Aviation
NexaSphere PoC 1: Next-Generation In-Flight Connectivity (IFC)
NexaSphere PoC1 applies the project’s multi-connectivity and AI-driven orchestration advancements to In-Flight Connectivity (IFC), aiming to validate a multi-band, multi-constellation IFC system with predictive AI models and intelligent antenna management.
Key Features & Innovations:
- Multi-band, multi-constellation electronically steerable antennas optimize connectivity across LEO, GEO, and terrestrial networks.
- AI-powered predictive models forecast optimal communication links, balancing: Power consumption, Latency, Achievable data rates.
- Autonomous AI-driven orchestration framework manages on-board and off-board connectivity using Access Traffic Steering, Switching, and Splitting (ATSSS) across: 5G/6G radio links, Non-3GPP technologies
- Integration of LiFi technology with wireless radio for both onboard connectivity and gate connectivity improve data rate and for use cases such as Inflight Entertainment access and content loading.
Aviation Application Categories
- Enable seamless internet connectivity for passengers.
- Provide Multicast / Live Television for Passengers.
- Improve connectivity for In-Flight Entertainment services.
Passenger & Airline Benefits
- Seamless multi-connectivity ensures uninterrupted broadband access for passengers and crew.
- Smart resource allocation optimizes available communication resources based on service demands (video streaming, gaming, real-time applications).
- On-board Local Data Network (LDN) efficiently delivers in-flight entertainment (IFE) to seatback screens and personal devices.
