Penetration Testing
Operator-led penetration testing across applications, networks, cloud, AI systems, and connected devices. We validate what is actually exploitable and explain what matters first.
“Scanners find findings. Attackers find paths.”
Automated tools are useful for coverage, but they cannot reason through business logic, identity paths, trust relationships, chained weaknesses, or operational context. Penetration testing adds the operator judgment needed to prove what is reachable, what is exploitable, and what could become business impact.
Coverage where attackers actually operate.
Scope can focus on one target class or combine several, depending on your environment, threat model, and the attack paths you need validated.
External Networks
Internet-facing infrastructure, exposed services, cloud endpoints, DNS, VPNs, and perimeter devices. We validate the entry points an external attacker could realistically use.
Internal Networks
Assume-breach testing from an internal foothold to map lateral movement, privilege escalation, Active Directory abuse, and blast radius.
Web Applications
Manual testing across authentication, authorization, business logic, injection, API behavior, and data exposure where automated scanners often fall short.
AI Applications
Testing AI-enabled applications for prompt injection, unsafe tool use, data leakage, authorization bypass, model interaction risks, and RAG exposure.
Cloud
Assessment of cloud environments for exploitable permissions, exposed services, weak identity boundaries, misconfigured data stores, and paths between accounts or workloads.
Wireless
Wireless security testing for enterprise Wi-Fi, guest networks, rogue access points, segmentation, client isolation, and paths from wireless access into internal systems.
IoT
Connected device testing across firmware, debug interfaces, wireless protocols, companion apps, cloud APIs, and the trust boundaries between them.
Continuous Penetration Testing
Ongoing penetration testing that keeps scope current as systems ship, infrastructure changes, and previously identified attack paths need retesting or expansion.
How we move from scope to evidence.
Penetration testing follows a controlled process: define the rules, map the target, validate exposure, connect attack paths where allowed, and turn the results into clear remediation direction.
From scope
to debrief.
Each phase has defined entry criteria, evidence requirements, and hand-off points. Your team sees findings as we discover them, not in a final report dump.
- 01 — Scope & Rules of Engagement
- 02 — Reconnaissance & Attack Surface Mapping
- 03 — Manual Validation & Exploitation
- 04 — Attack Path Development
- 05 — Reporting, Debrief & Validation Planning
Scope & Rules of Engagement
Define assets, authorization, testing windows, constraints, escalation paths, safety limits, and success criteria before any testing begins.
Reconnaissance & Attack Surface Mapping
Identify reachable systems, exposed services, application workflows, identities, integrations, and trust relationships that shape the real test surface.
Manual Validation & Exploitation
Validate findings through controlled exploitation, separating theoretical exposure from issues that are actually reachable and exploitable.
Attack Path Development
Where scope allows, connect weaknesses across systems, identities, permissions, and workflows to show how isolated issues can become meaningful impact.
Reporting, Debrief & Validation Planning
Document evidence, explain business and technical impact, walk teams through remediation priorities, and define how fixes should be validated.
Evidence your team can use.
Every engagement produces clear artifacts for leaders, engineers, and security teams: what was tested, what was exploitable, why it matters, and what should happen next.
Executive Risk Brief
A concise leadership summary of business impact, material attack paths, exposure themes, and the decisions that need attention.
Technical Findings Report
Engineer-ready findings with reproduction steps, affected assets, exploit evidence, root cause, impact, and practical remediation guidance.
Attack Path Narrative
A walkthrough of how weaknesses connect where scope allows, showing how an attacker could move from initial access to meaningful impact.
Remediation Roadmap
A prioritized plan organized by exploitability, business impact, ownership, and sequencing so teams know what to fix first.
Validation Criteria
Clear retest steps and success conditions your team can use to confirm fixes, prevent regressions, and prepare for follow-up validation.
Common questions
The questions we hear most when scoping penetration testing engagements.
Most focused tests run one to three weeks, depending on scope, access, and environment complexity. A small web application or API may take about a week of testing, while internal networks, cloud, AI, or multi-surface scopes usually need more time. We confirm the timeline during scoping.
Before testing begins, we define in-scope assets, authorized techniques, testing windows, credentials, emergency contacts, safety limits, and reporting expectations. Work starts only after written authorization and agreed rules of engagement are in place.
We plan testing to reduce operational risk and coordinate timing with your team. Potentially disruptive techniques are discussed before use, and production-impacting activity can be constrained, scheduled, or moved to approved windows based on your environment.
Scanners are useful for coverage, but they cannot reason through business logic, identity paths, trust relationships, chained weaknesses, or operational context. Penetration testing adds manual validation so teams can separate theoretical exposure from issues that are reachable, exploitable, and worth prioritizing.
Yes. Findings can be mapped to frameworks such as PCI DSS, SOC 2, HIPAA, ISO 27001, NIST, OWASP, and others when relevant to the engagement. The report can support audit and governance conversations, but the primary goal is to explain real technical exposure and what should be fixed.
You receive an executive risk brief, technical findings, attack-path context where applicable, a remediation roadmap, and validation criteria. We also walk through the results with leadership and technical teams so ownership, sequencing, and next steps are clear.
Yes. Recurring testing can be structured around releases, quarterly validation, annual attack credits, or changing asset pools. This is useful for teams shipping frequently, expanding cloud environments, or revisiting previously identified attack paths after remediation.
Where the work can go next.
Use penetration testing as the entry point, then expand into simulation, engineering, or analytics when the findings point to deeper validation or sustained improvement.
Adversary Simulations
Red-team and purple-team operations modeled around the threats most relevant to your business. We test prevention, detection, and response against realistic attack paths.
Learn moreOffensive Security Engineering
Engineering support for teams that need more than reports. We build tools, workflows, and test infrastructure that make offensive security faster and more reliable.
Learn moreSecurity Analytics
Detection engineering, threat hunting, and data pipelines that turn telemetry into decisions. We help teams find signal, reduce noise, and measure coverage.
Learn moreBring the target.
We will scope the test.
Tell us what needs testing, where the boundaries are, and when testing can happen. We will define the rules of engagement, validate real exposure, and deliver evidence your team can use to prioritize fixes.
Authorized scope. Controlled testing. Practical evidence your team can act on.