Your AI systems are brittle because they were built fast.

Fast prototypes become slow to change. Systems get duplicated instead of shared, which makes them hard to maintain. Prompts and models pile up with no one tracking them, driving up cost without anyone seeing why. You pay for it in every feature request and every incident.

Migrated with the tools you already run.

The same containers, infrastructure-as-code, and languages your engineering org already uses, consolidated instead of duplicated per team.

KubernetesDockerTerraformPostgreSQLPythonTypeScriptKubernetesDockerTerraformPostgreSQLPythonTypeScript

Recognize the symptoms

The symptoms that show up first.

You can't prioritize a fix for debt you haven't inventoried.

  • Every team built its own agent or its own way of pulling in company data, and nobody can say which one is the source of truth
  • Dozens of prompts live in notebooks and chat logs with no versioning and no record of what's deployed
  • When something breaks, nobody knows who owns it or who to call
  • Credentials are sitting in code, logs, or environment variables because nobody scoped a secrets story

The systems you built to prove an idea are now the systems you have to live with.

  • Every fast prototype that stays in production becomes a liability: hardcoded values, no error handling, no monitoring.
  • Every team builds its own agent, its own way of pulling in company data, or trains its own custom model, so knowledge stays stuck in people's heads instead of written down.
  • Prompts live across notebooks, chat logs, and ad-hoc scripts with no versioning and no clarity on what's actually deployed.
  • Teams that skip a real inventory usually find more duplicated systems and undocumented dependencies than they expected.

Eight dimensions where debt lives

Architecture — systems built for one job, now stretched to do others, so a change in one breaks another
Code — one-off scripts instead of reusable building blocks, copy-pasted instead of shared, with no tests
Data — training and testing data mixed together, with no record of where it came from or how it changed
Models — different versions and custom-trained variants floating around with no record of which is which
Agents — the tools they're allowed to use are scattered across files and services, with nothing enforcing who can call what
Infrastructure — stuck with one vendor or unsupported tools, wired tightly into old services that are hard to replace
Security — passwords and API keys sitting directly in code, logs, or config instead of somewhere locked down
Operations — nothing watching for problems, so incidents get discovered by users, not by you

We don't just assess. We architect the path and execute the migration.

Five steps, run in order.

Inventory

Catalog every AI system, model, prompt, and agent that's actually running, not what the org chart says should exist.

Map dependencies

Where systems overlap, where they connect, and the hidden dependencies nobody wrote down.

Design the target state

One shared setup instead of many separate ones, so testing, monitoring, and oversight work the same way across every system.

Migrate in phases

One system at a time, tested on its own, while production keeps running, so nothing breaks along the way.

Establish ownership

Clear playbooks and a named owner for the new setup, so debt doesn't quietly build up again.

The same nine-phase lifecycle, applied to remediation.

Discovery through knowledge transfer, with production staying up through every phase.

DiscoverArchitectPlanBuildValidateDeployOperateOptimizeTransfer

Common questions.

Technical debt grows every day it's not addressed.

An assessment shows you exactly what you have, where the biggest costs are, and what remediation looks like. You'll know the real price of delay.

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