Robin AI

Public sector United Kingdom of Great Britain and Northern Ireland Joint Research Centre Data Catalogue: Public Sector Tech Watch latest dataset of selected cases

Robin AI is a platform designed to accelerate legal workflows, particularly contract review and analysis. It uses AI to help legal teams review contracts 80% faster, extract relevant data in seconds, and automate tasks such as summarizing, drafting, and checking clauses. The service integrates into tools like Microsoft Word and offers a secure, private environment for businesses handling sensitive legal data.

Operational Efficiency and Case Management

Semantic Analyser (Smart Text Search Engine)

Public sector Slovenia Joint Research Centre Data Catalogue: Public Sector Tech Watch latest dataset of selected cases

The Semantic Analyzer uses AI to process Slovenian texts, such as legal documents, to identify and extract key concepts. It analyzes the relationships between these concepts and groups texts with similar content. The tool also visualizes these relationships, making it easier to find relevant documents. It links content using a central vocabulary for more accurate searches. Users can access pre-prepared text databases to analyze documents for related content. The tool is open-source, and a future application will be available online for wider use.

Data Validation Document Digitalization Operational Efficiency and Case Management

Signaux Faibles

Public sector France Joint Research Centre Data Catalogue: Public Sector Tech Watch latest dataset of selected cases

Signaux Faibles is an open-source AI tool in France that analyzes public financial and social data to detect early signs of business distress. Using machine learning, it helps government agencies identify at-risk companies up to 18 months in advance, enabling timely intervention. Initially launched in Bourgogne, a region in eastern France, in 2016 and later expanded nationwide, the tool continuously improves through data refinement and transparency. Its open-source nature ensures adaptability, collaboration, and reduced bias in financial risk assessment.

Monitoring and Control Resource Planning

Social Water Tariff at Nantes Métropole

Public sector France Joint Research Centre Data Catalogue: Public Sector Tech Watch latest dataset of selected cases

Nantes Métropole has developed an open-source algorithm to determine eligibility for assistance with drinking water tariffs. This algorithm focuses on the declarative aspect of the social water pricing program, targeting specific beneficiaries. It calculates eligibility based on household income and family composition. Applicants submit their requests at the town hall, where agents collect supporting documents and input the necessary information into Deltas, software developed by Nantes Métropole. The algorithm processes the data in real-time and provides immediate feedback on eligibility. The system is open-source and available under the CeCILL-B license, reinforcing transparency in public decision-making.

Monitoring and Control Service Provision and Delivery

Solidarity-based transport pricing at Nantes Métropole

Public sector France Joint Research Centre Data Catalogue: Public Sector Tech Watch latest dataset of selected cases

Nantes Métropole has developed an algorithm to determine eligibility for free or reduced-fare unlimited transit passes based on household income and family composition. Applicants submit requests at the town hall, where agents collect supporting documents and input the necessary data into Deltas, a software developed by Nantes Métropole. The algorithm processes this information in real-time, providing an immediate decision on eligibility. The algorithm is open-source, reflecting Nantes Métropole’s commitment to transparency in automated decision-making. The code is available for public consultation.

Monitoring and Control Service Provision and Delivery

Statnett - Forecasting weather-dependent failures on power lines

Public sector Norway Joint Research Centre Data Catalogue: Public Sector Tech Watch latest dataset of selected cases

Statnett, Norway's electricity transmission system operator, developed a service that predicts the probability of failures in overhead power lines due to weather conditions, particularly wind and lightning. The system utilizes historical failure data and weather statistics to create fragility curves for each line, indicating their vulnerability to specific weather events. By integrating these fragility curves with real-time weather forecasts from the Norwegian Meteorological Institute, the service calculates and updates failure probabilities for individual power lines. The results are visualized through an interactive dashboard, enabling system operators to anticipate and prepare for potential weather-induced failures effectively. This proactive approach enhances the reliability and resilience of Norway's power transmission network.

Monitoring and Control Resource Planning

Sustainable Municipal Operations using CITYROVER AI

Public sector Canada IRCAI Global Top 100

CITYROVER's AI automates data collection and infrastructure management for local governments and transit authorities by utilizing a vehicle-based AI camera to assess and report on infrastructure assets, enhancing operational efficiency and sustainability.

Data Validation Monitoring and Control Resource Planning

ViEWS

Public sector Sweden Joint Research Centre Data Catalogue: Public Sector Tech Watch latest dataset of selected cases

ViEWS is a data-driven forecasting system that predicts conflict fatalities up to 36 months in advance across Africa and the Middle East. Launched in 2017, it aims to help policy-makers and practitioners with anticipatory action and humanitarian efforts by providing transparent, evidence-based predictions. It is managed by Uppsala University and the Peace Research Institute Oslo.

Monitoring and Control

VU.CITY London

Public sector United Kingdom of Great Britain and Northern Ireland Joint Research Centre Data Catalogue: Public Sector Tech Watch latest dataset of selected cases

VU.CITY is a 3D digital platform that helps visualize the context and impact of new developments across London. It supports local authorities in assessing projects by improving transparency in pre-application stages and providing clear insights for planning committees. This enhances decision-making, allowing administrators to engage effectively with developers, stakeholders, and the public. VU.CITY promotes collaboration, helping local authorities manage urban planning more efficiently and communicate the benefits and potential impacts of developments to citizens.

Monitoring and Control Service Provision and Delivery

• ...
• 4
• 5