start, monitor, retry, and cleanup — automatically. Enables continuous security validation without manual intervention. Integrates with CI/CD pipelines to trigger regression tests automatically after new patches or configuration changes.
Measurable Results
Generates KPIs and metrics for each execution:
– Time-to-detect (TTD)
– Time-to-respond (TTR)
– Coverage and detection mapping
– Failed steps
– Overall risk scores
Visualized through dashboards that include trend analytics, SLA tracking, and executive summaries.
Customizable Scenarios
A drag-and-drop allows users to create organization-specific attack scenarios. Add conditional logic, pre/post conditions, and branching flows to match realistic attack paths aligned with your threat model.
Continuous Testing
Runs continuously or on a scheduled basis (on-demand) to verify that security controls remain effective over time. Automatically re-tests when new vulnerabilities or configuration changes are detected, ensuring your defenses don’t degrade silently.
Adversary Emulation Profiles
Predefined APT and threat actor profiles with unique TTP combinations, customizable based on sector and regional threat landscape.
Safe Sandbox & Risk Controls
All simulations include strict safety measures — access throttling, automatic rollback, blast-radius limitation, approval workflows, and maintenance-window integration — guaranteeing zero production impact.