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Threat Modeling

Identify Threats, Before They Arise

Threat Modeling is the systematic analysis of threats during the design phase. VamiSec helps you identify and mitigate security risks early.

What is Threat Modeling?

Threat Modeling is a structured process for identifying, prioritizing, and mitigating security threats. The earlier threats are identified, the cheaper the remediation – up to 100x cheaper than after go-live.

  • Identification of attack vectors during the design phase
  • Systematic methods: STRIDE, PASTA, LINDDUN, VAST
  • Prioritization by risk and business impact
  • Integration into secure development processes (SDLC)
  • Foundation for security architecture reviews
  • Evidence for ISO 27001, NIS2, and other frameworks
100xcheaper: fixing in design phase vs. after go-live
6STRIDE categories for systematic analysis
1–3Days for a threat modeling workshop
STRIDE Methodology

Systematic threat analysis with STRIDE

STRIDE is the most established framework for systematic identification of security threats — developed by Microsoft and used worldwide.

S

Spoofing

Identity spoofing — an attacker impersonates a legitimate user or service.

T

Tampering

Data tampering — unauthorized modification of data in transit or at rest.

R

Repudiation

Repudiation — lack of traceability of actions and transactions.

I

Information Disclosure

Information disclosure — unintended exposure of confidential data.

D

Denial of Service

Denial of service — attacks on the availability of systems and services.

E

Elevation of Privilege

Privilege escalation — an attacker gains higher permissions than intended.

Methodology

Our Threat Modeling Process

Four structured phases — from architecture assessment to concrete risk treatment.

01

Modeling

  • Analysis of your IT architecture
  • Modeling of a data flow diagram
  • We review your existing systems, networks, and applications to create a detailed security profile
02

Threat Identification

  • Using the STRIDE model, we identify potential attack vectors and evaluate their impact on your business processes
  • Specification and categorization of threats
03

Risk Assessment

  • We conduct a comprehensive risk analysis to evaluate the likelihood and impact of potential security incidents
04

Risk Treatment Recommendations

  • Based on the analysis, we develop clear, actionable measures to harden your IT architecture and defend against future attacks

Security starts —
in the design phase.

The earlier threats are identified, the cheaper and more effective the remediation.

Our Services

Our Threat Modeling offering

Architecture Review

Analysis of your system and software architecture for security vulnerabilities.

STRIDE Analysis

Systematic assessment for Spoofing, Tampering, Repudiation, Information Disclosure, DoS, and Elevation of Privilege.

Risk Assessment

Prioritization of identified threats using DREAD, CVSS, or other scoring models.

Mitigation Strategies

Development of concrete countermeasures for each identified threat.

Threat Model Documentation

Complete documentation of the threat model as a basis for security testing and reviews.

SDLC Integration

Integration of threat modeling into your development processes and CI/CD pipelines.

Use Cases

Threat Modeling for every architecture

Web ApplicationsAPIs & MicroservicesMobile AppsCloud Architectures (AWS, Azure, GCP)IoT SystemsCritical InfrastructureAI & LLM SystemsZero Trust ArchitecturesSupply ChainOT & Industrial

Why CEOs, CISOs, and CTOs should invest in threat modeling

Threat modeling reduces not only technical risks but also costs, liability issues, and time-to-market. It forms the foundation for informed security decisions at the management level.

Approach

Our Threat Modeling Process

01

Scope & System Understanding

Capturing system architecture, data flows, and trust boundaries through interviews and document analysis.

02

Threat Identification

Systematic identification of potential threats using STRIDE, attack tree analysis, and expert knowledge.

03

Risk Assessment

Prioritization of threats by probability and damage potential.

04

Mitigation Planning

Defining concrete countermeasures and security requirements for each threat.

05

Validation & Documentation

Review of the threat model with stakeholders and creation of complete documentation.

From analysis —
to secure architecture.

Data flow diagrams, threat register, risk assessment, and mitigation recommendations — all from one workshop.

Methods & Standards

Proven Frameworks & Tools

STRIDEPASTALINDDUNVASTDREADAttack TreesCVSSMITRE ATT&CKMicrosoft Threat Modeling ToolOWASP Threat DragonIriusRiskThreagile
FAQ

Frequently asked questions

Threat Modeling – Security from the Start

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