Most infrastructure problems are not technical mysteries. They are the accumulated result of reasonable decisions made under deadline pressure by people who have since moved on, with nobody left who can explain why the environment looks the way it does. The system works until it does not, cloud spend climbs without an obvious cause, and an uncomfortable amount of operational knowledge lives in one engineer’s head. Our advisory work starts by making all of that explicit and measurable.
How we work
The engagement begins with a structured assessment rather than a generic checklist. We inventory systems, network topology, cloud accounts, licensing agreements and the operational procedures that are actually followed. We interview your engineers and, separately, the people in the business who depend on those systems. Those two accounts rarely match, and the gap between them is usually the most useful finding in the audit.
Analysis follows. Every risk is scored by impact and likelihood; every recommendation carries an effort estimate and a cost. We do not produce hundred-page documents that nobody reads. The report has a short executive section for decision-makers and detailed technical appendices for whoever implements the work.
The output is a roadmap spanning twelve to twenty-four months, split into phases that can be funded independently. Sequencing matters more than most people expect. We fix things that cause outages or security exposure first, then recurring waste, then the constraints that slow down delivery. A plan requiring one large budget approval tends to sit untouched.
What an engagement covers
A typical scope includes an infrastructure and security review, cloud and licensing cost analysis, an assessment of operational process and on-call maturity, and a readiness check against whatever regulatory obligations apply to you. For organisations in scope of NIS2, we map the required technical and organisational measures against current state and produce a prioritised remediation list. The same applies to the GDPR security-of-processing obligations under Article 32 when personal data flows through the systems under review.
Documentation is part of the deliverable, not an afterthought. You get current architecture diagrams, an asset inventory, architecture decision records and written procedures for the operational tasks we found undocumented. This is frequently the point at which an organisation discovers how much of its runbook was never written down.
For clients who want continuity, we offer a retained advisory arrangement: a few days a month of access to an architect who already knows your environment, used for reviewing major decisions, evaluating vendor proposals and checking roadmap progress against reality.
Who this is for
The engagements that work best are with organisations of roughly 30 to 500 people that have outgrown the point where one capable generalist could hold everything together. Common situations include a company whose growth has overtaken the infrastructure it started with, a business integrating systems inherited through an acquisition, a team facing cloud bills that grow faster than usage, and an organisation that has just learned it falls within NIS2 scope and has no baseline to work from.
It is equally useful in the opposite case, where a competent but stretched internal team needs a credible second opinion before a large commitment. An independent review costs a fraction of a migration that has to be reversed. We also do technical due diligence for investors and acquirers who need to understand what they are buying before the deal closes.
Working with an EU-based team
We are based in the EU and operate under EU data protection law, which removes a category of contractual friction for European clients. Audit data stays within the EU, processing agreements are straightforward, and there is no third-country transfer analysis to write. Time zone overlap with the rest of Europe means questions get answered the same working day rather than the next one.
Outcomes
By the end you have an accurate picture of what you run, a risk register ordered by severity, and a roadmap that can survive a budget conversation. Two results come up repeatedly: recurring spend drops once unused cloud resources and duplicated licences are removed, and incident volume falls once the single points of failure identified in the audit are addressed.
The less measurable outcome matters as much. Leadership and engineering end up with a shared vocabulary, and budget discussions stop being arguments about abstract numbers and become decisions about specific risks with a price attached to each.