Unlock the next level productivity in your safety/cybersecurity analysis and review. Streamline HARA/TARA/HIRE for automotive, aerospace, railway or medical domains with expert-level precision. Meet standards like ISO 26262, ISO 21448, and ISO 21434, focusing on innovation with repetitive tasks handled by AI - while still ensuring human oversight in the workflow.
Are you overwhelmed by the complexity of safety and cybersecurity analysis for technical systems? Struggling to produce compliant HARA, HIRE and TARA reports while juggling standards like ISO 26262 and IEC 21434? Is your team bogged down by repetitive tasks, losing time for creative problem-solving? Can you afford delays in fast-paced industries like automotive and aerospace? Our agentic GenAI tool automates these processes, delivering precise, standards-compliant work products in record time, empowering engineers to focus on innovation while ensuring robust safety and cybersecurity.
Begin your journey with our tool by providing essential inputs tailored for safety-critical industries like automotive, aerospace, aviation, rail, and medical. Submit a detailed technical system description, top-level requirements, preliminary design, architecture, and system constraints to kickstart the process. This foundational step ensures the tool aligns with your specific project needs, setting the stage for accurate and compliant safety analysis.
In the second step, optionally enrich the tool's capabilities by adding expert domain knowledge, including past safety analysis inputs and outputs. Incorporate technical documentation from similar systems to refine the context and accuracy of the analysis. This step empowers the tool to leverage existing expertise, tailoring results to your specific system.
Agentic GenAI software tool produces selected safety analysis report: list of potential hazards (what could go wrong with the system if not treated, e.g., unintended lane change due to software error) and threats (who and how a system can be put in a compromised state by an external attacker, e.g., how steering can be hijacked and the vehicle crashed). Furthermore, the tool creates requirements and proposals of technical countermeasures (how to eliminate or neutralize the hazards and threats).
Our tool combines advanced automation with human supervision through an intuitive graphical user interface, ensuring engineers maintain full control. Engineers can grade the quality of generated outputs, accepting them or requesting further refinement as needed. This collaborative approach guarantees that the final safety analysis meets the highest standards, with human judgment as the decisive factor.
NIT team is the right partner on your journey to success in safety and cybersecurity-critical industries!
Engineers have the final word - the tool improves by collecting human grading for a feedback loop - we reach final goal through iterative refinements.
Generated and curated work products are compliant to the expectations and requirements of standards like ISO 26262, ISO 21448, and ISO 21434.
Cover typical analysis from HIRE/HARA/TARA phases - HAZOP, STPA, FMEA, FTA, DFA, ...
Expected up to 10x acceleration before the first results.
Expected up to 20x less errors due to repetitive nature of safety analysis activities.
Virtually no-effort for system description changes, available every time, for unlimited changes.
We are proud to be able to serve companies and to be recognized in the growing community safety and cybersecurity professionals.
We are researching AI ethics in human cognition and behavior to be applied within our AI tools.
We are a preferred scaling and upskilling partner for several distinguished automotive companies, such as TTTech, RT-RK and Harman Automotive.
We have accredited several automotive programs with University of California San Diego.
Our consultants have degrees in the required fields with additional formal certification in safety, cybersecurity and automotive processes.



















