Media
Smart Wireless: A Guide to the World of IQRF - Episode 7 - Local autonomy
Source: Episode 7 - Local autonomy
Local autonomy is one of IQRF®'s key advantages. It means the network can operate fully on its own — without being permanently connected to the internet or dependent on external services.
Smart Wireless: A Guide to the World of IQRF - Episode 6 - Optimal application for IQRF
Source: Episode 6 - applications
IQRF in Practice – Lighting, HVAC, and Sensors
Where does IQRF technology truly shine? In this episode, we focus on three main areas...
Smart Wireless: A Guide to the World of IQRF - Episode 5 - Using IQRF
Source: Episode 5 - Using IQRF
IQRF is no longer just about sending small data packets. Its applications now extend from smart cities – managing and monitoring streetlights – to smart buildings, with HVAC control, facility management, and automated emergency lighting tests...
Smart Wireless: A Guide to the World of IQRF - Episode 4 - Consumption
Source: Episode 4 - Consumption
Battery life is one of IoT’s biggest challenges. IQRF® makes it predictable and ultra-efficient, enabling sensors to run for years—or even decades.
Smart Wireless: A Guide to the World of IQRF - Episode 3 - IQMESH
Source: Episode 3 - IQMESH
IQMESH – the Beating Heart of Wireless Networks Where Reliability Isn’t a Coincidence
Unlike conventional wireless protocols, IQMESH:
Doesn’t calculate routes on the fly – the network map is created in advance, with every node assigned a clear number and time slot.
Propagates messages in a synchronized wave, coordinated and collision-free.
Smart Wireless: A Guide to the World of IQRF
Source: Episode 2 - Star or Mesh
Star or Mesh?
Star topology – every device talks directly to one central point. It’s fast and simple, but only as long as you’re within range.
Mesh topology – every device also acts as a repeater – the message spreads through the network like an echo across a square: one shouts, the others repeat. Thanks to this, information reaches places that the central point alone never could. The network is robust and adaptive – if one node fails, others find another path.
Smart Wireless: A Guide to the World of IQRF
Source: Episode 1 - Wired vs. Wireless
Wireless is no longer just about home Wi-Fi. In industry, smart buildings, and city streets, it can replace kilometers of cabling – and in many cases deliver reliability comparable to copper. In this episode, we’ll explore when it makes sense to stay wired, when wireless is the smarter option, and why network architecture is the real key to reliability.
AdvanceMed 2025: Výstupy spolupráce VŠB-TUO a Fakultní nemocnice Ostrava
Source: Reportáž v ČT
Na konferenci AdvanceMed 2025, která se konala v industriálním prostředí ostravských Dolních Vítkovic, byly představeny výsledky dlouhodobé spolupráce Katedry kybernetiky a biomedicínského inženýrství s Fakultní nemocnicí Ostrava.
Electronic Specifier
Source: IQRF: revolutionising wireless mesh technology – reliable by definition
Over two decades of market presence and collaboration with customers have led to the development of top-tier reliable wireless mesh technology, open standard, and ecosystem, enabling seamless communication for Internet of Things (IoT) – IQRF.
Smart oxygen monitoring in hospitals: a pilot study during COVID-19
Source: Scientific reports
This study aimed to develop and test a smart monitoring system to detect increased oxygen concentrations in hospital environments, mitigating the risk of fires. Based on Internet of Things (IoT) technology, the system includes wireless sensors that measure oxygen levels at regular intervals and transmit the data to a database.
