Imagine if all your smart devices, from electric cars to farm sensors, spoke the same language and worked together to save energy. Instead of every company having its own locked-in system, this creates a shared set of blueprints and a common platform. It's like moving from proprietary chargers to a universal USB-C for industrial data and energy management.
Industrial sectors suffer from fragmented, siloed data systems that make sharing information across organizations expensive and difficult. This prevents the efficient use of energy flexibility and slows down the deployment of scalable IoT solutions.
A set of reusable blueprints and an open Cloud-Edge-IoT platform for secure, automated deployment across different cloud and edge environments.
If you are a grid operator dealing with unstable energy loads — this project developed reusable blueprints that enable real-time energy flexibility. This allows you to balance the grid more efficiently using edge computing to reduce lag.
If you are a charging provider dealing with secure V2G (Vehicle-to-Grid) integration — this project developed a secure-by-design deployment practice. This ensures that electric vehicles can share energy with the grid safely and at scale.
If you are an agrifood tech company dealing with fragmented data silos — this project developed an open platform for Cloud-Edge-IoT. This allows your sensors to integrate with larger energy-aware digital infrastructures without expensive custom coding.
Based on available project data, the platform is described as open-source and open, but specific pricing or licensing costs for commercial use are not listed.
Yes, the project focuses on 'large-scale' pilots across 8 different sectors and 19 countries to ensure the solutions are replicable and scalable.
The project leverages open-source research results to avoid lock-in risks and promote open standards for interoperability.
It uses open interfaces and shared semantics to break down data silos and reduce the cost of integrating heterogeneous cloud and edge environments.
The project runs from 2025-01-01 to 2028-06-30, during which time the pilots will be validated.
The consortium is heavily industry-driven, with 38 industrial partners (64% ratio) and 26 SMEs, indicating a strong focus on commercial viability rather than pure academic research. With 59 partners across 19 countries, the project has a massive footprint for cross-border validation and market entry.
Contact Universitat Politècnica de València regarding the O-CEI platform blueprints.
Contact us to identify which of the 8 pilot domains fits your business model.
