Grounding AI agents
Practices
Pull live state via APIs before deciding. Do not rely only on chat context.
Write structured results with ids that reconcile to source documents and rows.
Reject free-form answers where a schema field is required.
Live state
Before a decision, pull current system state. Do not decide from stale chat context alone.
Stamp decisions with the ids of records read so audits can reconstruct inputs.
Write validation
Validate payloads against schema and business rules before any write. Grounding is incomplete without validation on the way out.
In practice
Map the workflow on a whiteboard before you open a framework: inputs, systems of record, humans, and irreversible writes. If that map is fuzzy, the agent will encode the fuzz.
Pick ten to fifty real historical cases as an eval set. Include the ugly ones. Run the agent offline against them until critical fields and hard rules are acceptable. Only then connect write tools.
Ship with a pause switch, a human queue, and a weekly review of override reasons. Promote repeated overrides into rules. That loop is how production systems improve—not another prompt brainstorm.
Common failure modes
- Treating a demo on clean samples as readiness for production volume.
- One shared service account with broad write access across systems.
- No owner for the exception queue, so failures pile up as noise.
- Changing prompts and models without regression gates on real cases.
- Measuring only model latency or thumbs-up, not completed-case cost and audit completeness.
What good looks like after ninety days
The first workflow is boring: stable override rate, known failure modes, operators who trust the queue. Config changes go through review. Traces answer "what happened to this case?" without archaeology.
At that point you can add a second document type or a second agent role. Expanding before the first path is boring is how programs stall with five half-built pilots.
Frequently Asked Questions
Is RAG the same as grounding?
RAG grounds language in documents. Operational grounding also includes live system state and validated writes.
What breaks grounding?
Stale caches, missing ids, and humans pasting model text into systems without checks.