Penetration Testing & Attack SimulationVulnerability Management
BreachLock Platform
AI-led penetration testing that proves which exposures are truly exploitable via attack paths.
BreachLock Platform Overview
What it does
BreachLock Platform is a unified offensive security platform that validates which exposures in an environment are genuinely exploitable rather than producing a longer list of vulnerabilities. Its Adversarial Exposure Validation (AEV) module uses agentic artificial intelligence (AI), trained on more than 40,000 real-world penetration tests, to run multi-step attacks autonomously from reconnaissance through exploitation and lateral movement. Each confirmed weakness is backed by proof of exploitation rather than a theoretical severity score.
How it works
The platform chains individual weaknesses into full attack paths, tests business logic, pivots between systems, and escalates privileges the way a senior penetration tester would, surfacing exploit chains that scanners miss. When an action could trigger lateral movement or privilege escalation in production, the engine pauses for explicit operator approval before proceeding. Findings are mapped to the MITRE ATT&CK framework and can be filtered by the techniques that produced confirmed exploits, and remediated fixes are reconfirmed through unlimited retesting. Attack Surface Management continuously feeds discovered internet-facing assets into the validation scope.
Credentials and traction
BreachLock is a CREST-accredited penetration testing service provider, and its in-house testers hold OSCP, OSCE, and CISSP credentials across teams in the Americas, Europe, and Asia. The platform targets mid-market and enterprise security teams.
Key Capabilities
mapped to solution categoriesRuns attack technique sequences on a scheduled or continuous basis against production controls, surfacing control drift between point-in-time assessments without human intervention.
Ranks remediation by the impact of validated attack paths and blast radius rather than raw CVSS scores, directing effort toward the weaknesses that actually enable compromise.
Re-tests specific validated weaknesses after remediation to confirm each fix closed the attack path, closing the validation loop between testing and remediation.
Executes simulations using non-destructive payloads and read-only techniques that cannot cause data loss, service disruption, or lateral damage in production environments.
Ingests estate context such as asset discovery, attack surface management, and vulnerability data, natively or through integrations, to scope and prioritize validation against the assets and exposures that matter most.
Dynamically discovers and chains exposures (unpatched CVEs, misconfigurations, and credential weaknesses) into multi-step exploit paths without predefined scripts, sequencing weaknesses in the order an attacker would based on live environment state.
Reports which executed techniques triggered alerts in existing security controls and which did not, mapping undetected techniques to the specific control or detection rule that should have fired.
Maps executed attack techniques to the MITRE ATT&CK framework and reports coverage across the attack lifecycle, enabling threat-informed gap analysis and detection engineering.
Safely exploits discovered weaknesses to produce empirical evidence of exploitability for each finding, replacing theoretical vulnerability data with confirmed attack outcomes and reducing false positives.
Pulls current threat intelligence from native feeds or third-party integrations to build and run validations against newly disclosed threats, letting teams confirm whether defenses block an emerging campaign or CVE shortly after it is published.
Provides specific detection rule recommendations, log source requirements, and control configuration changes for each identified gap: not just a list of undetected techniques.
Integrations
compatible toolsImplementation & support
Info last updated on June 30, 2026