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The Devici platform empowers teams to mitigate threats in everything they build. From new features to legacy code, application threat modeling is about to be easy, efficient, and collaborative.
Devici is used by companies to protect their most critical software and prevent their business assets from becoming security liabilities.
AI-Infused Threat Modeling
Imagine identifying potential application security and privacy threats by entering a few words related to a design element. We’re combining the expertise of the leading threat modeling experts with the power of AI to create a tool that improves your threat modeling program. Identify and mitigate security and privacy threats faster by filling knowledge gaps.
THE DEVICI CODEX
The Codex combines popular threat modeling frameworks, with security and privacy methodologies, including STRIDE, OWASP Top Ten, OWASP Top Ten for LLMs, OWASP API Security Top 10, LINDDUN, Capitals, and CWE.
CODE GENIUS
Devici Code Genius investigates your code, dissects each part, and builds a threat model draft. The best part? It then aligns the application elements with attributes, threats, and mitigations from the Codex libraries using a variety of threat modeling methodologies. Stay focused on remediating real weaknesses and vulnerabilities, not drafting the model. The code stays on your system, not ours, to ensure your trade secrets remain secret.
REAL-TIME COLLABORATION
THE POWER OF SIMPLICITY
The Devici canvas is the heart of a threat modeling diagram — a modern drawing tool that’s simple but powerful. Individuals and teams working in sync build data flow diagrams using a modern design tool. Everything happens here — add elements, assign attributes, uncover threats, then address mitigations. Gain insight into the health and completeness of your models, the number of threats and mitigations identified, and much more – all from one screen.
Join industry veteran Chris Romeo, VP at Security Compass and co-author of the Threat Modeling Manifesto, for an engaging and practical masterclass on how to recognize, analyze, and mitigate security and privacy risks in the systems you build.
Ready to Get Started?
Are you looking to make threat modeling a part of your application security tools? See how Devici can help secure your software.
Get answers to common questions about threat modeling, how it works, and how teams scale it with tools like Devici.
Threat modeling is a structured process used to identify, analyze, and mitigate potential security risks in software systems before they are built or deployed. It helps teams understand how attackers might exploit vulnerabilities and ensures security is integrated early in the development lifecycle.
Threat modeling helps development teams proactively identify risks, reduce vulnerabilities, and avoid costly rework later in the software lifecycle. By addressing security during design rather than after deployment, organizations can build more secure and compliant applications faster.
Threat modeling software helps teams visualize system architecture, identify potential threats, and map mitigations using structured frameworks like STRIDE or OWASP. Modern tools automate parts of this process, making it faster and easier to scale across applications.
Automated threat modeling reduces manual effort, improves consistency, and helps teams scale security practices across multiple applications. It enables faster threat identification, better collaboration, and more efficient prioritization of risks.
Devici simplifies threat modeling by combining visual diagramming, built-in threat libraries, and AI-powered capabilities. It helps teams identify and prioritize threats faster while enabling real-time collaboration across security, development, and product teams.
Yes. Modern threat modeling tools like Devici can analyze existing applications and generate initial models based on code, helping teams identify risks in both new and legacy systems.
Threat modeling should involve cross-functional teams, including security professionals, developers, architects, and product stakeholders. Collaboration ensures that risks are identified from multiple perspectives and mitigations are practical and actionable.
Threat modeling should be done early in the design phase and revisited throughout development. It is most effective when integrated into regular workflows such as sprint planning or architecture reviews.
