RiskForge — safety analysis in the browser.
The analysis platform: FtaDSL derivation, MCSA evaluation, FMEA, and safety case in one workflow — guided by the chatbot. Every tool under one roof.
Applied FuSa reduces effort and risk in functional safety — through highly specialised tools and targeted process and team development.
ISO 26262 · IEC 61508 · Automotive SPICE · IEC 62304 · DO-178C
Our tools are uncompromisingly practice-driven: built on decades of automotive FuSa experience, equipped with everything tool qualification and audits demand.
Authoring and review per ISO 26262, IEC 61508, and IEC 62304. From HARA via FSR to TSR.
Quantitative FTA, common-cause analyses, and cut-set evaluation — supported by MCSA.
Preparation for external assessments. Gap analysis, process design, traceability build-up.
Tool classification, TCL evaluation, and qualification reports per ISO 26262-8 Clause 11.
Independent assessment of existing system architectures from a reliability perspective.
Personal mentoring for engineers entering the field of functional safety.
A fault tree is not invented but derived from an architecture model (ibd) — so its minimal cut sets are real fault-propagation combinations. A rewrite of the 2015 Hanser book. A free summary for every chapter.
Methodology distilled from Applied-FuSa practice: multi-repo, memory discipline, ADRs, the determinism mandate. How a one-person senior in an audit-bound environment ships with AI tools without compromising determinism or reputational liability.
Compliance is the evidence, not the goal. The goal is functional safety.
Whether MCSA access, a consulting request, or beta access to the Safety Case Generator — write to us directly. We typically respond within one business day.
Wolfgang Freese · Overath (Germany) · Response time typically < 24 h on business days