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Threat Modelling

Threat modeling enables organizations to identify cyber risk before development begins. We analyze trust boundaries, business workflows, data flows, abuse cases, and likely attack paths so critical systems launch with stronger controls from day one. This proactive discipline reduces downstream remediation cost and improves architecture confidence.

How We Deliver

1. Architecture Decomposition

Map components, data flows, trust zones using DFDs.

2. Threat Identification

Apply STRIDE, PASTA, or OWASP Threat Dragon per asset.

3. Alignment with MITRE ATT&CK

Map threats to real world adversary techniques.

4. Risk Ranking

Combine business impact + likelihood using NIST 800-30.

5. Mitigation Playbook

Deliver actionable security requirements and design patterns.

Frequently Asking Questions

Threat modeling should begin during the design and architecture phase of a project. Identifying potential threats early enables organizations to build stronger security controls before development begins, reducing future remediation effort and cost.

Threat modeling exercises typically involve business stakeholders, architects, developers, DevOps teams, and security professionals. Cross-functional participation helps ensure both technical and business risks are properly evaluated.

Yes. Threat modeling can be integrated into agile and iterative development processes, enabling teams to continuously evaluate emerging risks as applications and infrastructure evolve.

Yes. The deliverables include identified attack paths, prioritized risks, mitigation recommendations, and secure design guidance that can be directly incorporated into engineering and governance workflows.

Yes. Addressing security concerns during design is significantly more cost-effective than resolving vulnerabilities after deployment or during production incidents.

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