The SAULV method

Fast by design.
Careful by default.

We use AI across the engineering lifecycle. People own the decisions, the architecture, and the quality of what ships.

PHASE 01

Frame

Understand the workflow, choose a baseline, and define a useful outcome.

Opportunity map · Acceptance criteria
PHASE 02

Explore

Use focused experiments to compare approaches and expose the constraints early.

Prototype · Feasibility findings
PHASE 03

Engineer

Build the product and integrations in short iterations, with visible progress.

Working releases · Shared reviews
PHASE 04

Evaluate

Test realistic paths, failure cases, access boundaries, and model behavior.

Evaluation set · Release criteria
PHASE 05

Deploy

Launch with observability, a recovery path, and clear operating responsibility.

Deployment · Runbook
PHASE 06

Improve

Measure results, address friction, and continue building—or transfer the capability.

Support · Knowledge transfer
How AI changes the work

More capability.
Human judgment.

Requirements & design

AI helps explore edge cases and alternatives. Engineers validate the premise against the real system and decide what belongs in scope.

Development & review

Agents help implement and inspect changes. Engineers maintain context, enforce architecture decisions, and take responsibility for every merge.

Quality & operations

AI supports test creation and operational investigation. The team defines correctness, reviews evidence, and owns the response when something fails.

A useful conversation is a good start.

Bring the hard problem.
We’ll bring the engineers.

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