Efficiency Increase of 20–50% in System Safety: Local AI in Use with MIL-STD-882E

Implementing system safety—with its analyses and verifications—is time-consuming and resource-intensive, yet the pressure to execute projects efficiently and cost-effectively is growing.

In this webinar, we’ll show you how locally operated artificial intelligence can help significantly reduce the effort involved in safety processes—without compromising on data protection or quality. Learn from real-world use cases in the defense industry how AI is already supporting the entire safety lifecycle today.

Content & Agenda

• Challenges in System Safety
• AI Use Cases Along the Safety Lifecycle
• Data Protection & Local AI Architectures
• Live Insight into Our Tool Solution (including concrete MIL-STD-882E use cases)
• Implementation Effort & Practical Application
• Q&A Session

What Our Research Shows – Your Key Takeaways

• AI can support the entire safety lifecycle without compromising data privacy
  • The AI model used is European
  • The software is open-source and freely available for use by companies
  • The AI application can also run easily on a single computer – a standard Nvidia graphics card costing €2,000–€3,000 is sufficient
• Initial designs and analyses can be generated automatically
• Efficiency increases by 20–50% depending on the level of maturity
• At the same time, it is important to note that AI has its limits and does not replace experts, but rather complements them

Secure your spot for free and learn how to make system safety more efficient, faster, and future-proof!

About INVENSITY

INVENSITY is an engineering and consulting firm with approximately 180 employees and headquarters in Wiesbaden. Through our R&D excellence clusters in software, systems, and safety engineering, we combine deep expertise with cutting-edge technology.

Our experts regularly support companies in the defense industry in implementing MIL-STD-882E-compliant documentation (PHL, PHA, SRHA, FHA)—while actively driving the integration of AI.