m00labs
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Lab / Tools

m00labs runs as a small engineering lab. That means the patterns, evaluation and tooling built for one engagement make the next one faster and more reliable — and every build stays model-agnostic and stack-honest.

Abstract technical illustration: a vertical pipeline of four gates on a teal line between four flanking instrument panels, with dashed side taps.
Annotated synthetic workflow

A workflow, stage by stage

Illustrative concept
Pipeline Stages IngestDocuments orevents arrive ExtractFields and textpulled out ValidateShape, rules,duplicates ReviewA person decidesedges PublishWritten where it isused Annotations 1 · The entry point stays the same Work arrives the way it already does — nonew portal to adopt. 2 · Rules decide, models advise Deterministic checks run first; the modelhandles language only. 3 · The write is confirmed Only reviewed output is written toyour systems. Sample data throughout this demonstration is synthetic. It is not a client workflow, and it reports no real results. Every stage above is one a scoped build can contain — the pipeline is drawn for explanation, not as a product.
01IngestWork arrives the way italready does — no newportal for anyone to adopt.02ExtractFields and text are pulledout of the source, with theoriginal kept for reference.03ValidateDeterministic rules run first:shape, required fields,duplicates.04ReviewA person decides theedges; the model is neverthe last word.05PublishOnly confirmed output iswritten into the systemswhere the work is used.06Synthetic sampleEvery figure in thedemonstration usessynthetic data. It is not aclient workflow and itreports no real results.
  1. IngestWork arrives the way it already does — no new portal for anyone to adopt.
  2. ExtractFields and text are pulled out of the source, with the original kept for reference.
  3. ValidateDeterministic rules run first: shape, required fields, duplicates.
  4. ReviewA person decides the edges; the model is never the last word.
  5. PublishOnly confirmed output is written into the systems where the work is used.
  6. Synthetic sampleEvery figure in the demonstration uses synthetic data. It is not a client workflow and it reports no real results.
Illustrative concept — not a client system. The pipeline explains how a document or event workflow is structured end to end, and how deterministic rules and a person sit around the model rather than being replaced by it. The sample data used in the demonstration is synthetic.

The lab, not the assembly line

A lab builds each system for the problem in front of it, then keeps what it learns. Automation and integration work is not delivered from a template catalogue: the workflow, data and failure modes of your operation decide the design. What the lab reuses is the hard-won layer underneath — how to call models reliably, how to test outputs that are probabilistic, how to monitor a workflow that touches three systems, how to document a handover so a new operator can take over.

This is also why m00labs is deliberately model-agnostic. The lab is not invested in one vendor's ecosystem. The choice between OpenAI, Anthropic and open-source models is made per engagement, on the merits of your data and constraints — and it is revisited as the models change.

What the lab reuses

  • Integration patterns for the systems mid-market teams actually run — CRMs, support desks, document stores, spreadsheets and the APIs between them.
  • Evaluation and test harnesses for AI behaviour, so changes are caught before they reach production rather than after.
  • An operations baseline — error handling, logging, monitoring and alerting — that ships with every build.
  • Handover documentation and operator walkthroughs, written so your team can run the system without a vendor on call.

The toolchain is a scoping decision

We name the stack in the quote, before work starts, so you know what you are approving.

Hosted models

OpenAI and Anthropic APIs where capability, speed and managed infrastructure fit the workflow — the default for language-heavy features.

Open-source models

Self-hosted models where data must not leave your environment, call volume changes the economics, or you need full control of the stack.

Orchestration and code

Workflow orchestration where a workflow engine fits the process; typed application code where it does not — or a clean combination of both.

Your data layer

How your data flows, where anything is hosted and who can access it are agreed and documented during scoping — before any build work starts. Integrations connect to your systems with scoped access.

Workflow demo — synthetic data. Not a client project.

Watch a workflow run.

Supplier invoices and orders become CRM records — extraction, a review step, a record created at the end. This is a simulated demo on synthetic data, not a client project; the process shown is the kind an Automation & Integration Sprint delivers.

Want to talk stack and scope?

Describe the systems you run and the workflow you want to improve.