Definition
Remote ID (Remote ID) refers to the standardized capability of unmanned aerial systems (UAS), such as drones, to broadcast their identity, location, altitude, speed, and other information to the ground and surrounding airspace. Remote ID is defined by standards such as ASTM F3411 and EU 2019/947, aiming to achieve airspace transparency, support regulation, collision avoidance, and public awareness. Remote ID can be implemented via broadcast methods (Bluetooth, Wi-Fi) or network methods (reporting through cellular networks to platforms like U-Space). Combined with positioning and real-time positioning, Remote ID must continuously broadcast real-time location.
When operating drones across borders, Remote ID must comply with the regulations of each country (such as EU and US FAA requirements). One SIM for multiple countries can ensure network-based Remote ID reports across multiple countries.
Technical Features and Architecture
The Remote ID technical architecture includes: Broadcast — broadcasting to the surroundings via Bluetooth 4/5, Wi-Fi NaN, etc., which can be parsed by ground receivers (phones, receivers); Network — reporting ID and location through cellular networks to platforms such as U-Space and USS, where the platform can provide external queries; Hybrid — supporting both broadcast and network. The data content usually includes: serial number, operator ID, positioning, altitude, speed, timestamp, etc. Combined with onboard devices, real-time positioning is the core input of Remote ID. In cross-border scenarios, network Remote ID needs to support multi-country cellular connectivity.
Remote ID is related to sensitive data, so privacy and compliance need to be considered; operator ID and others may involve permission management.
Application in IoT and cross-border scenarios
Remote ID is widely applied in: UAV regulation — countries require drones to have Remote ID to fly legally, supporting airspace management and U-Space integration; logistics drones — broadcasting identity and real-time location of cross-border logistics drones; agriculture and inspection — Remote ID compliance for agricultural drones and inspection drones; urban air mobility — Remote ID and airspace integration for urban air mobility (UAM). Cross-border drone operations and global logistics drones must comply with each country's Remote ID regulations, one card for multiple countries ensures cross-border networking for network Remote ID.
SimtoLink provides stable connectivity for airborne devices in remote ID scenarios, covering over 200 countries and regions, facilitating compliant cross-border drone operations.