Resource Center
Explore our collection of whitepapers, case studies, and blog posts to learn more about our technology and solutions.
ISAC: Two Jobs for One Beam of Waves
If you had to explain Integrated Sensing and Communication (ISAC) in one line: let the same beam of waves do two jobs at once — communicate and sense. It sounds like cramming two systems into one antenna, but it is actually one of the most imaginative directions of 5G-A and 6G. This post is about why it's compelling — and a question that often gets skipped: how do you validate it?
Read More →2026 Low-Altitude Communication EM-Twin Whitepaper
The low-altitude economy is moving from policy blueprint to large-scale operation. Drone logistics, urban inspection, eVTOL commuting, emergency response — all of them rest on one premise: a wireless network with "zero interruption" at a few hundred meters of altitude. Yet that 50–600 m band is exactly the "electromagnetic interlayer" between the downward-tilted cellular main lobe and satellite coverage — with neither live network data nor a deterministic model. This whitepaper argues that a deterministic EM twin can turn that invisible low-altitude electromagnetic map into simulatable, testable, operable engineering infrastructure.
Read More →Neural-Network Soft Baseband: From PoC to Mass Production
Moving the communication stack off dedicated silicon and onto general compute, rewriting PHY/MAC with neural networks — this is the most radical and imaginative direction of AI-Native communication. But between a working PoC and an engineering system that ships, operates and iterates across tens of millions of terminals lies an entire engineering methodology. This whitepaper outlines the key engineering problems of taking a neural-network soft baseband from PoC to mass production, and how MetaRadio's Liquid RF addresses them.
Read More →V2X Link Validation in Canyons & Tunnels
A vehicular-communication team kept hitting intermittent V2X link drops in urban-canyon and tunnel scenarios: reproducible in the field, but unstable, uncontrollable, and slow to root-cause. This case study records how MetaRadio used an "EM twin + hardware-in-the-loop" workflow to root-cause the intermittent issue to multipath blockage within one week, and hardened it into a regression case.
Read More →Factory-Grade Wireless Reliability for AGV/Cobots
While deploying AGVs (automated guided vehicles) and collaborative robots, a smart factory hit wireless control-link jitter and intermittent packet loss in specific areas, disrupting AGV dispatch and robot coordination. A metal-dense production line is "hell mode" for wireless. This case study records how MetaRadio used a production-line EM twin to assess coverage, tame metal reflection, and keep AGV control links low-latency and highly reliable.
Read More →Verticals Poster
V1–V6 Six Vertical Scenarios
View poster →Tech Poster
Lauraycs L1–L3 EM-Twin Stack
View poster →Product Poster