AI Contextual Evaluations is Humane Intelligence’s term for highly customized, bespoke, and comprehensive analysis of an AI model or system’s performance in a specified problem space. In 2026, we developed our ontology-based contextual AI evaluation (OB-CAIE) methodology as a basis of our highly complex contextual AI evals.

One of the most common questions Humane Intelligence clients ask is, “How do I know if an AI model or system performs well in a particular use case?” When we unpack this statement, we see that accounting for AI contextual evaluation complexities can be difficult. Guessing which scenarios to test in an AI red teaming workshop or examining underlying data without a clear direction is insufficient to capture the breadth of possible failure points. That’s why our OB-CAIE methodology first defines a problem space before creating the evaluation.

With our OB-CAIE methodology, Humane Intelligence is helping clients better understand their problem space coverage and gaps, and how to use compute and resources more effectively. This approach creates more mathematical and statistical rigor and clarity around AI model and systems performance, evaluation replicability and limitations, and ultimately, better product go/no-go decisions.

Every AI contextual evaluation is different! While there’s no single way to determine which is better, here’s a quick guide to decide whether a taxonomical or ontological based methodology is more appropriate:
Our AI contextual evaluations have helped our past clients answer:

SINGAPORE IMDA
Based on an older approach to contextual AI evals, Humane Intelligence worked with the Singaporean Infocomm Media Development Authority (IMDA) on a red teaming event and contextual evaluation, covering nine languages and drawing participants from across ASEAN.

In 2027, the world will officially starting debating what comes after the Sustainable Development Goals (SDGs). Based on the early thinking of our OB-CAIE methodology, we posit that the SDGs should be an ontology public good that is queryable using GenAI.