ISO 8800: AI Safety Standard Framework
- Date
- 2027-11-24
- Location
- Online
- Host
- ISO/PAS 8800 (Functional Safety)
About this event
A live 30-minute expert session on AI Safety Standard Framework, part of the ISO/PAS 8800 track from Critical Systems Analysis. Recurs monthly.
Related topics: ai safety standard framework · safety · standard · framework · AI safety · machine learning safety · safety of AI · data quality · model performance · ODD · AI lifecycle · neural network · training data · robustness · out-of-distribution · safety assurance.
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: 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: Need for additional safety requirements on AI systems – Exercise](https://luma.com/critical-systems-analysis?tag=iso-8800-need-for-additional-safety-requirements-on-ai-systems-exercise) · [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 event is for people who want a sharper, more operational understanding of AI safety and how standards frameworks can influence real decisions. - You work in **AI, machine learning, or autonomous systems** and want to understand how safety standards may affect design, testing, deployment, or monitoring. - You are a **product manager, technical lead, or engineering manager** trying to balance innovation with governance, reliability, and accountability. - You work in **risk, compliance, policy, security, or assurance** and need a clearer view of how AI safety frameworks connect to organizational processes. - You are a **researcher, analyst, or advisor** tracking the evolution of AI standards and looking for grounded discussion rather than abstract debate. - You are part of a **cross-functional team** and need language that helps technical and non-technical stakeholders align around safety expectations. - You are simply **AI-curious but serious**, and you want to learn from a community thinking carefully about responsible autonomy, not just hype. If you have been asking how safety can become something more concrete than a principle statement, you will likely find this event useful.