Do not force one specification on every field.
Links, bandwidth, power, antennas and continuity requirements differ by operation. We select products and architectures for the deployment.
COMPANY / WHY IDY
Designed and measuredfor work that cannot stop.Designed and measuredfor work that cannot stop.
We have focused on industrial connectivity since our founding, selecting products and architectures for each field. We publish how we design and measure continuity.
01 / ENGINEERING PRINCIPLES
Principles we engineer by.
Engineer from radio access to operations.
With base-station and RAN experience, we connect RF, antennas, devices, embedded software, networks and edge processing.
Define what happens after a link fails.
Monitor, detect, switch paths, confirm reachability and manage recovery as one control sequence.
Publish the conditions and results.
We show path-specific latency, sustained load and thermal or vibration evaluation alongside test conditions.
02 / ENGINEERING EVIDENCE
Evidence behindthe engineering.Evidence behindthe engineering.
We validate resilient connectivity with real devices and measured paths. Explore our published architectures and results for recovery control, local 5G latency and sustained traffic.
RESILIENT MULTI-RAT
Control across monitoring, failover and recovery.
Explore the sequence for connection health and published industrial engineering examples.
View the engineering evidence →LOCAL 5G / LATENCYMeasure latency by path.
See mean RTT and packet loss for the radio segment and a path including device and overlay.
View the engineering evidence →EDGE / SUSTAINED LOADValidate thermal behavior under continuous traffic.
See the approximately 70-minute iR800B load test, including throughput, internal temperature and test conditions.
View the engineering evidence →
03 / IoM® & AUTOMATION
Connectivity for workthat cannot stop.Connectivity for workthat cannot stop.
As automation reduces human intervention, machine connectivity must endure. IoM® is IDY’s approach to selecting links for each field and connecting its data to decisions and control.