Discover how various organizations have turned their challenges into opportunities and learn from the strategies and solutions they applied.
e-government
Combine all budgets of (semi-)governmental agencies into a single overview while maintaining traceability and verifiability of the data in the annual Budget Memorandum.
Extracting, then linking and transforming all departmental and other data together, while keeping the databases intact for maximum reusability. Transforming the total data into a knowledge graph that can be used to create the budget memorandum.
The budget is now fully linked and traceable and can be updated automatically in real-time. It also ensures complete transparency for all users and is much less prone to errors.
e-government
The information required to make a decision on whether a resident of Rotterdam can obtain a permit for the expansion of their house, or a developer can construct a building in the built-up area, is scattered and held by multiple agencies. Therefore, decision-making requires special knowledge and a lot of time.
Linking municipal data, Cadastre data, conservation and environmental information, together with 3D information about the building with validated selection criteria to make decisions.
With the push of a button, you can now get a reproducible and verifiable decision on the expansion of your house, or the placement of the new building.
semi-governmental
To facilitate unhindered train traffic within Europe and enable, for instance, the planning of freight transport through multiple countries, the challenge was to combine the databases of 27 separate member states.
Developing a single ontology on how to deal with rail transport. Implementation across all 27 national railway agencies and linking these to a common data platform and knowledge graph.
Railway companies can now seamlessly plan their routes in Europe with the integrated network that runs on TriplyDB. Disruptions or maintenance are currently included in the planning.
semi-public & pension funds
When a chatbot provides you with an answer or makes a decision that affects an individual, the question and the answer must be reproducible, verifiable, and logged.
By combining a large language model AI with the power of a knowledge graph and SHACL, AI is forced to answer and summarize the posed question. By translating it into a search query and executing the AI search function on it, the resulting answer meets all the requirements.
Now you can harness the power of AI with the assurance that you have understood the person's question and have a verifiable, reproducible, and logged AI response or decision. Therefore, it complies with the EU AI compliance law and can be used.
Sustainability passport
The project aims to support companies in the IJmond region in complying with the EU-mandated standards of the Digital Product Passport (DPP). This assists them in reliably demonstrating sustainability in complex production chains, making businesses both more competitive and environmentally conscious. This approach encourages a fair transition to a sustainable economy and strengthens the earning potential of the region.
Developing a user-friendly, linked data-based Sustainability Passport-as-a-Service. This product enables companies to easily link their product information to a digital sustainability passport that complies with international regulations. In addition, an educational program is offered to increase knowledge about CO₂ reduction and sustainability within the region.
Simple compliance with EU legislation, thus avoiding fines.
Improved competitive position through demonstrable sustainability.
Insight into CO₂ reduction and areas for improvement within production chains.
Integration with existing internal systems without major IT modifications. Improvement of the business climate through an innovative and environmentally friendly industry.