Threat Modeling & Abuse-Case Design

Threat modeling and abuse case analysis for secure design

About This Service

Our Threat Modeling & Abuse-Case Design service helps you identify security threats early in the design phase and design appropriate defenses. We use industry-standard methodologies to model threats, analyze attack vectors, and create abuse cases to ensure your systems are designed securely from the start.

Why it matters

  • Threats discovered in production cost far more to mitigate than at design time
  • Ad-hoc security reviews miss structured abuse cases and attack trees
  • Agile teams ship features without repeatable threat modeling touchpoints
  • AI and agentic features introduce threats traditional models overlook

Typical engagement

Duration

1–3 weeks per system or major feature slice

Your involvement

Design workshops with product and engineering, architecture context

Prerequisites

System context, data-flow diagrams, and trust boundaries (draft OK)

Part of Build Secure

Secure Engineering Foundations is a Build Secure capability family—explore packages and related services.

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Who needs this

Product teams before major releases or new services

Architects integrating STRIDE or PASTA into design rituals

Build Secure Launch buyers scoping priority systems

AI product teams modeling agentic and LLM-specific threats

What's Included

Threat modeling using STRIDE, DREAD, or custom methodologies

Attack surface analysis

Threat identification and categorization

Abuse case development

Attack tree creation

Security control recommendations

Risk assessment and prioritization

Threat model documentation

How It Works

1
System Understanding
We gather information about your system architecture, data flows, trust boundaries, and security requirements
2
Threat Identification
We identify potential threats using structured methodologies and analyze attack vectors
3
Abuse Case Development
We develop abuse cases and attack trees to model how threats could be realized
4
Defense Design
We recommend security controls and design patterns to mitigate identified threats

AI drafts abuse cases; experts validate scenarios

AI does

Generates candidate threats from architecture descriptions

Expert decides

Facilitators validate and prioritize with stakeholders

AI does

Drafts attack trees from abuse-case lists

Expert decides

Security leads approve mitigations and backlog items

AI does

Maps threats to OWASP ASVS and SSDF activities

Expert decides

Teams integrate outcomes into SDLC gates

Deliverables
  • Threat Model Document
  • Threat Catalog
  • Attack Surface Analysis
  • Abuse Case Documentation
  • Attack Trees
  • Risk Assessment Matrix
  • Security Control Recommendations
  • Threat Mitigation Plan

Measurable outcomes

  • Documented threat model and abuse-case catalog per system
  • Prioritized mitigations linked to design and backlog items
  • Repeatable threat modeling workflow for new features
  • Bridge to secure SDLC gates and architecture review

Package Fit

Launch
Threat modeling for priority systems included in Launch scope.
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Scale
Repeatable modeling workflow across product portfolio.
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Enterprise
Program-wide threat modeling governance and metrics.
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Why HafezSecure

Proven Methodologies
Use of industry-standard threat modeling methodologies (STRIDE, DREAD, PASTA)
Early Detection
Identify threats early in the design phase when mitigation is most cost-effective
Comprehensive Analysis
Thorough analysis covering all attack vectors and threat scenarios
Actionable Results
Clear, prioritized recommendations with implementation guidance
Typical results

Teams adopting structured threat modeling typically document abuse cases and prioritized mitigations for a priority system within 1–3 weeks.

Frequently Asked Questions

Ready to Get Started?
Contact our team to discuss your secure engineering needs