Technology strategy is a short list of decisions that are cheap to make once and expensive to revisit. We help you make them deliberately, with the tradeoffs written down.

Strategy is a set of decisions, not a document

Most companies do not lack a technology plan. They lack a record of why the current one was chosen. Decisions get made in a meeting, the reasoning stays in someone's head, and eighteen months later nobody can say whether the constraint that justified the choice still applies.

That is the gap this work fills. The output is a small number of decisions, each with its context and its consequences written down, plus an order to do them in. It is short on purpose. A strategy long enough to be impressive is usually long enough to be ignored.

Choosing a stack you can still afford in two years

Stack selection goes wrong in two directions and the second one is more common than people expect.

The obvious failure is under-building: picking something that works for the first thousand users and collapses at ten thousand, then paying for a rewrite while the business is finally growing. The less obvious failure is over-building. A small team adopts a distributed architecture it read about, and every feature now takes three times as long because a simple change touches four services and two deployment pipelines. Nothing broke. It just got slow and expensive to work on, which is harder to notice and harder to reverse.

The useful question is not which stack is best. It is which stack your team can operate on a bad day, hire for in your market, and afford at the volume you are actually planning for. Sometimes that points at boring technology, and boring technology is frequently the right answer.

Build or buy is a cost question with a long tail

The comparison people run is licence fees against developer days. That comparison almost always favours buying, and it is almost always incomplete.

What it leaves out is integration work, the data you will need to get back out, and the cost of the process changes you make to fit the tool. That last one is the expensive part. A ready-made system that covers most of what you need is fine when the gap sits somewhere you do not compete. It becomes a problem when the workarounds start dictating how your business runs, because by then the switching cost includes retraining everyone.

So we price the decision over its whole life, including the exit. If a tool is hard to leave, that is not automatically disqualifying. It just needs to be a conscious price rather than a surprise.

A roadmap that follows thresholds, not dates

Dated roadmaps are wrong within a quarter. The dates slip, everyone stops trusting the document, and it quietly stops being used.

A roadmap tied to thresholds survives longer. Split the read traffic when the primary database sustains a certain load. Introduce a queue when a synchronous job starts timing out under normal traffic. Add a second region when you sign a customer whose contract requires it. Each item has a condition, so the answer to "should we do this now" is checkable rather than debatable.

This also protects you from doing expensive work early. A lot of scaling architecture is correct in principle and premature in practice, and the trigger is what keeps it in the right order.

What you can safely decide later

Part of the value of this work is the list of things you do not need to decide yet.

Some choices are genuinely hard to reverse: how you model your core data, how identity and permissions work, which provider holds your customer records. Those deserve real attention now. Most others (a framework version, a hosting provider, an analytics tool) can be changed later at a cost you can absorb, and treating them as permanent slows you down for no benefit.

Separating the two is often the single most useful output of a strategy engagement, because it tells your team where to be careful and where to just move.

What you get

Stack recommendation with the rejected options

A written comparison of the two or three realistic options against your actual constraints: hiring market, existing systems, budget shape. The options we did not pick are documented too, along with what would change our mind.

Build versus buy analysis

Total cost over a multi-year horizon, not just licence price versus developer days. Integration work, migration cost and the cost of leaving are the parts that usually decide it.

Technology roadmap tied to thresholds

What to do now, what waits, and the specific signal that should trigger the next piece: a user count, a data volume, a second country, a compliance requirement.

Architecture decision records

Each significant decision captured as a short record: the context, the options, the choice and its consequences. This is what stops the same argument from being re-run every six months by a new hire.

Cost model for the chosen direction

An estimate of what the stack costs to run at current volume and at the next threshold, so the roadmap is checked against a budget rather than a hope.

Skills and hiring implications

Which choices you can staff from the local market, which ones narrow your hiring pool, and which ones you would be depending on one person to maintain.

How we work

  1. 01

    Start from the business plan, not the tech

    Where revenue comes from, what growth you are actually planning for, which constraints are fixed. A stack that is right for a company doubling its customer base is often wrong for one entering a regulated market.

  2. 02

    Map what already exists

    Current systems, contracts, integrations and the places you are already locked in. Strategy that ignores a three-year contract or an ERP nobody will replace is a wish list.

  3. 03

    Write the options down with their tradeoffs

    Two or three viable directions, each with what it costs, what it makes easy, what it makes hard, and what it forecloses. Options presented without their downsides are not options.

  4. 04

    Sequence the roadmap

    We order the work so each step is useful on its own and reversible where possible, and we tie the later steps to measurable triggers instead of calendar dates that will slip.

  5. 05

    Agree a review point

    A strategy set once and never revisited becomes a constraint. We agree when it gets re-examined and which assumptions, if they break, mean it should be revisited sooner.

Tools and technology

Where a solid open-source tool exists, we choose it over a closed one. No lock-in to a single vendor, and costs you can actually predict.

  • Next.js
  • Node.js
  • PostgreSQL
  • Redis
  • Supabase
  • Kubernetes
  • OpenTofu
  • Terraform
  • GitHub Actions
  • AWS
  • Vercel
  • Stripe

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