DAIC Labs
Data · AI · Cloud

Your data is already
telling you something.
We make it legible.

DAIC Labs builds the pipelines, models and cloud foundations that turn scattered operational data into decisions people actually act on. We work in your stack, ship in increments, and hand over something your team can run.

Warehouse & lakehouse Retrieval-augmented systems Forecasting MLOps Landing zones FinOps
What we do

Three disciplines that only work together

A model is only as good as the pipeline feeding it, and neither survives a cloud platform nobody can operate. We take responsibility for all three.

01 / DATA

Data engineering & analytics

Ingestion, modelling and a warehouse your analysts trust. Dashboards that answer a question someone actually asked, plus the reconciliation that keeps the numbers defensible.

What this involves →
02 / AI

Applied AI

Forecasting, classification, document extraction and retrieval-augmented assistants — scoped against a measurable baseline, evaluated honestly, and deployed with monitoring.

What this involves →
03 / CLOUD

Cloud consulting

Landing zones, migration, cost engineering and the operating model to run it afterwards. Performance and security treated as design constraints, not a later phase.

What this involves →
AI security

The risks that arrive with the model

Shipping an AI system creates an attack surface that did not exist before, and most of it is invisible to a conventional security review. A penetration test looks for injection in your web tier; it does not ask whether a document in your knowledge base can instruct the assistant reading it.

We build these controls in while the system is being designed. Retrofitting them after launch means unpicking decisions about trust and authority that are by then load-bearing.

Prompt injection

A model reading a document, a web page or a support ticket is reading text an attacker may control. Indirect injection is the harder half, and it is not solved by filtering the user’s own input. We design so a model’s output never carries authority it has not earned.

Retrieval access control

RAG systems leak when the index forgets who may see what. Permissions have to be enforced at query time and inherited from the source system — not applied as a filter after the documents have already been retrieved.

Data poisoning & provenance

Training sets, fine-tuning data and retrieval corpora are all attack surface if an outsider can influence what goes into them. We track provenance and put change review on anything that feeds a model.

Model supply chain

Third-party weights, adapters and packages, pinned and scanned. Serialised model formats that execute code when loaded are treated as executables — because that is what they are.

Secrets & PII boundaries

What crosses into a prompt, what lands in a log, and what could resurface in an output months later. Redaction at the boundary, and log hygiene treated as seriously as the model itself.

Agent authority

Tool-using agents hold real credentials. Least privilege per tool, an authorisation boundary the model cannot talk its way past, and human approval on anything irreversible.

What an engagement covers

  • Threat model for the system you are actually building — the trust boundaries, what crosses them, and which of them a model sits astride.
  • Adversarial evaluation — a jailbreak and injection suite run against your own prompts and corpus, kept as a regression test rather than a one-off exercise.
  • Guardrail design — input and output validation, refusal behaviour, and the failure modes worth alerting on.
  • Monitoring and audit — the trail you need to reconstruct what a model was asked and what it did, when someone eventually asks.
  • Cost and abuse limits — inference spend is a denial-of-service surface, and an unbounded one by default.
How we engage

Small increments, visible early

No six-month discovery phase. We aim to put something working in front of your team inside the first month, then build outward from what it teaches us.

WEEK 0

Scoping call

Thirty minutes on the decision you are trying to improve and the data you have. We will say plainly if the problem does not need us.

WEEK 1–2

Baseline & feasibility

We measure how the decision is made today. Without a baseline there is nothing to beat, and half of proposed AI work does not survive this step.

WEEK 3–6

First working increment

A pipeline, a model or a platform slice running against real data, with the evaluation numbers published rather than summarised.

ONGOING

Harden and hand over

Monitoring, retraining, runbooks and a working session with your engineers. You should be able to fire us without breaking anything.

Selected work

Problems we have taken on

Next step

Bring us the decision you cannot make

Thirty minutes with an engineer. Describe the data you have and the call you are trying to get right, and we will tell you whether it is a data problem, a model problem, or neither.