Projects
Collaborations
Current Projects
NaSA-OMI - Das Netz-als-Sensor: Analyse des Kernnetzes konvergenter Mobilfunksysteme zur Entwicklung neuer Geschäftsmodelle und optimierter Network Intelligence
(November 2025 – December 2028)
The NaSA-OMI project uses Network Intelligence (NI) to detect and analyze issues in global mobile networks, such as faults, malware, and inefficiencies, and to develop intelligent mechanisms for monitoring and improving network performance, enabling new value-added services. Driven by IoT growth and emerging satellite connectivity (GEO/LEO), the project explores integrating advanced analytics and new connectivity technologies to enhance global mobile communication systems.
IMuPro - Design und Leistungsbewertung industrieller Multinetzprotokolle System-on-Chips für spezialisierte Industrienetze
(October 2025 – September 2028)
The ambition of IMuPro is the design of an abstract multi-protocol SoC model for industrial communication protocols. The main goals include flexibility and programmability to foster innovation and adaptation of new technologies. In this project, simulation models of SoCs are designed based on abstract components, and used for performance evaluations, bottleneck analysis, and feasibility studies of flexible industrial communication systems.
Sustainable Technologies for Advanced Resilient and Energy-Efficient Networks (SUSTAINET)
(January 2025 – December 2027)
This project proposes a holistic approach, integrating research in frictionless network performance, resilience, security, and sustainability to propel Europe towards a sustainable, technologically sovereign future.
Serverless Scientific Computing for Earth Observation and Sustainability Research (SOS)
(January 2025 – December 2028)
This project presents an interdisciplinary approach to the development of a large-scale data- and compute-aware workflow-management-system for applications in Earth Observation.
Optimized Resource Integration and Global Architecture for Mobile Infrastructure for 6G (ORIGAMI)
(January 2024 - January 2027)
The ORIGAMI project brings together leading players from industry and academia in the mobile telco ecosystem in Europe, and is funded by the European Commission as part of the 6G Smart Networks and Services Joint Undertaking (SNS JU). During the 2023-2025 time frame, the ORIGAMI consortium works towards advancing the architectural models of next-generation mobile networks and removing important barriers towards successful 6G technologies.
Network Digital Twin Opportunities to Leverage Large-scale Infrastructures (N-DOLLI)
(January 2025 – December 2027)
The research project N-DOLLI aims to develop future-proof network management by integrating Network Management Systems (NMS) with Digital Twin Technology (NDT). This innovative combination enables precise analysis and optimization of complex communication systems to meet the increasing demands of digitalization.
Green and Energy Monitoring for Future Network Infrastructures enabling also Large Deployments (GREENFIELD)
(January 2024 – December 2026)
This project aims to define and measure energy efficiency and ecological sustainability for communication networks and assess the potential optimizations in existing networks and application scenarios.
SimDNA-SatNet: Simulation of DNA Infrastructure in Satellite Networks
(since July 2023)
The goal of this project is simulation and modelling of decentralized, data-centric network architectures for satellite computing networks.
Modellierung und Monitoring von Virtual Private Cloud Netzen für automatisierte Anomalieerkennung für Unternehmensanwendungen in heterogenen Netzen (VIPNANO)
(October 2023 - September 2026)
In many companies, the demand for flexible and reliable Virtual Private Clouds (VPCs) is increasing, often combining multiple major cloud providers, private clouds, and proprietary networks within a heterogeneous infrastructure. This complexity presents new challenges for network monitoring to ensure reliable operation. This project aims to develop methods for automatically modeling the normal state of traffic patterns and building an automated anomaly detection system on top of it. This will enable the early identification of critical situations in network and application operations, allowing appropriate countermeasures to prevent issues and outages. The project partners bring together the necessary expertise: Isarnet specializes in analyzing network monitoring data, JMU contributes expertise in modeling and simulation, and the enterprise customers, as associated partners, provide large-scale network infrastructure and years of experience in operating applications within VPCs.
