Fortify Intelligence provides engineering and product teams with end‑to‑end services that bridge model performance and system‑level safety for AI deployments in regulated, safety‑critical domains. Their offerings include AI roadmapping, scaling analytics, safety‑focused deployment architectures, STAMP/STPA hazard analysis, and ISO 21448 (SOTIF) compliance support, delivering reduced effort and higher assurance that AI systems operate safely in production.
Funding
Funding not disclosed
Founders
Product
Problem
AI developers often focus on model reliability metrics such as accuracy and latency, assuming that a reliable model is automatically safe to deploy. This overlooks system‑level safety concerns, regulatory requirements, and context‑specific failure modes, leading to deployment risks and potential harm in safety‑critical applications.
Solution
Fortify Intelligence offers a suite of services that bridge the gap between model performance and operational safety. The company provides AI roadmapping to align development goals with safety standards, and scaling analytics that identify reliability‑safety mismatches early. Its deployment architecture designs end‑to‑end pipelines that embed safety checks, while STAMP and STPA safety analyses evaluate systemic hazards. Fortify also assists clients in achieving ISO 21448 (SOTIF) compliance, ensuring that AI components meet industry‑specific safety regulations. By integrating these processes, Fortify enables organizations to move AI models from prototype to production with reduced effort and a higher guarantee of safe operation.
Target Audience
Fortify’s primary customers are engineering and product teams that need to deploy AI models in safety‑critical environments such as autonomous vehicles, medical devices, industrial automation, and finance, where regulatory compliance and risk mitigation are essential.
Features
- AI roadmapping workshops that translate business objectives into safety‑aligned development plans
- Scaling analytics that surface hidden safety risks as models grow in complexity and usage
- Deployment architecture design incorporating automated safety validation and monitoring
- STAMP & STPA hazard analysis to identify and mitigate systemic failure modes
- ISO 21448 (SOTIF) compliance support for automotive, aerospace, and other regulated sectors
- On‑demand safety consulting services to address emerging risks during rapid AI iteration
- Integrated safety reporting dashboards that provide traceability and auditability for regulators