PAGE CONTENTS
Objectives
Planet 5G Video addresses the bandwidth constraints and practical limitations of 5G satellite-based direct-to-device communication. The project develops a communication platform based on AnsuR’s mature technologies for photos (ASIGN) and live streaming (ASMIRA), adapted to deliver visual content in scenarios with extremely limited uplink capacity.
The solution supports disaster response, field surveillance, maritime, and infrastructure monitoring by delivering video, clips, and photos from mobile devices via low Earth orbit (LEO) / geostationary orbit (GEO) satellites or weak terrestrial 5G. The platform enhances operational decision-making, collaboration, and sustainability by reducing data, energy, and transmission costs.
Challenges
Planet 5G Video responds to operational realities uncovered by 5G non-terrestrial networks (NTN) developments:
– Bandwidth is significantly lower than expected in uplink, especially when shared across devices
– Mainstream apps (Zoom, WhatsApp) fail under such constraints
– First responders and humanitarian users (e.g. INSARAG, UNOSAT) need visual awareness tools that function in these harsh environments
The challenge is to deliver useful video and imagery at data rates below 100 kbps, supporting both continuous situational awareness and selective information pull via standard mobile hardware.
System Architecture
The system architecture consists of:
– A mobile sender unit running ASMIRA or ASIGN software
– A server backend for stream distribution and clip access
– A controller interface for initiating streams, assigning tokens, or pulling imagery
– Supports multiple concurrent viewers with only one upstream video stream
– Designed for hybrid terrestrial–satellite operation, including BGAN, LEO/GEO, and 5G fallback
Plan
– ESA Agile project
– One-year development duration in 2025
– Deliverable: TRL 6 prototype with demonstrator integration
Current Status
In progress. Mid-Term Review has been held.
Planet 5G Video is currently in its development phase. System architecture has been defined, core technology modules adapted, and the integration plan is under implementation. The project prepares for a Technology Readiness Level (TRL) 6 demonstration with United Nations partners in disaster response and maritime operations.
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