To give you a visual idea of what we do, here are a few examples.
Traffic density in Stavanger
Concept: A 24-hour time-lapse of actual traffic density in Stavanger.
About: Built from Stavanger’s open traffic data (GraphQL), pulled with Python and rendered as a colour-coded map — green for free-flowing streets, red for congestion. The point isn’t the visualisation itself, but what open data can actually be used for once it’s accessible, not just published.
Facts:
Data source: Stavanger open traffic data (GraphQL) Data pipeline: Python Output: colour-coded 24-hour time-lapse map Real data, no simulation
Basemap: CartoDB Dark Matter
Drowning in data, starving for insights? Open data is only useful if it’s accessible without technical workarounds. Let’s look at your organisation’s data streams.
What we do: A 15-minute screen-share session. You show us one of your raw data sources (GraphQL, API, or databases) – we tell you live how to pipe it into a visual decision model.
Your Effort: 15 Minutes. No sales pitch. No proposals.
Concept: A case built from raw data to a decision you can follow step by step.
About: The data pipeline stays in the background, feeding input into a BPMN process. The actual decision logic sits in a DMN table — readable and auditable, not hidden in a spreadsheet cell. The process was modelled and recorded in bpmn.io, so you can watch a case move through each step.
Facts:
Process: BPMN, modelled in bpmn.io
Decision rules: DMN table (readable, versionable)
Data pipeline: stays in the background, supplies input only
A table survives being questioned. A gateway label doesn’t.Stop burying critical business logic inside unreadable code or hard-to-maintain process diagrams.
What we do: Send us one complex, nested “If-Then” business rule or Excel logic. Together, we will model it live into an auditable, clean DMN table that anyone in your leadership team can verify row by row
Your Effort: 15 Minutes. Pure process design, no obligations.
Concept: A slider that changes the weighting in a prioritisation — and updates a map live.
About: The method behind it is standard multi-criteria decision analysis (MCDA) — no hidden formula. What’s different is that the weighting is visible and adjustable instead of buried in a cell. Move the slider, watch the ranking change: same data, different priorities, different outcome.
Facts:
Method: multi-criteria decision analysis (MCDA), standard, not proprietary
Data pipeline: Python
Live interaction: JavaScript, runs in the browser, self-contained HTML file
The buildings are models.
The data stays the same. The decision is yours.
See how your maintenance backlog priorities shift live when you adjust your strategic weightings.
What we do: We plug a simplified list of your own assets (e.g., 5-10 properties, condition codes, and criticalities) into our Multi-Criteria Decision Analysis (MCDA) model so you can interact with your own data live.
Your Effort: 15 Minutes. No sales pitch. No proposals.
Concept: A 3D render of one of Norway’s most recognisable natural landmarks, built entirely from open data.
About: Elevation data draped with satellite imagery — no manual modelling, just two open, openly-licensed datasets combined into a 3D scene.
Facts:
Elevation data: Kartverket / Geonorge (CC BY 4.0)
Satellite imagery: Norge i bilder (CC BY 4.0)
Real data, no simulation
Do your spatial layers actually line up?
The most expensive mistake in digitalisation is building digital twins on misaligned coordinate systems.
What we do: Nicolas takes a quick look at your current GIS datasets or BIM-to-GIS integration pipeline and identifies potential alignment pitfalls or georeferencing inconsistencies.
Your Effort: 15 minutes of direct technical exchange between specialists.
Glossary – BIM, GIS, Business Processes, Digitalisation & IT Alignment
BIM InteroperabilityWhat are BIM interoperability tools?
BIM interoperability tools enable different Building Information Modelling
software, platforms and data formats to exchange information reliably.
They help project teams connect models and workflows across disciplines
and software environments.
BIM IntegrationWhat is BIM integration?
BIM integration is the connection of BIM models, software, data and
workflows across a project or organisation. Effective BIM integration
improves information flow, coordination and collaboration between
architects, engineers, contractors and other stakeholders.
Project ManagementWhat is project management?
Project management is the structured planning, coordination and control
of people, resources, time, cost and activities to achieve defined
project objectives. It helps organisations deliver projects efficiently
and manage risks and dependencies.
Process OptimizationWhat is process optimization?
