A declarative way to build domain-specific AI agents on your governed data — you describe the task, Agent Bricks generates the evaluation and tunes the agent for you.
Agent Bricks is a declarative, auto-optimized way to build and deploy domain-specific agents on Databricks: you pick a task type, point at your data, and it auto-generates an evaluation suite and tunes for quality and cost.
Building production agents normally means hand-crafting prompts, evals, and tuning loops. Agent Bricks collapses that: it uses Mosaic AI Research techniques to synthesize task-aware benchmarks and LLM judges, then optimizes the agent for you — so teams reach higher quality at lower cost without owning the agent-engineering plumbing.
Select a task type, write a natural-language description of the goal, and connect Unity Catalog data sources — no prompt or pipeline plumbing.
Automatically generates domain-specific synthetic data and task-aware benchmarks, then tunes the agent to trade off quality vs. cost.
Creates evaluation suites and custom LLM judges per task, built on MLflow and Agent Evaluation; you steer quality via natural-language feedback and guidelines.
Information Extraction, Knowledge Assistant, Multi-Agent Supervisor, and Custom LLM — one prebuilt tile per common enterprise pattern.
Sits on the Mosaic AI stack — Foundation Model APIs, Vector Search, Model Serving, MLflow — and deploys each agent as a governed serving endpoint.
Data, functions, and connections come from Unity Catalog; the Supervisor enforces access controls so users only reach subagents they're authorized for.
Python · query a deployed Agent Bricks endpointfrom mlflow.deployments import get_deploy_client
client = get_deploy_client("databricks")
# each Agent Bricks tile is served as a chat-style endpoint
resp = client.predict(
endpoint="ka-product-support", # the deployed agent's serving endpoint
inputs={"messages": [{"role": "user",
"content": "What is the refund window?"}]}
)
print(resp["choices"][0]["message"]["content"])
Verified against docs.databricks.com · June 2026