Threat Modeling & Architecture Review
Why it matters
Many security incidents are not caused by missing patches, but by flawed design decisions, weak trust boundaries, and unsafe assumptions made early in the system lifecycle. Once these issues reach production, they are expensive and disruptive to fix.
Our Threat Modeling & Architecture Review identifies security risks at the design and architecture level before attackers can exploit them. We analyze how systems are built, how data flows, and where trust is placed to uncover real attack paths that are often invisible during code review or penetration testing.
This service is especially valuable for new applications, cloud migrations, major architectural changes, and complex, integrated environments.
What We Test
Application and system architecture
Data flows, trust boundaries, and dependencies
Authentication, authorization, and identity design
Third-party and external integrations
Privilege models and access assumptions
Failure modes and abuse scenarios
Our Differentiated Approach
We combine structured threat identification with risk-centric analysis to focus on what attackers can realistically exploit and what matters most to the business.
Attacker-led threat modeling, not diagram-driven exercises
STRIDE-based analysis to systematically identify threat categories
PASTA-driven risk modeling to connect threats to business impact
Actionable, design-level recommendations grounded in real systems
How We Deliver
Architecture & Context Understanding
We review system designs, workflows, and business objectives to understand critical assets, users, and threat exposure.
Trust Boundary & Attack Path Mapping
Using STRIDE, we identify potential threats across components, data flows, and trust boundaries to ensure complete coverage.
Threat & Abuse Scenario Development
We apply the PASTA methodology to model realistic attack scenarios, aligning technical threats with business impact and attacker intent.
Risk Validation & Prioritization
Threats are evaluated based on likelihood, exploitability, and impact to prioritize design risks that require action.
Secure Design Recommendations
We provide practical architectural and control recommendations that reduce risk without disrupting delivery timelines.
Key Deliverables
Architecture and threat modeling report
STRIDE-mapped threat identification
PASTA-based risk and attack scenario analysis
Prioritized design and control recommendations
Optional validation through testing or code review
Business Outcomes
Reduced risk of systemic design-level failures
Early identification of high-impact attack paths
Lower cost of remediation compared to post-deployment fixes
Stronger alignment between security, engineering, and business teams
Greater confidence in architectural and design decisions
Standards & Methodologies
Our approach combines industry-recognized frameworks with real-world attacker behavior, including:
STRIDE threat modelling
PASTA (Process for Attack Simulation and Threat Analysis)
OWASP threat modeling principles
Secure architecture and design best practices
Why Our Threat Modeling Is Different
Traditional threat modeling often results in theoretical diagrams and generic risk lists. Our approach delivers clear attack paths, risk-driven insights, and design decisions that materially reduce real-world security exposure.
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