ISO 8800: Need for additional safety requirements on AI systems – Exercise
- Date
- 2028-08-05
- Location
- Online
- Host
- ISO/PAS 8800 (Functional Safety)
About this event
A live 30-minute expert session on Need for additional safety requirements on AI systems – Exercise, part of the ISO/PAS 8800 track from Critical Systems Analysis. Recurs monthly.
Related topics: need for additional safety requirements on ai systems – exercise · need · additional · safety · requirements · systems · exercise · AI safety · machine learning safety · safety of AI · data quality · model performance · ODD · AI lifecycle · neural network · training data.
Browse the whole track: [ISO/PAS 8800](https://luma.com/critical-systems-analysis?tag=iso-pas-8800)
All ISO/PAS 8800 sessions (26 more):
[ISO 8800: AI/ML Definitions and Concepts](https://luma.com/critical-systems-analysis?tag=iso-8800-ai-ml-definitions-and-concepts) · [ISO 8800: Performance metrics [9]](https://luma.com/critical-systems-analysis?tag=iso-8800-performance-metrics-9) · [ISO 8800: Generalization error](https://luma.com/critical-systems-analysis?tag=iso-8800-generalization-error) · [ISO 8800: Linear regression](https://luma.com/critical-systems-analysis?tag=iso-8800-linear-regression) · [ISO 8800: Dataset Design- Exercise](https://luma.com/critical-systems-analysis?tag=iso-8800-dataset-design-exercise) · [ISO 8800: Dataset Safety Analysis - Exercise](https://luma.com/critical-systems-analysis?tag=iso-8800-dataset-safety-analysis-exercise) · [ISO 8800: Need for additional safety requirements on AI systems – Solution](https://luma.com/critical-systems-analysis?tag=iso-8800-need-for-additional-safety-requirements-on-ai-systems-solution) · [ISO 8800: Safety and artificial intelligence for Road Vehicles – ISO/TC PAS 8800](https://luma.com/critical-systems-analysis?tag=iso-8800-safety-and-artificial-intelligence-for-road-vehicles-iso-tc-pas-8800) · [ISO 8800: General workflow for deriving safety requirements – Solution](https://luma.com/critical-systems-analysis?tag=iso-8800-general-workflow-for-deriving-safety-requirements-solution) · [ISO 8800: Aspects related to machine learning (ML)](https://luma.com/critical-systems-analysis?tag=iso-8800-aspects-related-to-machine-learning-ml) · [ISO 8800: Reinforcement Learning](https://luma.com/critical-systems-analysis?tag=iso-8800-reinforcement-learning) · [ISO 8800: AI Safety Standard Framework](https://luma.com/critical-systems-analysis?tag=iso-8800-ai-safety-standard-framework) · [ISO 8800: Dataset Safety Analysis - Solution](https://luma.com/critical-systems-analysis?tag=iso-8800-dataset-safety-analysis-solution) · [ISO 8800: Dataset Safety Analysis – Exercise Open discussion](https://luma.com/critical-systems-analysis?tag=iso-8800-dataset-safety-analysis-exercise-open-discussion) · [ISO 8800: Background to Machine Learning and AI](https://luma.com/critical-systems-analysis?tag=iso-8800-background-to-machine-learning-and-ai) · [ISO 8800: Dataset Requirements Development- Exercise](https://luma.com/critical-systems-analysis?tag=iso-8800-dataset-requirements-development-exercise) · [ISO 8800: Implications for off-line training of machine learning algorithms](https://luma.com/critical-systems-analysis?tag=iso-8800-implications-for-off-line-training-of-machine-learning-algorithms) · [ISO 8800: Relevance of Artificial Intelligence in Automotive Applications](https://luma.com/critical-systems-analysis?tag=iso-8800-relevance-of-artificial-intelligence-in-automotive-applications) · [ISO 8800: Supervised & Unsupervised Machine Learning](https://luma.com/critical-systems-analysis?tag=iso-8800-supervised-unsupervised-machine-learning) · [ISO 8800: Operational design domain](https://luma.com/critical-systems-analysis?tag=iso-8800-operational-design-domain) · [ISO 8800: Background: Statistical Learning](https://luma.com/critical-systems-analysis?tag=iso-8800-background-statistical-learning) · [ISO 8800: Decision tree](https://luma.com/critical-systems-analysis?tag=iso-8800-decision-tree) · [ISO 8800: Verification and validation of AI systems - Solution](https://luma.com/critical-systems-analysis?tag=iso-8800-verification-and-validation-of-ai-systems-solution) · [ISO 8800: General workflow for deriving safety requirements – Exercise](https://luma.com/critical-systems-analysis?tag=iso-8800-general-workflow-for-deriving-safety-requirements-exercise) · [ISO 8800: Verification and validation of AI systems - Exercise](https://luma.com/critical-systems-analysis?tag=iso-8800-verification-and-validation-of-ai-systems-exercise) · [ISO 8800: ISO 26262](https://luma.com/critical-systems-analysis?tag=iso-8800-iso-26262)
Who should attend
This is for you if you want to think more rigorously about AI safety in practice, not just in theory. - You work on **AI-enabled or autonomous systems** and want to better understand when additional safety requirements may be necessary. - You are an **engineer, technical lead, architect, or product builder** who needs clearer ways to reason about safety when system behavior is shaped by models, data, or uncertainty. - You are involved in **risk, assurance, governance, compliance, or standards-related work** and want a more grounded discussion of how AI changes familiar safety assumptions. - You enjoy **exercise-based learning** and get more from working through a problem than from watching a presentation. - You want to hear how others in the community frame **acceptable risk, safeguards, and system boundaries** in AI contexts. - You are curious about **ISO 8800 and the broader safety conversation around AI**, whether you are building deep expertise or strengthening your current understanding. You do not need to show up with all the answers. The best fit is someone who is ready to participate, compare perspectives, and leave with sharper questions and more practical judgment.