Imagine a giant switchboard in space that automatically sends the best signal to rescue teams during a disaster. Instead of fighting for a connection, a smart planner decides who gets the most bandwidth based on the urgency of the situation. It works like a universal adapter, letting different types of secure radios and satellites talk to each other seamlessly.
Governmental bodies struggle with secure, reliable communication during massive disasters due to fragmented satellite networks and inefficient bandwidth allocation. Current systems often lack the flexibility to prioritize critical traffic across different borders and networks.
A prototype Dynamic Planner for optimal resource allocation and a Network Balancer for secure cross-network interoperability.
If you are a security agency dealing with cross-border disasters — this project developed a Dynamic Planner that optimizes satellite resource allocation. This ensures that critical communications remain active and secure during massive civil emergencies.
If you are a maritime operator dealing with multinational rescue missions in remote waters — this project developed a Network Balancer that ensures interoperability. This allows different communication networks to work together without losing security.
If you are a satellite provider dealing with inefficient bandwidth use during crises — this project developed advanced heuristics for dynamic resource allocation. This helps in pooling and sharing supply to meet sudden spikes in demand.
Based on available project data, specific pricing is not mentioned, but the program aims to provide cost-effective SATCOM services through the pooling and sharing of supply.
Yes, the project is designed for massive civil emergencies and security crises with cross-border impact, utilizing a ground segment for wide-area coverage.
Based on available project data, IP and licensing details are not specified, though the project involves a consortium of 6 industry partners.
The system is designed to work with other EU Space Programme components, specifically integrating with Copernicus and Galileo.
The project period runs from 2024-02-01 to 2026-01-31, with annual demonstrations planned.
The consortium is heavily industry-driven with a 67% industry ratio, comprising 6 companies and 2 research entities. Led by GMV Aerospace and Defence, the group covers the entire SATCOM value chain, including specialized firms like HISDESAT and TTCOMM, indicating a strong push toward commercial viability rather than pure academic research.
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