STRIDE analysis, attack paths, risk ratings, and compliance mapping live from the moment you upload.
Learn more →Take a single ECU to a full vehicle architecture. carmiz handles the scaling, so you stay focused on the product.
Learn more →Monitor compliance coverage, set gap alerts, and track audit readiness. Full visibility from the moment you analyze with everything you need to stay ahead of audits. Learn more →
Join the private beta and see your attack surface the way it actually looks — as a graph, not a table.
Find all your doubts and questions in one place.
A Threat Analysis and Risk Assessment (TARA) is a structured process to identify cybersecurity threats, assess their feasibility and impact, and determine appropriate mitigations. It's required by standards like IEC 62443, ISO 21434, and the EU Cyber Resilience Act. carmiz turns this process from a manual spreadsheet exercise into a visual, AI-assisted workflow.
IEC 62443 (OT/ICS), ISO/SAE 21434 (Automotive), the EU Cyber Resilience Act (CRA), and NIS2 compliance mapping. The risk calculation engine is configurable — you choose your impact model, feasibility factors, and risk matrix.
Upload a system architecture diagram or define your components manually. Our AI analyzes your system model, identifies threat scenarios using STRIDE, generates attack steps with feasibility ratings, and suggests mitigations — all with confidence scores you review and approve.
Yes. carmiz supports import from Excel/CSV files with intelligent column mapping, XSAM format (compatible with itemis SECURE), and architecture diagrams as images or PDFs. No need to start from scratch.
carmiz is designed for sensitive environments. Your data is encrypted at rest and in transit. AI analysis runs in isolated environments with no data retention. We're working toward SOC 2 Type II and plan to offer on-premise deployment.
Beta users get full access to the system editor, attack graph, AI-assisted TARA generation, and compliance mapping. We're actively building based on beta feedback — early users directly shape the product.