Context memory, built right on Databricks.

We implement memory-aware AI agents and RAG on your existing Databricks Lakehouse. Unity Catalog–native, Claude-optional.

Agent Memory Layer UC Tables Claude Eval MLflow
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The problem

Your RAG can’t remember the last turn.

Your agents lose state between runs.

Your vector DB is a parallel universe to Unity Catalog.

“To be effective in production, agents need state. They must remember what has already happened and resume work with full context intact.”

Databricks, A Hands-On Guide to Apps on Databricks (2026)
Three pillars

How we approach production AI on Databricks.

01
Memory

Memory is the missing layer.

RAG and agents that can’t remember context can’t ship to production. We open-sourced our take (`lakehouse-memory`) covering episodic, semantic, and working memory. We build the production extensions on top.

02
UC-native

Built where your data already lives.

Unity Catalog is the memory store. Governance, lineage, access control: you already have them. We use them, not a sidecar vector DB.

03
Claude-optional

Claude where it matters.

Bring Claude in for reasoning, planning, and evals. Keep Databricks-native models where they’re already strong. No vendor monoculture.

What an engagement looks like

Assess → Implement → Hand off.

01

Assess

2 weeks

We map your current Databricks workspace, identify the highest-leverage memory-shaped problem, and produce a written architecture and engagement plan.

02

Implement

6–12 weeks

We build it. Memory layer, agent runtime, RAG production pipelines, Claude integration, MLflow eval. Running in your workspace, owned by your team.

03

Hand off & advise

Ongoing, optional

We hand off documented, tested code and a trained team. Optional retainer for ongoing architecture review.

Book a 30-minute Databricks AI assessment.

We look at your workspace, what's stuck, and how memory-aware AI fits. No commitment.

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