Enterprise · AI programme

Enterprise AI implementation.

Rolling out AI across a large organisation is quite different from adding a single AI feature to one application. It involves strategy, platform, governance, vendor mix and the people who will have to work with it. We help enterprise organisations get it fully up and running: pragmatically, with working pilots in production rather than a report.

TypeAI programme
ScopeStrategy to production
Target audienceEnterprise (500+ FTE)
VendorsMulti-LLM, vendor-neutral
ComplianceAI Act, DORA, GDPR
ApproachPilot to production

What is enterprise AI implementation?

By enterprise AI implementation we mean rolling out AI as a capability across a large organisation: not as a single standalone AI feature, but as a shared layer that multiple business units, teams and use cases can draw on. It touches strategy, platform engineering, governance, vendor management and workforce all at once. At organisations of roughly five hundred employees or more, with a complex IT landscape and several business units, it quickly becomes a situation where every department starts something with AI in parallel. The work then is no longer about choosing a tool, but about bringing those initiatives together under one architecture, one governance layer and one vendor strategy.

The typical enterprise has by now launched several AI pilots in parallel. The board has issued a mandate, a few teams have built something with copilots, marketing has bought a GPT tool and the customer service department has brought in a chatbot vendor. The problem seldom lies in getting started; it lies in scaling up, getting governance in place and making those initiatives work together. Compliance pressure from the AI Act, DORA, NIS2, the MDR or sector regulators means that a board that once simply asked "what are we going to do with AI?" now also asks for risk classification, audit logs and model cards.

We combine a technically thorough AI strategy with the actual build: think of a central LLM platform, RAG infrastructure, evaluation tooling and a vendor-neutral architecture in which Anthropic, OpenAI, Azure OpenAI and open-source models can run side by side. Not a 200-page Big Four report, but working pilots in production and a platform your teams can build on. We are also not a reseller of any particular cloud AI service: none of our model choices are tied to kickbacks, so our advice on which provider fits each use case can be given honestly.

The target audience for this type of engagement is enterprise CIOs and CTOs with a board-level AI mandate, organisations with several parallel AI pilots that fail to scale, post-merger situations where two AI strategies need to come together, financial institutions under DNB or AFM supervision, healthcare organisations with overlap between MDR and GDPR, government bodies that must register in the algorithm register, and enterprise B2B SaaS vendors that want to offer AI as a feature to their own customers. The engagement looks different in each of these contexts, but the underlying layers (strategy, platform, governance, workforce) recur every time.

9
Components of a mature enterprise AI programme
Multi-LLM
Anthropic, OpenAI and Azure as well as open source, side by side
AI Act
Risk classification per use case built into governance
EU residency
Data flows kept within European regions

When is an enterprise AI engagement relevant?

01
Board mandate

The board has issued an AI mandate

The CIO/CTO must demonstrate within a year that AI delivers structural value, not just in a PowerPoint but in a few concrete business cases running in production.

02
Pilot backlog

Multiple pilots, zero in production

Five parallel AI experiments have sprung up across different business units. None of them is in production, and nobody knows which ones should continue and which should not.

03
Post-merger

Two AI strategies need to come together

After a merger or acquisition, two organisations each have their own AI vendor, copilot rollout and data landscape. These need to be converged or deliberately kept apart.

04
Compliance pressure

The AI Act, DORA or sector regulation is coming

Financial institutions under DNB/AFM, healthcare providers subject to MDR and GDPR, or government bodies under the algorithm register obligation: governance needs to be in place before the first audit.

05
Vendor lock-in

One AI vendor is starting to pinch

The organisation is tied to a single LLM provider for all use cases and wants more flexibility: model routing per use case, fallback models and better cost control.

06
Product roadmap

AI as a feature in your own product

Enterprise B2B SaaS vendors who want to build AI into their own product for their customers: not just internal use, but AI as a capability of the platform itself.

Three layers an enterprise AI programme rests on.

Layer 01

Strategy and governance

Value mapping, use-case portfolio, gating criteria, risk classification per use case under the AI Act, model cards, audit logs and a human-in-the-loop policy. This is where our AI strategy discovery comes in.

