Capture the intent
Turn business requirements into a versioned specification with acceptance criteria, system context, and ownership.
Software factory enablement
Help your team build a better delivery system.
Assess and guide AI-assisted software delivery, from repository context and task specifications to review and release controls. Introduce agent workflows within your existing engineering process.
Engineering enablement
The system behind the software.
AI-assisted delivery depends on more than coding tools. We help your team connect repository knowledge, execution boundaries, and independent checks. Start by assessing one engineering workflow; use coaching and a scoped proof of concept to validate the operating model.
Discuss software factory enablementTITANISU / DELIVERY SYSTEM
YOUR FOUNDATION
Business intent + System context
Requirements · Codebase · Engineering standards01SpecifyAgree the scope
02BuildCoordinate agents
03VerifyTest the result
04ReleaseApprove the change
Engineering judgment at every gate
ILLUSTRATIVE DELIVERY MODELObserve → learn → improve
WHAT THIS SERVICE COVERS
Coordinate the engineering
Give agents scoped tasks and approved tools. Keep architecture decisions and consequential changes with your engineers.
Make quality visible
Connect tests, code review, and release evidence so each change can be evaluated before it reaches users.
ENGAGEMENT OUTPUTS
Something concrete
to build on.
↗Engineering workflow and readiness assessment
↗Agent permissions, review checkpoints, and integration blueprint
↗Pilot findings and a team enablement plan
The scope and deliverables are agreed for your engagement.
HOW RESPONSIBILITY WORKS
We advise and coach your team on its delivery system. Your engineers own their repositories, releases, and production operation.
Compare engagement options ↗A PRACTICAL START
From an agreed task to a verifiable change.
Start with one repository and one recurring type of engineering task. Establish a baseline before expanding.
Assess the workflow
Map your current tools, bottlenecks, review practices, and baseline measures. Select one task type for investigation.
Design the controls
Agree repository context, agent permissions, evaluation, and engineer approval points.
Guide a bounded pilot
Coach your engineers through the pilot or agree a focused integration task. Review the evidence together before expanding.
Review adoption
Assess rework, test results, and developer feedback. Recommend the next change and document operating ownership.
ILLUSTRATIVE ENGAGEMENT / NOT A CUSTOMER CASE STUDY
What this can look like in practice.
Developers have coding assistants, but the team still spends substantial effort reviewing changes and repairing failed tests. We assess one task type, define the context and quality checks, and guide a pilot within the existing repository workflow.
BEFORE WE START
What to bring.
- One repository and a recurring task type
- Current test, review, and release practices
- Tool permissions, engineering standards, and a baseline
HOW WE ASSESS PROGRESS
What useful progress looks like.
- Changes arrive with reviewable evidence
- Review effort and rework are measured alongside speed
- Engineers can stop, revise, or reject agent-generated work
BEFORE WE BEGIN
Your questions,
answered.
Is this a self-service software platform?
This is an advisory and enablement service for your engineering team. We can help evaluate the design and scope a pilot. Titanisu does not offer a hosted software-factory subscription.
Can we start with our existing tools?
Yes. Discovery starts with your repositories, issue tracking, CI, and deployment process. We assess the integrations and access requirements before agreeing the first workflow.
Who approves changes and releases?
Your team defines the approval policy. We design checkpoints around risk, with explicit owners for architecture, sensitive actions, and production releases.
ARCHITECTURE / ADVISORY / ENGINEERING