Field systems
Sensors, machines, vehicles, cameras
TECHNOLOGY / M2M & IoM®
Connectivity forcritical operations.Connectivity forcritical operations.
As machines make decisions and automation reduces human intervention, resilient wireless connectivity becomes a prerequisite for operations. IDY calls its approach to this challenge IoM®.
01 / THE QUESTION
When people step back,what does a link failure stop?When people step back,what does a link failure stop?
People can sometimes call again after a dropped conversation. Machines must continue monitoring, moving and controlling equipment. We start by defining how operations should behave when a connection fails.
02 / THE ARCHITECTURE
Engineer the entiredata journey.Engineer the entiredata journey.
Gather data in the field, decide at the edge and act through equipment or people. Design monitoring, failover, recovery and safe behavior during an outage as one system.
Device and links
Radio, antennas, alternative paths
Edge and operations
Decisions, monitoring, recovery
People and control
Alerts, commands, safe behavior
Conceptual architecture. Available links and functions depend on the product and network configuration.
03 / PAST, PRESENT & FUTURE
Networks evolve.Our design principle remains.Networks evolve.Our design principle remains.
Since our founding, we have worked to carry information across different radio systems. IoM® is our approach to flexible, enduring machine connectivity designed for each application and deployment. LTE, 5G and regional networks offer more choices, and AI agents increasingly connect field data with edge and cloud systems. Our principle remains.
Connect machines to wide-area networks.
Choose links, devices and antennas for each field.
Design continuity and recovery for physical AI and AI agents.
Resilient connectivity is infrastructure for digital transformation and automation. Through IoM®, we build for fields where machines must keep working.Kazuaki Honda / President & CEO, IDY
NEXT / IDY ENGINEERING
Begin with the field.
Factories, vehicles and broadcast systems require different capacity, installation and recovery choices. We select architectures that can keep working instead of applying one specification everywhere.