Layer 02

Platform and engineering

An internal AI platform layer: an LLM gateway with model routing, a prompt library, an evaluation framework, a retrieval layer for RAG, observability and cost tracking. Teams can build their own AI agents and use cases on top of it without reinventing the wheel each time.

Layer 03

Workforce and change

AI succeeds or fails with the people who use it. AI literacy at every organisational level (board, engineering, operations, compliance, HR), plus change management for the teams whose work is actually changing.

Nine components of an enterprise AI programme.

What we typically build, advise on and set up with you. Not every programme needs all nine; the combination follows from the discovery.

AI strategy and roadmap

Value mapping per business unit, prioritisation, ROI framework, no-go criteria.

AI platform

LLM gateway, prompt library, evaluation suite, RAG infrastructure, observability, cost tracking.

Governance

AI Act mapping, bias monitoring, model cards, audit logs, human-in-the-loop policy, data residency.

Use-case portfolio

Pilots per business unit, gating criteria, go/no-go decisions, sunsetting of what doesn't work.

Vendor management

Multi-LLM strategy, contract management, cost monitoring, fallback paths between models.

Security

Prompt injection defence, output filtering, PII leak prevention, model access control, secret handling.

Compliance

AI Act Articles 4 and 9-15, GDPR overlap, DORA, NIS2, MDR for healthcare, algorithm register.

Workforce readiness

AI literacy training for each level: board, engineering, operations, compliance, HR and end users.

Change management

What changes for people, who loses tasks, who takes on new responsibilities, and how to communicate that without causing panic.

How a programme typically runs with us.

Six phases that are not necessarily sequential: strategy and governance run continuously, while the platform and pilots are built in parallel.

Phase 01 · Discovery

AI strategy and roadmap

The first sprints. We map the existing AI landscape: which pilots are running, which vendor contracts are in place, and which data landscape sits underneath. We identify the use cases with the greatest leverage and build a gating framework based on impact, feasibility, risk and learning value. The output is a workable roadmap, not a report.

Phase 02 · Build

Platform implementation

An LLM gateway, evaluation framework, RAG infrastructure, observability and cost tracking as a shared layer. We work vendor-neutrally: Anthropic, OpenAI, Azure and open-source models all run on the same abstraction. Adding a new use case means a configuration change rather than another vendor evaluation. Links to our custom LLM integrations.

Phase 03 · Pilots

Use-case pilots in parallel

Three to five pilots running at once across different business units, all judged against the same gating criteria. That covers rule-based assistants as well as generative AI solutions, retrieval-augmented systems and autonomous agents where they fit. Not everything makes it to production, and that is by design rather than failure. Pilots that don't make the cut still deliver value: you learn what doesn't work far sooner, without a department having spent a year investing in it.

Phase 04 · Rollout

Production and scaling

Pilots that pass gating receive production hardening: monitoring, fallback models across vendors, cost control per use case, security review, user onboarding and SLO definitions. From this point it becomes software engineering rather than experimentation. The platform from phase 02 already handles much of this, so a new production rollout is largely use-case-specific work.

Phase 05 · Workforce

Training and change

Alongside the pilots, we deliver AI literacy training tailored to each layer of the organisation. The board needs something different from the engineering teams, and HR something different again from the compliance department. We also provide change management for departments where the work genuinely changes: which tasks disappear, which shift, and how to communicate that without sparking panic or cynicism.

Phase 06 · Continuous

Governance and adjustment

Governance is not a one-off project. We put audit logs, model cards and risk reviews on a fixed rhythm. Every new use case is automatically classified under the EU AI Act. As models change, vendor pricing shifts and regulation tightens, the governance layer is adjusted without the platform or the pilots built on top having to be rebuilt.

Frequently asked questions.

