A pragmatic, repeatable methodology

Our approach is modeled on industry penetration testing and secure code review standards, then tailored to your architecture, workflows, and risk appetite so you get results that are both realistic and actionable.

We start every engagement by understanding why you are testing, not just what you want tested. That includes clarifying regulatory drivers, customer commitments, recent incidents, and architectural or organizational changes that may have shifted your risk landscape. By grounding the work in your specific context, we can recommend test scopes, threat models, and timelines that deliver maximum value for the effort invested rather than blindly applying a generic checklist.

From there we employ a structured, multi-phase methodology similar to the ones used by leading offensive security teams around the world. While exact activities differ between application testing, infrastructure testing, secure code review, and red team operations, each follows a rhythm of discovery, analysis, exploitation, and documentation. Throughout the process, our consultants maintain open communication channels with your team so that emerging questions or constraints can be discussed in real time.

Finally, we consider reporting and remediation planning to be part of the methodology itself—not a separate administrative step at the end. We take detailed notes as we test, capture screenshots and proof-of-concept artifacts, and continuously prioritize findings by impact and exploitability. That preparation allows us to produce clear, actionable deliverables shortly after testing concludes, along with follow-up sessions focused on integrating lessons learned into your security and development practices.

1. Discovery & Scoping

During discovery and scoping, we work with technical and business stakeholders to map out in-scope assets, understand data flows, and clarify what a “successful” engagement looks like. We review network diagrams, architecture documentation, data classifications, and any existing policies or runbooks that relate to the systems under test. This information is distilled into a scoping document that describes the targets, test types, timelines, and communication expectations for the engagement.

We also identify any constraints that might shape how testing should be performed—for example, maintenance windows, fragile legacy systems, or environments where testing traffic needs to be tightly controlled. When engagements are driven by compliance requirements, we map the test scope directly to the relevant controls so you can clearly demonstrate coverage to auditors and customers. This up-front planning helps avoid last- minute surprises and ensures everyone understands what will and will not be exercised.

The outcome of this phase is a mutually agreed engagement plan that serves as the reference point for the rest of the work. That plan is aligned with practices recommended by major security providers and industry standards bodies, but is customized enough to reflect your organizational structure and operational realities.

2. Threat Modeling & Attack Path Identification

After scoping, we perform targeted threat modeling to identify the most relevant attack paths for your environment. Rather than cataloging every theoretical risk, we focus on likely adversary goals—such as financial fraud, data theft, service disruption, or abuse of privileged access—and then map how those goals could be achieved using your actual systems and integrations. This process leverages known techniques from MITRE ATT&CK, industry incident reports, and our own experience across similar environments.

We review authentication flows, authorization boundaries, trust relationships between services, and integrations with third parties. For cloud-native architectures, we pay attention to identity and access management configurations, workload isolation, and the way CI/CD pipelines interact with production resources. For applications, we examine business processes, error handling, and edge cases that might allow users to bypass intended controls or create inconsistent states.

The threat modeling phase results in a prioritized list of hypotheses that guide testing. Each hypothesis describes a potential attack path, the preconditions required, and the likely impact if exploited. This targeted approach ensures that our consultants spend time on scenarios that matter most, rather than spreading effort evenly across low- and high-value targets.

3. Manual-Led Testing with Targeted Tooling

With a clear set of attack paths defined, we move into active testing. We use industry-standard tools for tasks like discovery, fuzzing, and static or dynamic analysis, but the core of the work is manual and hypothesis-driven. Our consultants chain observations together, try variations of payloads and workflows, and adapt quickly as new behaviors are uncovered—activities that automated tools and purely scripted tests cannot replicate reliably.

For application and API testing, this often means iterating through authentication states, exploring authorization boundaries, and validating whether server-side controls properly enforce business rules. For infrastructure and cloud testing, it might involve exploiting weak configurations to move laterally, elevate privileges, or access sensitive data stores. In secure code review, we pair these runtime observations with code-level analysis to understand root causes and systemic issues.

Throughout this phase, we maintain an auditable record of the tests performed, observations made, and proof- of-concept exploits developed. This allows us to reproduce results for your teams, answer detailed follow-up questions from auditors, and refine future testing based on what we learn in your environment.

4. Reporting, Collaboration & Knowledge Transfer

Once testing is complete, we turn our notes and evidence into structured deliverables designed for multiple audiences. Executive summaries focus on risk themes, business impact, and recommended next steps at a program level. Technical sections provide per-finding detail including impact, likelihood, reproduction steps, screenshots, affected assets, and specific remediation guidance aligned with your technology stack.

We schedule review sessions with engineering, security, and compliance stakeholders to walk through results, answer questions, and agree on remediation priorities. These conversations are collaborative rather than adversarial: we recognize that teams operate with real constraints around time, legacy systems, and competing priorities, and we work with you to find practical ways to reduce risk over time.

Finally, we highlight systemic themes observed across findings—such as recurring access control issues, insecure default configurations, or gaps in monitoring—so that you can update standards, tooling, and training to address entire classes of vulnerabilities. Many clients use this phase to inform roadmap planning, investment decisions, and updates to their secure development lifecycle.

5. Remediation Support & Retesting

Our role does not end when the report is delivered. We remain available to consult with your teams as they implement fixes, clarifying findings, reviewing proposed remediation approaches, and helping ensure changes do not introduce new weaknesses. When requested, we provide sample configuration snippets, code-level patterns, and design alternatives that align with best practices.

Once high-priority issues have been addressed, we perform targeted retesting to validate that vulnerabilities have been resolved and to update their status within your tracking systems. For organizations with ongoing compliance requirements, this retesting also produces refreshed evidence that can be shared with auditors and customers, demonstrating a closed loop between testing, remediation, and verification.

Over time, many clients adopt a cadence of recurring assessments that build on previous engagements instead of starting from scratch. Because we document our methodology and maintain continuity in our consulting teams, each new test benefits from a deeper understanding of your systems and history, resulting in more focused and efficient work.