08Technical Strategy

A defensible answer to an expensive question.

Architecture review, build-versus-buy analysis, technical due diligence and modernisation planning — delivered by engineers who will still be there when the decision is implemented.

Talk to an engineer

01Where it starts

What we usually walk into.

Significant technical decisions are made with incomplete information, under time pressure, often on advice from a party with an interest in the outcome. The consequences appear years later.

  • We need to decide whether to rebuild or refactor, and both answers have advocates.

  • A vendor has proposed a platform and we cannot independently assess the claim.

  • Delivery is slow and we do not know whether the cause is architecture, process or team.

  • We are acquiring a company and need to understand what we are buying technically.

  • We committed to a modernisation programme without a sequenced plan.

02Approach

How we do the work.

A structured, independent assessment with the options, trade-offs, costs and risks written down, so the decision can be defended to a board and revisited when circumstances change.

  1. 01

    Evidence over opinion

    We review the code, the delivery metrics, the incident history and the architecture, and we talk to the engineers doing the work. Conclusions are traceable to what we observed.

  2. 02

    Options, not a single recommendation

    You get two or three viable paths with their cost, risk, timeline and reversibility — plus our recommendation and the conditions under which it would change.

  3. 03

    Written for two audiences

    One document, two readable levels: a business-language summary for the board and full technical reasoning for the engineers who will implement it.

  4. 04

    Sequenced, fundable plan

    Modernisation plans fail when they require eighteen months before anything ships. We sequence work so value and risk reduction arrive early and funding decisions stay reversible.

Capabilities and deliverables

Capabilities

  • Architecture assessment and review
  • Technical due diligence
  • Build-versus-buy and vendor evaluation
  • Modernisation and migration planning
  • Delivery process and capability assessment
  • Cost and risk modelling
  • Technical governance design

What you receive

  • Architecture assessment with findings and evidence
  • Options analysis with cost, risk and timeline per path
  • Technical due diligence report
  • Build-versus-buy analysis
  • Sequenced modernisation roadmap
  • Delivery capability assessment
  • Board-level briefing and Q&A session

Common use cases

  • Rebuild versus refactor decisions
  • Platform and vendor selection
  • Technical due diligence before investment or acquisition
  • Post-acquisition integration planning
  • Engineering capability and delivery assessment
  • Architecture review before a major programme starts

Technologies typically involved

  • Stack-independent — assessments cover whatever is in place
  • Common estates: Java, .NET, Go, Python, Node.js, PHP
  • Cloud: AWS, Azure, Google Cloud, on-premise and hybrid
  • Data: PostgreSQL, Oracle, SQL Server, MongoDB, Kafka

03Engagement

How it runs.

  1. 01

    Framing

    3–5 days

    The decision to be made, the constraints, and what a good answer must contain.

  2. 02

    Assessment

    2–4 weeks

    Code, architecture, delivery data and stakeholder interviews.

  3. 03

    Analysis

    1–2 weeks

    Options modelled with cost, risk and timeline; recommendation with conditions.

  4. 04

    Briefing

    1 week

    Presentation to leadership and engineering, followed by a written final report.

04Security

Security considerations.

These apply to this service specifically. They are engagement conditions, not aspirations, and we will put them in the contract.

  • Security posture is part of every assessment, not a separate engagement
  • Due diligence covers licence compliance and supply-chain risk
  • All material is handled under NDA and destroyed on an agreed schedule
  • Findings are shared only with named recipients you nominate

05Outcomes

What changes afterwards.

A decision your leadership can stand behind, and a plan your engineers can execute.

  • 01

    A decision that can be defended to a board with written reasoning

  • 02

    Reduced risk of an expensive, hard-to-reverse technical commitment

  • 03

    A modernisation plan that is fundable in stages

  • 04

    Alignment between what the business needs and what engineering is building

06Questions

Asked before every engagement.

Not by default. Advisory engagements are priced and scoped independently, and the recommendation is written to be executable by your team or another supplier. If we are a good fit for the delivery we will say so, and you should weigh that accordingly.

Two to four weeks for most transactions, depending on estate size and data-room access. We can run a compressed one-week version where the timetable requires it, with the reduced confidence stated explicitly in the report.

Where it is in scope, yes — delivery capability, ownership and process are frequently the real constraint rather than the architecture. We assess practice and structure, not individuals.

Ready to scopetechnical strategy?

Bring the problem, the constraints and the deadline. We will tell you what is achievable, what it costs and what we would do first.

An engineer reads every enquiryNo pursuit if we are not the right fit

Senior engineering for operations platforms, security architecture and Palantir Foundry delivery — for organisations where a wrong answer stops the business.

Based inVilnius, LithuaniaWorking acrossEurope · United Kingdom

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