Technical Debt Assessment

Your technical debt, quantified in time and money.

“Technical debt” is one of those terms everyone uses and nobody defines. The result is debates that do not resolve — engineering claims one thing, finance suspects another, and the board has no way to evaluate either.

The Assessment quantifies your technical debt in two numbers leadership can act on: the time it would take to repay and the cost. With the working that shows how the numbers were arrived at.

That is what this engagement is.

€15,000. Three to four weeks. Delivered in writing, with a board-ready summary.

Fixed fee. No implementation work. No commissions. No product recommendations influenced by suppliers.

Technical Debt Assessment infographic illustrating the difference between the visible performance of a technology estate and the hidden technical debt that sits beneath it. The image is divided into two major sections. The upper section uses an iceberg metaphor to show the gap between what leadership sees and the engineering reality underneath. The lower section demonstrates how the Technical Debt Assessment converts engineering concerns into quantified business metrics and board-ready deliverables.

On the left of the upper section, a boardroom scene shows executives reviewing a technology estate that appears healthy and successful. Dashboards display revenue growth, customer growth, system uptime, and delivery against the product roadmap. The environment suggests that systems are operating effectively, customers are satisfied, and planned initiatives are progressing. This represents the impression of a working technology estate as viewed by leadership, investors, and boards.

At the centre of the image, the Technical Debt Assessment acts as the analytical process that examines what sits beneath the visible performance indicators. The assessment quantifies hidden technology liabilities and translates them into two numbers that leadership can use for decision-making: time to repay and cost to repay.

On the right, an iceberg extends beneath the waterline, illustrating the hidden components of technical debt that are not immediately visible to leadership. Labels attached to the submerged portion identify common forms of technical debt including legacy code, unsupported platforms, technical workarounds, end-of-life systems, recruitment friction, incident recovery burden, and manual processes. These hidden liabilities represent accumulated compromises, deferred investment, ageing technology, operational inefficiencies, and engineering constraints that are not apparent from dashboards or board reports. Alongside the iceberg, two quantified outputs are displayed: a time-to-repay estimate expressed in months and a cost-to-repay estimate expressed in euros. These figures demonstrate how technical debt is translated into measurable business terms.

The lower section illustrates the transformation from engineering opinion to board-ready numbers. On the left, engineering reality is depicted as a tangled network of interconnected technical problems, including legacy code, technical shortcuts, unsupported systems, failed deployments, and recruitment challenges. The complexity is difficult to quantify and easy to debate. At the centre, the Technical Debt Assessment evaluates what exists, what matters, what can wait, and what cannot. The assessment is evidence-based and designed to produce defensible estimates rather than subjective opinions.

On the right, five deliverables are presented. The first is a Technical Debt Inventory, providing a documented catalogue of debt items across applications, infrastructure, data, and operational processes. The second is a Time Estimate, expressing the engineering effort required to repay the identified debt. The third is a Cost Estimate, converting repayment effort into financial terms. The fourth is a Priority Ranking, categorising debt items according to urgency, impact, risk, and business value. The fifth is a Twelve-Month Roadmap, providing a sequenced remediation plan aligned to business priorities, budget constraints, and organisational capacity.

A summary banner across the bottom states that the assessment transforms engineering opinion into board-ready numbers. Supporting themes emphasise evidence, quantification, prioritisation, cost, effort, and decision-making. The image communicates the central purpose of the Technical Debt Assessment: identifying technical debt, quantifying its impact in time and money, prioritising remediation activities, and providing leadership with the evidence needed to make informed investment, hiring, scaling, governance, refinancing, and transaction decisions. The assessment does not remove technical debt itself; it translates engineering reality into business metrics that boards, executives, investors, and finance teams can understand and act upon.

Why clients commission an assessment

A Technical Debt Assessment is usually triggered by a specific moment. Most often, one of these:

  • Engineering velocity is dropping and leadership wants to know why, in numbers.
  • Budget pressure requires a credible cost-of-not-investing number for the board paper.
  • A new investor or board member is asking pointed questions about technical state.
  • A major project keeps slipping and the cause is contested between engineering and the rest of the business.
  • Recruitment is suffering — strong candidates leave the process after seeing the codebase or the platform.
  • A vendor or platform is approaching end-of-life and remediation cost is unknown.
  • Scaling costs are outpacing revenue growth and the underlying cause is not understood.
  • Insurance, audit, or refinancing requires documented technology risk evidence with quantified figures.

If one of these is the position you are in, the Assessment is built for it.

Who this is for

Owners, MDs, CEOs, and CFOs needing a defensible number for the board paper, the investor conversation, or the budget cycle.

Newly-appointed CTOs and engineering leaders inheriting an unknown level of debt and needing to brief their board.

Boards and investors needing evidence rather than opinion before committing to further investment or a transaction.

Operating partners preparing 100-day plans where technical debt is one of the variables that needs naming.

Who this is not for

Pre-revenue businesses or those without a meaningful production codebase.

Owners wanting remediation. We quantify; we do not repay. Remediation is a separate engagement.

Buyers wanting a full code review or static analysis. The Assessment quantifies; code review is a different engagement.

Engineering teams wanting code quality coaching or mentoring. See Mentoring instead.

What you receive

The Assessment tells you, in two numbers: how much technical debt you carry and what it would cost to address. Plus the working that shows how the numbers were arrived at. Five artefacts, delivered together.

Technical Debt Assessment deliverables infographic showing the five outputs produced by a Technical Debt Assessment. The image is presented as a board-level assessment summary designed to convert technical debt from an engineering concern into quantified business metrics. Five deliverables are arranged horizontally, demonstrating how technical debt is identified, measured, prioritised, costed, and planned for remediation. The overall theme of the image is the transformation of engineering opinion into board-ready numbers and evidence-based investment decisions.

