RoboFication provides an AI‑driven platform that acts as a virtual systems engineer for safety‑critical industries such as automotive, aerospace, and medical devices.
Funding
Funding not disclosed
Founders
Product
Problem
Safety-critical industries such as automotive, aerospace, and healthcare must satisfy strict regulatory standards while accelerating product development. Traditional systems‑engineering workflows rely on manual hazard analysis, requirement tracing, and diagram creation, which are time‑consuming, error‑prone, and difficult to scale across large codebases and model‑based designs.
Solution
RoboFication offers an AI‑driven platform that acts as a virtual systems engineer, automating key safety‑analysis tasks directly from source code and system models. The suite includes tools that perform hazard analysis, generate traceable requirements, and produce SysML diagrams without manual effort. By integrating these capabilities into both desktop and web applications, the platform supports real‑time collaboration and model‑based verification, helping engineering teams meet compliance requirements faster and with fewer mistakes. The AI agents continuously analyze changes, maintain end‑to‑end traceability, and surface compliance gaps early in the development lifecycle, enabling safer and more efficient product delivery.
Target Audience
Primary customers are systems engineers, safety analysts, and development teams in automotive, aerospace, and medical device companies that need automated, standards‑compliant safety engineering tools.
Features
- Robo Code Analyzer: automatically extracts safety hazards and generates linked requirements from existing codebases
- Robo Model Analyzer: evaluates model‑based designs for safety violations and suggests corrective actions early in the workflow
- Robo SysML: creates accurate SysML diagrams directly from code, ensuring model consistency and traceability
- Desktop and Web versions of Robo Systems Engineer: provide a full GUI for safety analysis with real‑time collaborative editing and version control
- End‑to‑end traceability: maintains links between hazards, requirements, code, and models to satisfy regulatory audit trails
- AI‑powered compliance checks: continuously monitors design changes against industry standards (e.g., ISO 26262, DO‑178C, IEC 62304)