Vulnerability Discovery · Penetration Testing · Threat Emulation
Exposure Management is the practice of finding your weaknesses before attackers do — then validating that your defenses actually work against realistic attack techniques. We cover three disciplines: Vulnerability Discovery, Attack & Penetration Testing, and Threat Emulation (Red Team and Purple Team), each going progressively deeper into your real attack exposure.
Exposure Management Services
The three Exposure Management disciplines build on each other — from finding what’s exploitable, to proving it can be exploited, to validating whether your defenses would catch a real attacker doing it.
Systematic identification and prioritization of vulnerabilities, misconfigurations, and exposed attack surface across your environment — using Atlas-powered analysis to rank by actual exploitability and business impact.
Human-led penetration testing that validates whether discovered vulnerabilities can be chained into real attack paths — proving exploitability, not just identifying theoretical risk.
Full-scope Red Team operations and Purple Team exercises that simulate realistic adversary campaigns to validate whether your detection, response, and containment capabilities work against real attack techniques.
Vulnerability scanners produce thousands of findings. Most of them don’t matter. Our Vulnerability Discovery service combines automated scanning with Atlas’s Security Graph to rank vulnerabilities by actual exploitability, reachability, and business impact — so your team fixes the vulnerabilities that real attackers would actually use, not just the ones with high CVSS scores.
Complete enumeration of your internet-facing attack surface — discovering assets, services, and exposures that attackers can reach without any prior access.
Comprehensive internal vulnerability scanning across endpoints, servers, network devices, and internal applications with Atlas-enriched prioritization.
Cloud security posture assessment identifying misconfigurations, publicly exposed resources, excessive permissions, and compliance deviations across AWS, Azure, and GCP.
Discovery of credential exposures, compromised accounts on dark web markets, and identity-related misconfigurations that create initial access opportunities for attackers.
Discovery of AI agent attack surface including exposed MCP servers, over-permissioned agents, publicly accessible agent endpoints, and AI-specific configuration exposures.
Unlike standalone scanners, all findings are enriched with Atlas’s Security Graph context — ranking vulnerabilities by actual attack path relevance, blast radius, and business impact.
Vulnerability scanning finds what might be exploitable. Penetration testing proves what actually is. Our penetration testing practice uses skilled human testers to chain vulnerabilities into real attack paths, validate exploitability under realistic conditions, and document exactly how an attacker would compromise your environment — with findings mapped to Atlas attack paths for immediate remediation context.
Human-led testing of network infrastructure from both external and internal perspectives — identifying exploitable vulnerabilities, misconfigured services, and lateral movement paths.
OWASP-based application penetration testing covering authentication, authorization, injection vulnerabilities, business logic flaws, and API security issues.
Exploitation-focused testing of cloud environments to validate whether identified misconfigurations and vulnerabilities can be chained into meaningful attack paths.
Targeted penetration testing of identity infrastructure including Active Directory, Entra ID, and federation services — simulating real credential-based attack chains.
Penetration testing specifically targeting AI agent infrastructure — including prompt injection, MCP server exploitation, tool permission abuse, and agent-to-agent attack paths.
Controlled social engineering assessments testing your organization’s susceptibility to phishing, vishing, and physical intrusion techniques used by real adversaries.
Penetration testing proves vulnerabilities exist. Threat emulation validates whether your detection, response, and containment capabilities would catch a real attacker exploiting them. Red Team operations simulate full adversary campaigns with no advance notice to defenders. Purple Team exercises run the same simulations with defender participation, producing collaborative detection improvement.
The right model depends on what question you’re trying to answer.
Blind Red Team operations where the attack team simulates a realistic adversary campaign with no advance disclosure to defenders — testing real-world detection and response under conditions that mirror an actual attack.
Joint Red Team and Blue Team exercises where attack techniques are executed with defender visibility — allowing real-time analysis of what was detected, what was missed, and immediate detection engineering to close gaps.
Simulation of the initial access techniques most used by adversaries targeting your industry — drawn directly from current TDU threat intelligence.
Simulation of post-access attacker behavior including credential abuse, privilege escalation, lateral movement across network and cloud environments, and persistence establishment.
Simulation of attacker objectives including data discovery, data exfiltration, ransomware deployment staging, and destructive action preparation — stopping short of actual impact.
Simulation of AI-specific attack techniques including prompt injection, agent manipulation, MCP server abuse, and autonomous workflow exploitation as part of broader adversary campaigns.
Systematic validation of Nexus platform and third-party detection coverage against every technique simulated — producing a definitive map of what is and isn’t being detected.
Assessment of how effectively your team and the Nexus platform respond when threats are detected — measuring detection-to-containment time and response action appropriateness.
Unlike standalone advisory services, LogicBounce Exposure Management findings are integrated directly into the Nexus platform — creating a continuous improvement loop between assessment activity and operational defense.
Vulnerability Discovery findings are imported into Atlas’s Security Graph, where they’re enriched with reachability data, identity exposure context, and blast radius modeling. This produces a prioritized remediation list ranked by actual attack path relevance — not just CVSS score.
Validated attack paths discovered during penetration testing are mapped into Atlas’s attack path model, giving your team a living record of proven exploitation routes that need to be closed — and allowing continuous monitoring to alert if closed paths re-open.
Techniques missed during threat emulation exercises are immediately translated into new detection logic for Overwatch AI — closing the detection gaps that the exercise exposed. Purple Team engagements can produce 20–40 new production detections in a single multi-day exercise.
Response effectiveness findings from threat emulation are used to refine Vanguard’s governance policies — adjusting autonomy thresholds, updating approval workflows, and ensuring containment actions are calibrated correctly for your specific risk profile and operational context.
Security Assessments answer strategic questions about risk and compliance. Exposure Management provides the technical validation — proving what’s actually exploitable and whether your defenses work against real attack techniques.
LogicBounce Exposure Management covers the full spectrum from vulnerability discovery through adversary simulation — with findings that flow directly into Nexus platform defenses.