What is the difference between enterprise AI implementation and building a single AI feature?
A specific AI project, such as a chatbot or a document extractor, has one owner, one use case and one team. Enterprise AI implementation treats AI as a shared capability across the whole organisation: multiple business units use the same platform, the same governance and the same vendor agreements. The scope covers strategy, platform, governance, vendor mix and workforce at the same time, rather than just one of these. An organisation that already has several parallel pilots but no production rollouts usually recognises this difference painfully.
How long does an enterprise AI engagement take?
It depends heavily on the starting point and the scope. An organisation with no existing pilots and no platform layer needs more time than one where a few pilots are already running and only need standardising. We work in sprints with clear deliverables for each phase. After the initial discovery sprints, we provide a concrete plan for the follow-up sprints, not an open-ended engagement. Many clients choose to run the phases in parallel rather than in sequence, so that strategy, platform development and the first pilots feed into one another.
How much does an enterprise AI engagement cost?
It depends heavily on scope: strategy and roadmap alone, or strategy plus platform plus pilots plus rollout. We work on a sprint budget and, after discovery, provide a concrete estimate for the subsequent phases. One thing is consistent: we take no vendor kickbacks from cloud AI providers, so the choice of models is driven by suitability for your use case, not by our commercial interests. On larger programmes we also actively manage the cost of the models themselves, as model routing and caching often make a substantial difference to the operational bill.
How do you handle EU AI Act compliance?
We build risk classification per use case from phase one. Every new use case is automatically mapped to AI Act Art. 4 (prohibited), Art. 6 (high-risk), or lower-risk categories. For high-risk use cases, the obligations around risk management, data governance, technical documentation, record-keeping, transparency and human oversight (Art. 9–15) are built directly into the platform. We map sectoral overlap with DORA, NIS2 or MDR separately, with dedicated review moments for the supervisory authority that your organisation falls under.
How do you work alongside our in-house team?
We don't come in to replace your AI team, but to accelerate it. In practice we work in mixed teams: your engineers, data scientists and domain experts, plus our platform engineers, AI engineers and consultants. Knowledge transfer is deliberately built in. The platform and the pilots must be manageable by your own team after we leave. We achieve this through pair programming, shared repositories and runbooks, rather than delivering a black-box deliverable.
Why a multi-LLM strategy rather than a single provider?
Different models excel at different things, pricing shifts, and single-vendor lock-in is a real risk for a capability that runs deep through the organisation. We therefore build an LLM gateway layer as standard, to which Anthropic, OpenAI, Azure OpenAI and open-source models (Llama, Mistral, Qwen) connect. For each use case you choose the model that fits, with fallback routing should a provider fail. For sensitive workloads, the choice can deliberately fall on a self-hosted open-source model for data residency reasons.
How do you choose which use cases go into pilot first?
We use a framework that scores on four dimensions: business impact (how much value per month), feasibility (buildable within current data and systems), risk (AI Act classification plus reputational risk) and learning value (what we learn for later use cases). A use case with high impact but low feasibility is parked; a use case with lower impact but high learning value may go first. We don't do the scoring in an ivory tower. Business owners take part, because they know better than we do what the current process pain points are.
How does your approach differ from the Big Four or strategy consultancies?
We are not a purely advisory firm; we also build. This means our advice is always translated into what works technically and is operationally feasible. No 200-page report without working code: instead, a platform and a few pilots in production by the end of the early phases. We are also smaller and therefore quicker to pivot. For genuine scaling, we often work in tandem with your own team or a specialist implementation partner. We discuss the division of roles early in discovery, so it is clear where we add value and where your own capacity is sufficient.
What if we choose a central AI team versus AI per business unit?
Both models work, and the choice depends on the organisational structure and the nature of the use cases. A central AI team is quicker at standardisation, governance and knowledge building, but can become a bottleneck if business units have diverse needs. Federated AI per business unit is closer to the work and faster at iteration, but without a shared layer it leads to the same fragmentation you were trying to avoid. In practice we often land on a hybrid: central platform and governance, federated use-case ownership and pilots within the business units.

Talk to us about your enterprise AI implementation.

A half-hour introductory conversation in which we go through the AI initiatives you already have under way, where you are running into scaling or governance problems, and whether a structured programme is the right next step.

Response within 1 working day
No-obligation conversation
Westerdoksdijk 599, Amsterdam

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