Klocwork
Enterprise-Scale Static Analysis for Security, Safety, and Quality Compliance.
Graph-based threat modeling and attack surface visualization directly within the DevSecOps lifecycle.
AttackFlow is a sophisticated threat modeling and security architecture analysis platform designed to integrate directly into the developer's workflow. By 2026, AttackFlow has solidified its position as a critical bridge between software architects and security engineers, utilizing a graph-based engine to visualize potential attack paths and security weaknesses during the design and coding phases. Its technical architecture leverages deep integration with IDEs like Visual Studio and VS Code, alongside automated CI/CD hooks, to provide real-time feedback on the security posture of an application's architecture. Unlike traditional static analysis tools (SAST) that focus on code syntax, AttackFlow analyzes the systemic flow of data and control, identifying logic flaws and structural vulnerabilities that automated scanners often miss. The platform's 2026 market position emphasizes 'Security-as-Code,' enabling teams to maintain living threat models that evolve alongside the codebase. It effectively maps components against known CWE (Common Weakness Enumeration) and CVE databases while providing a sandbox for simulating attacker behaviors across complex, microservices-oriented environments.
Uses a proprietary graph engine to represent software components as nodes and data flows as edges, identifying path-based vulnerabilities.
Enterprise-Scale Static Analysis for Security, Safety, and Quality Compliance.
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Verified feedback from the global deployment network.
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Monitors changes in architectural configuration and code to provide instant 'security linting' during the design phase.
Automatically correlates identified architectural patterns with the Common Weakness Enumeration (CWE) database.
Diffing tool for threat models to see how the attack surface has expanded or contracted between versions.
Specialized modules for AWS, Azure, and GCP resources to model infrastructure-as-code security.
Customizable ruleset to define what constitutes a 'high risk' path specific to organizational standards.
Simulates 'What-If' scenarios where a specific component is compromised to see the blast radius.
Developers were building features that introduced data leakage vulnerabilities due to poor architectural decisions.
Registry Updated:2/7/2026
Developer fixes the flow by adding a TLS encryption node.
Security Architect approves the model virtually.
An enterprise acquired a legacy software suite with no security documentation.
Manual threat modeling for HIPAA compliance was taking 4 weeks per release cycle.