Find threats before
attackers do.
Threat modelling identifies security risks at the design stage, when they are cheapest to fix. We facilitate structured threat modelling sessions, review architectures, and embed threat analysis into your development process.
Threat modelling at every layer.
From architecture reviews to feature-level analysis and continuous programmes. We bring structured threat modelling methodology to your engineering teams.
Structured Threat Modelling Workshops
Facilitated threat modelling sessions using STRIDE, PASTA, and attack tree methodologies. We work with your architects, engineers, and product teams to systematically identify threats, map attack paths, and prioritise controls before a line of code is written.
Security Architecture Review
A threat model is only as good as the architecture it analyses. We review your system design, data flows, authentication models, and integration points to identify structural security weaknesses that cannot be patched away later.
Feature-Level Threat Modelling
Security should be considered before features are built, not after they are deployed. We embed threat modelling into your feature development process, reviewing designs at the RFC or design doc stage and producing actionable security requirements.
Cloud and Infrastructure Threat Modelling
Cloud environments introduce unique threat vectors: misconfigured IAM, exposed storage, lateral movement paths, and supply chain risks. We model threats specific to your AWS, Azure, or GCP architecture and the workloads running on it.
Ongoing Threat Modelling Programme
A one-off threat model goes stale as your system evolves. We run a continuous threat modelling programme, reviewing new features, architectural changes, and emerging threats on a regular cadence, keeping your threat model current.
Threat Modelling Training
We train your engineers and architects to conduct threat modelling themselves. Hands-on workshops covering STRIDE, attack trees, and practical threat identification, so your teams can build security in from day one without always needing external support.
Scope. Model. Prioritise. Integrate.
Scope
We define the system boundary, identify assets, and agree the threat modelling methodology most appropriate for your architecture and risk profile.
Model
Facilitated workshops with your engineering and architecture teams. We map data flows, trust boundaries, and attack surfaces, then systematically enumerate threats.
Prioritise
Threats are scored by likelihood and impact. We produce a prioritised risk register with recommended controls, mapped to your existing security tooling and processes.
Integrate
Findings feed directly into your backlog, design docs, and security testing scope. We close the loop by verifying that controls are implemented and effective.
Design-stage security is 100x cheaper.
Fix Costs Increase Exponentially Post-Deployment
A structural security flaw identified at the design stage costs hours to fix. The same flaw found in production after a breach costs orders of magnitude more. Threat modelling is the highest-ROI security investment you can make.
Penetration Tests Find Symptoms, Not Root Causes
A penetration test tells you what is exploitable today. A threat model tells you why your architecture creates exploitable conditions, and how to design them out. Both are necessary; threat modelling comes first.
Principal-Level Practitioners, Not Junior Analysts
Effective threat modelling requires deep security expertise and the ability to think like an attacker. Our practitioners bring principal and staff-level experience across application security, cloud architecture, and offensive security.
Connected capabilities
Model the threat before it models you.
Book a scoping call. We will review your architecture, agree the right methodology, and run a threat modelling workshop with your team, producing a prioritised risk register and actionable security requirements.