Process optimization is the systematic improvement of business processes
to make them more efficient, reliable and valuable. It can involve
removing unnecessary steps, reducing errors, improving workflows and
using digital tools or automation.
IT AlignmentWhat is IT alignment?
IT alignment means ensuring that an organisation’s technology,
systems and digital investments support its business objectives.
Good IT alignment connects technology decisions with operational
needs, strategy and measurable business value.
IT & Business StrategyHow does IT alignment with business strategy work?
IT alignment with business strategy means translating strategic business
goals into technology priorities, capabilities and investments.
It ensures that IT supports where the organisation wants to go rather
than operating separately from the business.
IT Alignment ModelWhat is an IT alignment model?
An IT alignment model is a framework for understanding and managing
the relationship between business strategy, organisational capabilities,
processes, information and technology. It helps identify gaps between
business requirements and existing IT capabilities.
Process vs ProjectWhat is the difference between a process and a project?
A process is a repeatable sequence of activities that produces an ongoing
business result. A project is a temporary initiative with a defined
objective, start and end. Organisations often need both effective
processes and well-managed projects.
Process GovernanceWhat is process governance?
Process governance defines how business processes are owned, managed,
monitored and continuously improved. It establishes responsibilities,
standards, decision rights and performance measures for process management.
Georeferencing in QGISHow does georeferencing work in QGIS?
Georeferencing in QGIS connects an image, scanned map or other spatial
dataset to real-world geographic coordinates. Control points are used
to align the source data with an appropriate coordinate reference system.
GeoreferencingWhat does georeferencing mean?
Georeferencing is the process of assigning real-world geographic
coordinates to spatial data so that it can be correctly positioned
on the Earth’s surface and used together with other geographic datasets.
Georeferencing in GISWhat is georeferencing in GIS?
In GIS, georeferencing makes spatial data correspond to a geographic
coordinate system. It allows maps, aerial images, plans and other
datasets to be accurately overlaid, analysed and compared with
other geospatial information.
BPMWhat does BPM mean?
BPM stands for Business Process Management. It is a discipline for
modelling, analysing, managing and continuously improving business
processes so that work flows more effectively through an organisation.
DigitalisationWhat does digitalisation mean?
Digitalisation is the use of digital technologies to improve processes,
services, communication and ways of working. It goes beyond simply
converting analogue information into digital formats by changing
how organisations create and deliver value.
Geodata ConsultantWhat does a geodata consultant do?
A geodata consultant helps organisations collect, structure, analyse,
manage and use geographic data. This can include GIS, spatial databases,
georeferencing, data integration, mapping and geospatial workflows.
BIM ConsultantWhat does a BIM consultant do?
A BIM consultant helps organisations improve how Building Information
Modelling is used across projects and workflows. This can include BIM
strategy, interoperability, data standards, model coordination,
implementation and process improvement.
Process MiningWhat does process mining do?
Process mining analyses event data from IT systems to visualise and
understand how business processes actually run. It helps organisations
identify bottlenecks, deviations, inefficiencies and compliance issues,
enabling them to improve and optimise their processes based on real data.
Competence MappingHow do you map competencies in an organisation?
Competence mapping identifies the skills, knowledge and capabilities
available within an organisation and compares them with current or
future requirements. A structured competence map can reveal gaps,
strengths and areas for development.
GISWhat is GIS used for?
GIS stands for Geographic Information System. GIS is used to collect,
manage, analyse and visualise information connected to locations.
Common applications include mapping, infrastructure planning,
environmental analysis, asset management and spatial decision-making.
Surveys & AnalysisHow do you conduct effective surveys?
Effective surveys start with a clear objective and target group.
Questions should be concise, unbiased and relevant to the information
needed. After collecting responses, the data should be structured,
analysed and translated into actionable findings.
Digitalisation in BusinessWhat is digitalisation in businesses?
Digitalisation in businesses means using digital technologies to improve
processes, services, collaboration, data management and decision-making.
Successful digitalisation connects technology with business goals and
often involves process optimisation, integration and organisational change.
In the Lab we show examples from our work. Some data is real (e.g. Stavanger), other data is simplified to make it easier to understand. More examples will follow continuously.
