Successfully completed Bachelor Thesis by our working student Tim NovelSense is now equipped with a scientifically grounded and practically validated methodology to successfully implement Agentic AI in German SMEs. By integrating the latest scientific findings with real-world application, we can now guide companies precisely from the first strategic idea to a specified technical use case.[…]
Commitment to a strong and sovereign AI ecosystem. NovelSense is pleased to announce our official membership in the KI Bundesverband e.V. (German AI Association). Joining this network is a conscious decision to support a competitive AI landscape in Germany and Europe. It acts as a crucial link between the industry, politics, and the economy to foster an[…]
Recently, the official project website for the KoFeMo project was launched at the TU Braunschweig (project coordinator). This webpage will serve as a platform to inform about the project news and developments to the interested public, especially as the hardware installation comes closer. While still in an early phase, future project updates from the consortium[…]
The publication “High-Spatial Resolution Maps of PM2.5 Using Mobile Sensors on Buses: A Case Study of Teltow City, Germany, in the Suburb of Berlin, 2023” was published on December 15, 2024, in the journal Atmosphere. Led by a German-French research team, this study analyzed fine particulate (PM2.5) pollution in Teltow, a suburb of Berlin, using mobile[…]
NovelSense is part of the NEPHELE Horizon Europe project NEPHELE is a major European research and innovation project funded by the EU’s Horizon Europe program. Its mission: to build open, flexible digital platforms that seamlessly connect cloud, edge, and IoT systems. By enabling the management of hyper-distributed data and applications, NEPHELE supports cities and industries[…]
Unexpected Findings on the Role of Traffic in Fine Particulate Pollution Urban air pollution remains a critical challenge across Europe. Recent results from the DEUS Pollutrack project, presented at the Kolloquium Luftqualität an Straßen 2025, provide new high-resolution insights into the complex relationship between traffic and air pollution in smaller urban areas. By deploying over 80[…]