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Podcast: IQMESH – the Beating Heart of Wireless Networks, Where Reliability Isn’t a Coincidence

IQRF news

In the latest episode of our podcast Smart Wireless: A Guide to the World of IQRF®, we focus on the IQMESH® routing protocol, the core of IQRF technology.
Unlike conventional wireless protocols, IQMESH® doesn’t calculate routes on the fly. Instead, it creates a clear network map during the discovery process, assigning each node a precise time slot for transmission. Messages are then spread synchronously like a wave, ensuring robustness, predictable latency, and low energy consumption.
What makes IQMESH® stand out?
•    Coordinated message propagation – no collisions or network flooding
•    Energy savings and minimal hardware requirements
•    Built-in redundancy – if one path fails, the data takes another predefined route
•    Reliability even in concrete buildings, tunnels, or interference-heavy environments
IQMESH® is ideal for static installations – smart buildings, industrial monitoring, large campuses, and complex environments where wireless communication must never fail.
In this episode, you’ll discover:
•    How the “wave principle” works in practice
•    Why IQMESH® thrives in extreme conditions
•    How it saves energy, costs, and headaches in IoT design
IQMESH®: when your message has to get through. Reliably. On time. Read more

Podcast: IQMESH – the Beating Heart of Wireless Networks, Where Reliability Isn’t a Coincidence

IQRF news

In the latest episode of our podcast Smart Wireless: A Guide to the World of IQRF®, we focus on the IQMESH® routing protocol, the core of IQRF technology.
Unlike conventional wireless protocols, IQMESH® doesn’t calculate routes on the fly. Instead, it creates a clear network map during the discovery process, assigning each node a precise time slot for transmission. Messages are then spread synchronously like a wave, ensuring robustness, predictable latency, and low energy consumption. Read more

Smart system for heating and ventilation control in buildings

IQRF news

Austyn International, in cooperation with its technology partner MICRORISC, implements projects in the field of intelligent wireless control of heating, ventilation, and cooling systems in buildings. The solutions are based on the RS AGS system operating on a radio frequency (868 MHz), enabling efficient zonal control of hydronic, gas, and electric systems. Read more

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