End-to-end solutions for six terminal classes
Built on the deterministic EM foundations (L1-L3), industry solutions for low-altitude, satellite, ISAC, autonomous driving, robotics and 6G (V1-V6) — turning core technology into concrete business outcomes.
Industry Solutions
V1-V6 · end-to-end solutions for specific scenarios
Low-Altitude Economy · The EM Twin for Urban Low-Altitude Communications
The core tension of the low-altitude economy lies between the complex electromagnetic environment a few hundred meters up and the near-zero-interruption demands placed on C2, video downlink, and positioning. With a three-tier solution of ray tracing + virtual drive test + EM twin, MetaRadio turns this invisible low-altitude electromagnetic map into engineering infrastructure that can be simulated, tested, and operated across urban buildings, tower clutter, and air-ground integrated networks.
View datasheet →Satellite NTN · Space-Ground Integrated EM Twin
Large-scale LEO constellations, direct-to-cell, NB-IoT NTN, and NR NTN are pushing the "satellite-to-ground" link into the 3GPP mainstream. But urban building blockage, low-elevation-angle shadowing, and multi-beam / multi-satellite handover make link assurance for NTN terminals a new challenge. With three product layers, MetaRadio delivers a complete toolchain spanning simulation, HIL, and EM twin for space-ground integrated scenarios.
View datasheet →ISAC · Letting Sensing and Communication Work Within the Same Electromagnetic Map
ISAC is one of the most imaginative directions of 5G-A/6G, but it also poses new challenges to channel modeling and testing: the same beam of signal simultaneously carries communication and sensing, where echoes, images, specular reflections, and multipath are no longer interference but "signal." MetaRadio uses three product layers to simultaneously output sensing radar echoes and communication multipath, enabling ISAC algorithms, terminals, and networks to be developed and validated within the same high-fidelity EM twin.
View datasheet →Autonomous Driving · An EM Twin for V2X and Vehicle-Road-Cloud Communication
High-level autonomous driving depends on the coordination of V2X, cellular, satellite, and Wi-Fi multipath links. Yet in complex scenarios such as urban canyons, tunnels, overpasses, and underground garages, the communication link is the most easily overlooked weak point in the ADAS/AD safety closed loop. MetaRadio's three-layer product portfolio delivers V2X channel simulation, HIL testing for T-Box/OBU/RSU, and road-network-scale EM twin capabilities within the vehicle-road-cloud system.
View datasheet →Robotics · Factory-Grade EM Twin & Wireless Reliability
AGVs, AMRs, collaborative robots, and automated production lines depend on wireless more deeply than ever, yet metal reflections, human-vehicle interference, and production cycle times impose extreme reliability requirements on 5G LAN / Wi-Fi 7 / TSN links. MetaRadio delivers factory-grade ray tracing, robotics communication HIL, and a factory EM twin across three product layers, so wireless is no longer the link on the production line that "lives at the mercy of the weather."
View datasheet →6G · Turning the vision of "integrate everything" into verifiable engineering
6G integrates high frequency bands, AI, sensing, satellite-terrestrial integration, and digital twins into a single vision. This means the complexity of channel modeling, terminal testing, and network operations is rising exponentially. With its three-layer product line, MetaRadio simultaneously supports R&D, testing, and twin closed loops across the five 6G mainlines of sub-THz, RIS, AI-native channel, ISAC, and satellite-terrestrial integration.
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