You want to look ahead
Forecasts for revenue, cashflow, stock, capacity, churn or demand matter more than historical figures alone.
Datalab helps organisations move beyond looking back. We build analyses, models and AI applications that predict, explain, advise or take work off people's hands. Always with attention to the data foundation, definitions, security, adoption and explainability.
Dashboards & BI show what is happening and where you can drill down. Analytics & AI become interesting when you want to predict, prioritise, explain, recommend or make knowledge from text and processes available.
Forecasts for revenue, cashflow, stock, capacity, churn or demand matter more than historical figures alone.
A dashboard shows deviations, but the team wants to know which factors explain them.
Not every customer, order, case or deviation deserves the same attention. Models can help rank them.
Documents, emails, tickets, notes or manuals contain information that should be easier to find or use.
Think of classifying, summarising, matching, signalling or drafting responses with human review.
You want to experiment, but with control over data, roles, logging, privacy and explainability.
Analytics & AI is the step from insight to prediction, explanation, recommendation or automation. Where dashboards mainly show what is happening, analytics and AI help answer follow-up questions: what is likely to happen, why is this happening, which action has priority and what knowledge can we extract from text or data?
In practice, this often starts with BI. First we make sure definitions, dashboards and data quality are sound. Then it becomes visible which questions can no longer be answered with reporting alone. That is usually the moment to grow into forecasting, machine learning, LLM applications or other forms of advanced analytics.
Further reading
Not every analysis immediately needs an extensive data model. For an experiment, prototype or standalone dataset, a compact approach may be enough. That helps you quickly learn whether a question is technically and commercially worth pursuing.
A data model becomes important once analyses need to be repeatable, several teams use the same concepts or models are fed with features that must remain reliable. You do not want revenue, customer status, product group or margin to be derived differently in every experiment.
The same applies to AI: good prompts, models and workflows are only as strong as the context they receive. A clear data model makes that context more consistent, more explainable and easier to manage.
Further reading
LLMs only become truly useful when they can work safely with the right context. A chatbot that only uses general language model behaviour knows little about your systems, definitions, documents or processes. MCP, the Model Context Protocol, is a way to give LLMs controlled access to sources and actions.
With MCPs, you can let an AI assistant interact with documentation, databases, ticketing, CRM, files, reports or internal tools, for example. The model does not get unlimited access; it uses predefined connectors with clear boundaries, logging and permissions.
That makes MCP especially interesting for organisations that want to use LLMs without pulling knowledge and data away from existing systems. Think of an internal knowledge assistant, support assistant, analysis assistant, reporting helper or a workflow that retrieves and summarises information for human review.
Further reading
Analytics & AI make data more active. Instead of only looking back, your organisation gains tools to predict, prioritise, explain and accelerate. The greatest value arises when models connect to existing decision moments and employees understand when they should or should not trust the outcome.
Datalab works for retail, accountancy, public organisations, healthcare, logistics and knowledge-intensive teams.
They also trust Datalab
We start with the question and the decision, not with the model. Which prediction, recommendation or assistance would really create value? Which data is available? Who uses the outcome? And what happens if the model is uncertain or wrong?
Then we build iteratively. First a compact analysis or prototype, then evaluation with users, and only then production setup with a data model, monitoring, documentation, permissions and adoption. This keeps AI practical and manageable.
Independent and responsible
We choose the technology that fits the question: statistics, machine learning, LLMs, simple rules or simply better BI. Not every problem needs AI.
We determine which decision, workflow or user question the analysis or AI application should improve.
We examine quality, availability, definitions, privacy, bias and the role of a data model or data warehouse.
We test with real examples, measure performance and jointly decide whether further development makes sense.
We set up management, logging, explanation, permissions and training so the solution can be used safely.
Analytics & AI often touch forecasting, cashflow, margins, budgets, customer value or risks. Technical model quality is then not enough: the business logic must be sound and the outcome must fit the way management steers.
When financial or control expertise is needed, we can work with BPO - De Administratie. Datalab sets up the data, analyses and AI applications; BPO helps as a part-time CFO/controller with KPI choices, interpretation, budget control and the management rhythm around the insights.
Dashboards & BI are usually the right step when you need current management information, fixed KPIs and drill-down options. Analytics & AI become useful when you want to predict, explain, prioritise, recommend or use text and knowledge sources in processes. Often the route starts with dashboards & BI and then grows from there.
Not always. For a prototype or standalone analysis, a limited dataset can be enough. For repeatable models, monitoring, history, data quality and multiple sources, a data warehouse is often sensible.
Machine learning learns patterns from structured or historical data, for example for prediction, classification or scoring. An LLM is a language model that can understand, summarise and generate text, and answer questions. Sometimes you combine both, but they do not solve the same problem.
Deep learning is especially relevant for complex patterns in large amounts of data, such as language, images, sound, time series or unstructured data. For many business problems, simpler statistics, machine learning or clear rules are more explainable and cheaper to manage.
MCP stands for Model Context Protocol. It is a way to give an LLM access to sources and tools through controlled connectors, such as documentation, databases or internal systems. This gives an AI assistant context without unlimited access to everything.
Yes, provided the use case and information sources are suitable. We look at document quality, authorisations, logging, evaluation, privacy and whether a chatbot is really the best form. Sometimes a smart search function, dashboard or workflow is better. For complete workflow projects, Process Automation fits; for temporary Windmill or automation expertise, our AI Process Automation & Windmill Consultant fits.
You cannot prevent this completely, but you can strongly reduce the risks with good context, scoping, evaluation sets, source references, human review, logging and clear boundaries. Sensitive applications also require governance and ethical assessment.
Yes. We help with demand forecasting, cashflow, stock, capacity, churn or revenue expectations, for example. We look not only at model quality, but also at data quality, interpretation, uncertainty and how the forecast is used in decision-making. For retail applications such as demand, stock, margin and consumer trends, Retail Studio often fits directly.
For a first experiment, not always. As soon as analyses or models recur, several teams work with them or features need to remain stable, a data model becomes important. Also read about DBT & data modelling.
No. We advise independently. Depending on the situation, solutions can connect to existing cloud environments, open-source components, your own infrastructure or managed AI services. The choice depends on security, cost, management, performance and portability.
In a short conversation, we map out your data, models and goals and outline a feasible first step.
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