The FLUIDOS project proudly announces the release of the first Open Call winners’ demos, marking a significant milestone in expanding the project’s applications and demonstrating the versatility of its MetaOS for the cloud-edge continuum.
These five innovative subprojects, developed by the selected winners, showcase groundbreaking edge computing solutions that leverage FLUIDOS technology to enhance automation, efficiency, and real-world applications across various industries.
Expanding FLUIDOS Applications Across Sectors
The Open Call 1 winners were selected for their innovative approaches to computing resource fluidification, and their contributions are now available for the broader research and industry communities. These projects provide key insights into how FLUIDOS technology enables scalable, decentralized, and adaptive computing architectures, bridging cloud and edge seamlessly.
Meet the Open Call 1 Demo Projects:
FLUIDOMOS (VEMAR & ICT Sistemi) – Showcasing decentralized edge computing for industrial IoT applications, ensuring real-time data processing and autonomous decision-making at the edge.
TARGET (Datonix & MediTech) – Enhancing data sovereignty and security in healthcare by integrating FLUIDOS into medical imaging workflows, optimizing privacy and efficiency.
DEAS (ExcID) – Advancing data analytics at the edge, leveraging FLUIDOS for distributed AI-driven insights in dynamic environments.
DIHICLE (University of Patras) – Implementing AI-powered drone-based powerline inspections, where computational tasks migrate dynamically across edge nodes for continuous operation.
XADATU (OdinS) – Exploring decentralized computing strategies for smart urban mobility, optimizing real-time traffic management and resource distribution.
TARGET (Datonix & MediTech) – Enhancing data sovereignty and security in healthcare by integrating FLUIDOS into medical imaging workflows, optimizing privacy and efficiency.
DEAS (ExcID) – Advancing data analytics at the edge, leveraging FLUIDOS for distributed AI-driven insights in dynamic environments.
DIHICLE (University of Patras) – Implementing AI-powered drone-based powerline inspections, where computational tasks migrate dynamically across edge nodes for continuous operation.
XADATU (OdinS) – Exploring decentralized computing strategies for smart urban mobility, optimizing real-time traffic management and resource distribution.
Advancing the Cloud-Edge Continuum with FLUIDOS
These demos highlight the power of FLUIDOS’ decentralized resource orchestration, illustrating how edge computing can unlock new efficiencies, enhance resilience, and enable real-time decision-making across diverse industries. By integrating FLUIDOS into their architectures, the winners have extended the project’s reach into critical domains such as industrial IoT, healthcare, AI-driven analytics, energy infrastructure, and smart mobility.
Watch, Explore and Engage
All Open Call 1 winners’ demos are now available on the FLUIDOS YouTube channel, offering in-depth technical showcases of each solution. More details on these pioneering subprojects, their impact, and their role in the FLUIDOS ecosystem can be found on our website.
Watch the demos on the FLUIDOS YouTube channel.
Learn more about the Open Call 1 winners and their contributions.
By continuously expanding its ecosystem through Open Calls, FLUIDOS is paving the way for next-generation edge computing solutions—creating a more decentralized, intelligent, and adaptable computing continuum for future digital infrastructures.
Watch the demos on the FLUIDOS YouTube channel.
Learn more about the Open Call 1 winners and their contributions.
By continuously expanding its ecosystem through Open Calls, FLUIDOS is paving the way for next-generation edge computing solutions—creating a more decentralized, intelligent, and adaptable computing continuum for future digital infrastructures.
