Technical Product Delivery

For teams with an agreed product scope that now has to become a buildable, releasable system. Feasibility, architecture trade-offs, requirements, vendor coordination and release readiness in one line of sight.

When this matters

The business knows what it wants, but nobody has checked whether it can be built within the time, budget and existing systems. Requirements are written for people who already know the context, vendors interpret them differently, and the release date arrives before anyone has agreed how to test, monitor or roll back.

I started as a developer, built .NET backends and led architecture work as a co-founder, then led enterprise delivery with teams through MVP, alpha, beta, UAT, pilot and live stages. I sit between business intent and engineering detail, and translate in both directions.

Decisions it helps make

  • Whether the scope is feasible within the given constraints
  • Which architecture option fits, and which trade-offs are acceptable
  • Which non-functional requirements are essential for the first release
  • How work is split between internal teams and vendors
  • Whether the product is ready to release, and on what conditions
An 1897 architectural blueprint: white line drawings of building cross-sections on deep blue paper, with handwritten Dutch titles.
Sections for four villas, a blueprint from 1897.Credit: "Architectural drawing from the Engetrim archive, ref. obj-0000187" by Jules Bilmeyer Joseph Van Riel, CC0, via Wikimedia Commons

How an engagement could work

  1. AssessReview the scope, existing systems and constraints, and write a feasibility assessment with the main technical risks.
  2. ShapeArchitecture options, non-functional requirements and a trade-off register agreed with engineering and business owners.
  3. SpecifyA PRD or SRS, user stories and acceptance criteria, plus an execution roadmap and a coordination model for teams and vendors.
  4. Prepare releaseA launch checklist covering test coverage, reliability risks, monitoring and rollback expectations, reviewed before go-live.

A good fit

  • Business-led initiatives that need a technical counterpart before committing to a build
  • Programmes with several vendors or teams that need one coherent specification
  • Teams approaching a first release without a clear go-live and rollback plan

Not a fit

  • Requests for a security audit, penetration test or formal certification
  • Projects that only need extra developers added to an existing team

Outside this work

Security certification, penetration testing and compliance audits are outside this work. Any hands-on coding is a separate, explicitly agreed scope.

Working together

Scope, format and terms are agreed case by case. The work assumes access to the engineering team or vendors who will build the system.

Questions answered

Do you write code as part of this?

I have a development background and still build my own products, but coding is not included by default. If hands-on development is needed, it is agreed separately with its own scope.

Is the release-readiness review a security certification?

No. It checks whether testing, monitoring, support and rollback are planned well enough to release with confidence. Security testing and certification need a specialist.

Can you work with our existing vendors?

Yes. Coordinating vendors and internal teams around one specification is a large part of this work. I have managed vendor dependencies and UAT in enterprise programmes.

A drafting board seen from above with a T-square, set squares, a protractor, a circle template, an eraser and a brush laid on gridded paper beside a sketched cube.
Drafting tools: plan before you build.Credit: "Drafting board with T square and drawingtools" by Swtpc6800 Michael Holley, CC BY-SA 4.0, via Wikimedia Commons

Talk it through

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