A mission should stay understandable when the network does not
In distributed robotic environments, individual devices may hold different views of the same task. A command may have been executed without its acknowledgement arriving, while a coordinating system remains uncertain about the outcome.
Restoring communication alone does not resolve these inconsistencies.
From device-local observations to evidence-based recovery
Our proposed research focuses on mission continuity under degraded network conditions, including device-local observations, controlled network impairment, task-state reconciliation and evidence-based recovery.
Neura Parse is discussing potential technical contributions across robotics, communications and academic research while assessing an appropriate Horizon Europe proposal pathway.
Bounded experiments before physical tests
The next stage will focus on defining bounded experimental scenarios, evaluation criteria, partner responsibilities and the conditions required to progress from software simulations to controlled physical tests.
Consortium participation, funding eligibility and physical validation arrangements remain subject to further agreement. No funded project or completed field deployment is being announced.
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