42 Partners
15 Countries
€ 32,7 M
Project duration
36 months
Start: 1 September 2024
Coordinator: AVL
Bridging Ecosystems for
European Technological Advancement
42 Partners
15 Countries
€ 32,7 M
Project duration
36 months
Start: 1 September 2024
Coordinator: AVL List GmbH
Bridging Ecosystems for
European Technological Advancement
Cynergy4MIE at a glance
Cynergy4MIE is a project focused on advancing technologies within the Mobility, Infrastructure, and Energy (MIE). It aims to create a unified technology stack to facilitate the seamless transfer of smart software and efficient electronic components across different systems, accelerating product development and reducing costs. The project uses cutting-edge sensors and technologies to enhance applications and make them more appealing to consumers. The project addresses global competition by focusing on software-driven approaches and shared tools, particularly in the development of electric vehicles and energy storage solutions. Cynergy4MIE envisions a future where MIE systems are interconnected, leveraging shared technologies and innovations to maintain Europe’s competitive edge and boost productivity.
Objectives
Objective 1
Design and deploy minimum – invasive sensors for critical
nano/microstructures in competitive CPS
Objective 2
Built-in AI for co-existence & collaboration CPS in safety critical context
Objective 3
Build digital assets & emergent AI for efficiency in operation
Objective 4
Accelerate convergence in ecosystems for economy of scale
Objective 5
Get global competitiveness for Europe’s circular economy
Work Packages
Supply Chains
SC1 All-Weather Automated Machinery and Transportation
Enhancement of performance, safety, and efficiency of automated machinery and transportation in all weather conditions
SC2: Digital manufacturing, robotics, and AI for low-emission buildings’ construction
Inclusiveness of robots and workers in order to approve manufacturing processes
SC3 Precise measurements for efficient, reliable and safe electric powertrains in transportation
Improvement of existing components and develop substantially new ones using novel multi-physics sensors
SC4 Emergent Automated Driving Systems for extrinsic efficiency
in mobility
Advance Vehicle-to-Everything (V2X) communication, Artificial Intelligence (AI), and Advanced Driver Assistance Systems (ADAS)
SC5 Multi-agent and Cooperative Sensing & Control in Emergency Response Applications
Realisation of multi-agent and Cooperative Sensing & Control in Emergency Response Applications
SC6 ECS for energy efficiency and distributed intelligent control
Application of WBG semiconductor technology for energy efficient production and consumption of hydrogen and collaborative energy management systems for heat pump systems
Partners
News & Events
Future-Proof EV Charging Through Flexible and Efficient Power Conversion
As the EV market transitions from 400 V to 800 V battery systems, charging infrastructure faces a new challenge: supporting a wider variety of vehicles without compromising efficiency. Future chargers must be flexible...
How GROPYUS is Rethinking Housing Construction through Digital Manufacturing, AI, and Robotics
Haris Isakovic and Gazal Munayat The Challenge of Modern Housing Europe needs more homes, yet the construction industry is finding it increasingly difficult to deliver them. Across the continent, demand continues to...
Making Robot Programming More Accessible with Low-Code Development
Imagine an autonomous robot transporting objects across a warehouse. While navigating towards its destination, the robot continuously monitors its battery level. If the battery becomes too low, it should interrupt the...
From Drone to Decision: Custom Silicon for Search and Rescue with SiLago
Finding people when every second counts After an earthquake or a building collapse, rescuers need to know one thing fast: is someone alive in there? Cameras fail in smoke, dust and darkness. A small 60 GHz radar does...
How consideration of uncertainty can improve search and rescue decisions
Why mission planning should look beyond single values for input parameters like probability of detection and risk metrics Imagine that a search and rescue team must choose between two areas. One seems more promising,...
Beyond Conventional Rectification: Flexible Power Conversion for the Next Generation of Energy Infrastructure
As Europe accelerates the deployment of renewable energy, the challenge is no longer only generating sufficient clean electricity. Equally important is ensuring that industrial energy users can operate efficiently...
Learning Together, Driving Apart: Federated Learning for Cars That See in Any Weather
Imagine a car that learned to drive on sunny afternoons, suddenly driving through a rainy night in a city it has never seen. Headlights glare on wet asphalt, raindrops blur the camera, and the traffic looks different....
INSAR at the CEE Sustainable Finance Summit 2026: Exploring the Role of Satellite Data in Insurance and Infrastructure Resilience
Cynergy4MIE partner INSAR participated in the CEE Sustainable Finance Summit 2026, held in Prague, highlighting how European satellite capabilities and Earth observation data can contribute to the protection of homes,...
Traffic Flow Optimization: a simulation demonstrator using SUMO + ROS2 testbed
Demonstrator 4.1 (Traffic Flow Optimization) focuses on improving traffic efficiency and safety through enhanced cooperative driving enabled by V2X communication, radar-based vehicle-to-vehicle (V2V) data exchange, and...
Upcoming Events
Quantum Sensor Workshop 2025
Wed, Dec 10|Erlangen
The 2nd A-IQ Ready, ARCHIMEDES & Cynergy4MIE Projects’ Clustering Event


















































