Threat modeling has never been this simple.
Upload product data, the AI creates the architecture model. Identify threats with STRIDE and MITRE ATT&CK, assess risks, assign mitigations.
Visual Architecture Modeling
Visually model your product architecture with components, interfaces and data flows, directly in the browser.
Attributes
Which threats are relevant for this component?
STRIDE Analysis
Systematic threat analysis with the proven STRIDE framework. Spoofing, Tampering, Repudiation, Information Disclosure, Denial of Service, Elevation of Privilege.
Component type
MITRE ATT&CK for ICS & EMB3D
Link threats to real attack techniques from MITRE ATT&CK for ICS and the EMB3D model for embedded systems.
A nation-state actor conducting targeted cyber espionage.
Attacker Modeling (ISO 18045)
Define attacker profiles according to ISO 18045: expertise, resources, motivation. Understand who you need to protect against.
An attacker triggers functions on the pressure regulator via an interface.
Automatic Risk Assessment
Risks are automatically calculated from threat, attacker profile and damage scenario. No more manual scoring.
MITRE ATT&CK for ICS · M0800
MITRE Mitigations & Treatment
Assign concrete countermeasures from the MITRE catalog to each threat. Traceable, standardized, audit-ready.
How it works
Three steps to your threat model.
01
Upload your documents
A PDF, a draw.io, a Word file. The AI builds a first architecture picture from it, with components and data flows.
02
Find the threats
STRIDE and MITRE ATT&CK for ICS work through what can go wrong, step by step. The AI suggests fitting scenarios.
03
Rate risks and handle them
How strong is the attacker, how big is the damage? Designer works out the risk and you assign measures. Current vulnerabilities feed straight in.
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The difference
Write for three weeks.
Or upload one document.
Someone sits down and writes 40 pages of Word. No link to real attacks, no link to current vulnerabilities. By the next audit it is out of date again.
Upload the specification, the AI builds the architecture picture. You improve it instead of starting from zero. When something changes you version it instead of rewriting it.