Design, validate and monitor the networks your robots run on.
Robots, AGVs, sensors and cameras need wireless that holds up on every route they travel. eino gives you one 3D digital twin to design that network, prove it with a walk test and watch it once the fleet is live.
Warehouses, plants, ports and yards now run on machines that move. eino puts every network in one twin, so you plan for the fleet you will actually run.
Design
Design agents are purpose-built for dynamic sites. Draw the routes your robots and AGVs drive and let the agents check them.
Agents
Agents return a 3D model, a design or a BOM from a prompt.
Validate
One device measures Wi-Fi, private and public cellular and DAS. Every sample lands on the twin, next to the design.
Monitor
Always-on monitoring with indoor and outdoor probes, on the same twin you designed in.
Case study
An NBA arena runs thousands of sensors on a private cellular network. Some had been silently dropping off for months. In five minutes, eino's agent traced it to the radios: two PCIs, with every client crowding onto one.
Vendor-agnostic: eino worked on the probes the venue already had.
What comes next
eino lands with design and expands across the network lifecycle. Physical AI builds on the same real-time digital twin.
Watch
NTT DATA and eino CEO Payman Samadi talk about what physical AI needs from wireless networks.
Watch the theCUBE interview →Roadmap
Physical AI workflows are on the eino roadmap for 2027. Route QoS is where that work starts today.
Book a demo to see the roadmap →FAQ
Yes. Draw the routes your robots and AGVs drive, and design agents score each one, simulating robots, tablets and phones and finding every failure to the meter.
One device measures Wi-Fi, private and public cellular and DAS, including RSRP, RSRQ, SINR, RSSI, throughput and latency. Every sample lands on the digital twin, next to the design.
Yes. Always-on monitoring with indoor and outdoor probes runs on the same twin you designed in, and agents run root cause analysis grounded in it.