The first deliverable, Technical Debt Inventory, is represented by a structured debt catalogue. Debt items are grouped into categories including legacy code, unsupported platforms, infrastructure, security, data, and operational processes. Each item is assigned a severity level and supporting evidence. The inventory demonstrates that technical debt is documented systematically rather than described informally, creating a defensible record of the liabilities carried within the technology estate.

The second deliverable, Time Estimate, is represented by a calendar and clock icon alongside a quantified estimate of eighteen months. This figure represents the estimated engineering effort required to repay the identified technical debt. The estimate provides leadership with a measurable indication of how long remediation would take if prioritised and resourced appropriately.

The third deliverable, Cost Estimate, is represented by a large euro symbol and an estimated repayment cost of €2.4 million. This converts technical debt from an engineering discussion into a financial metric that boards, executives, investors, and finance teams can evaluate. The figure represents the estimated investment required to address the identified debt across applications, infrastructure, platforms, and supporting technology assets.

The fourth deliverable, Priority Ranking, classifies technical debt into three categories. High-priority items are marked for immediate remediation due to significant risk, operational impact, or business exposure. Medium-priority items are scheduled as planned remediation activities. Low-priority items are monitored and managed through normal operational processes. The ranking enables leadership to understand not only how much debt exists, but which elements matter most.

The fifth deliverable, Twelve-Month Roadmap, provides a sequenced remediation plan across four quarters. The roadmap shows major initiatives including critical debt reduction, platform refresh activities, refactoring programmes, and retirement of obsolete systems. The timeline demonstrates how debt remediation can be aligned with budget constraints, engineering capacity, operational priorities, and business objectives.

A central banner states that the assessment transforms engineering opinion into board-ready numbers. Three key outputs are highlighted: time to repay, cost to repay, and evidence to act. These outputs translate technical debt into information suitable for strategic planning, investment decisions, budget cycles, refinancing discussions, investor due diligence, governance reviews, and board reporting.

The bottom section reinforces the assessment's purpose by describing the outputs as defensible, quantified, prioritised, and actionable. Additional labels emphasise that the findings are board-ready, investor-grade, and designed to support decision-making. The image communicates the core purpose of the Technical Debt Assessment: identifying technical debt, quantifying it in time and money, prioritising remediation activities, and providing leadership with evidence-based information for technology investment and risk-management decisions. Rather than focusing on code quality alone, the assessment treats technical debt as a measurable business liability that can be evaluated, prioritised, and managed using the same discipline applied to financial obligations and strategic investment decisions.

A technical debt inventory. Every material debt item, categorised by system, by type, by age, and by business impact. Each item evidenced, not asserted.

Quantified estimates. Time to repay (in engineering effort) and cost (in euros and resource). Each estimate sourced, methodised, and defensible against challenge.

A priority ranking. What to repay first, second, third — and what to leave. Each ranking named against the risk or opportunity it addresses.

A twelve-month remediation roadmap. Sequenced across the next year, costed in engineering effort and external resource. Calibrated to your existing budget and team capacity.

A board-ready summary and presentation. A short, board-readable document — the two numbers, the implications, the recommendation. Plus a one-hour session to walk through it with whoever needs to hear it.

Typical outcomes

Most Assessments result in one of four conclusions.

The debt is manageable. Folded into normal investment. No material concern; the board has the evidence to confirm rather than worry.

Specific debt items require attention. Particular systems or platforms carry disproportionate debt. The roadmap names them and the cost to address.

A significant programme of remediation is needed. Multiple debt items across the estate warrant sequenced investment over the next year or longer.

Critical debt: repay before scaling or selling. Specific items should be addressed before any significant growth investment, transaction, or scaling event.

The Assessment tells you which of these your business is in, with the numbers to back it up.

How the Assessment runs

Three to four weeks, in four phases.

Week one — inventory. Codebase, infrastructure, vendor lifecycle data, incident records, recruitment data. Everything that informs debt estimation, in one place.

Week two — interviews. Engineering, operations, recent hires (who can see what longer-tenured staff have stopped seeing), recent leavers where reachable.

Week three — quantification and prioritisation. Time and cost estimates calibrated. Priority ranking established. Each estimate sourced and defensible.

Week four — board-paper preparation and presentation. The board-ready summary written. The presentation session, scheduled around your board cycle if needed.

Everything is written before it is said. Nothing reaches the board that has not been verified first.

What this is not

Code refactoring or implementation. We quantify; we do not repay.

Engineering coaching or team building. See Mentoring instead.

Architecture redesign. For that, see the Architecture Review.

Regulatory attestation or audit. The Assessment can inform one, but does not substitute for one.

Technical debt is not an engineering problem. It is a balance-sheet item.

The purpose of the Assessment is not to make the debt go away. It is to give leadership the two numbers that translate engineering reality into business decisions: how much debt is on the books and what it costs to repay — so investment, hiring, and exit decisions are made on figures rather than feel.

Proof

References available on request. Anonymised excerpts from prior reviews available on request.

What happens next

Start a Conversation

Thirty minutes. We confirm fit, scope, and timing. You decide whether to proceed. No proposal is sent unless you ask for one.

Start with the Technology Control Assessment — €4,950

A scored framework reading in five working days, with architectural and engineering posture surfaced within the broader assessment. The right starting point if you want to see where technical debt sits in context before committing to a focused Assessment.

For an architectural deep-dive into the systems that carry the debt, see Architecture Review.

Book a Technical Debt Assessment scoping call