Mioty is a software-based Low-Power Wide-Area Network (LPWAN) protocol developed to overcome current and future wireless connectivity limitations. It uses the Telegram Splitting Multiple Access (TSMA) method, splitting data packets into smaller sub-packets at the sensor level in accordance with ETSI TS 103 357, and is designed for highly scalable and reliable industrial IoT deployments.

What are the advantages of mioty?

Mioty offers unmatched reliability through its patented Telegram Splitting technology, minimal interference, and low packet error rates—even in crowded spectrum environments. It enables long battery life (over 20 years with ~17.8 µJ per message in 868 MHz), supports scalability to over 1 million devices per network and up to 1.5 million messages daily, maintains reliable performance at speeds up to 120 km/h, is future-proof by being ETSI-compliant and hardware-flexible, and offers flexible deployment as private or public networks without license requirements.

Why choose mioty for IoT deployments?

Mioty represents a paradigm shift in LPWAN technology by combining robustness, scalability, long battery life, mobility tolerance, and future adaptability—making it ideal for diverse IoT deployments.

Mioty

Lansen is one of the first companies in the world that supports MIOTY specification to give exceptional long range, robustness and long battery lifetime. Our MIOTY products are developed inhouse for best performance, battery life and reliability, for example the combined CO₂, temperature and humidity sensor.

What is mioty?

mioty is a software-based Low Power Wide Area Network (LPWAN) technology designed to provide reliable, scalable and energy-efficient wireless connectivity for massive IoT deployments.

The core innovation behind mioty is Telegram Splitting Multiple Access (TSMA). Defined in the European Telecommunications Standards Institute (ETSI) TS 103 357 standard, Telegram Splitting divides a data packet into multiple short sub-packets, which are transmitted across different times and frequencies. The sub-packets are then reassembled by the receiving base station. This approach provides high resilience against interference, packet collisions and changing radio conditions.

What are the advantages with mioty?

High Reliability

mioty's Telegram Splitting technology provides strong interference resilience and reliable connectivity, even in crowded radio environments. By spreading a message across multiple short transmissions in time and frequency, the technology reduces the impact of interference and packet loss.

High Energy Efficiency

mioty is designed for extremely low power consumption. Under specified conditions, an end-point operating at 868 MHz can consume around 17.8 μWh per message. Combined with appropriate transmission intervals and battery sizing, this can enable battery lifetimes of 20+ years, depending on the application and operating conditions.

Massive Scalability

mioty is designed for large-scale IoT networks, supporting 1 million or more devices per network and up to 3.5 million messages per day, depending on the network configuration and operating conditions. Its Telegram Splitting technology helps reduce the impact of collisions and interference, enabling efficient use of the available spectrum.

Mobility

mioty supports reliable communication with moving devices at speeds of up to 120 km/h, making it suitable for applications such as fleet tracking, asset tracking and vehicle-mounted sensors.

Future-Ready

mioty is standardized by ETSI TS 103 357 and is designed to operate across a range of compatible hardware implementations. As a standardized technology rather than a proprietary solution, mioty can support flexible network and hardware strategies as requirements evolve.

Flexibility

mioty is implemented as a software-based LPWAN technology and can be integrated into different hardware and IoT platforms. Networks can be deployed as private or public solutions and can operate in license-exempt spectrum where applicable.

In summary, mioty combines high interference resilience, low power consumption and massive scalability, making it well suited to large-scale industrial and commercial IoT deployments.

Ref: https://mioty-alliance.com/miotytechnology/

Discover our collection of mioty sensors down below!

Experience the future of air quality monitoring with our collection of sensors. Whether there is a need to monitor CO2, temperature, humidity or radon, our sensors ensure seamless connectivity and effortless integration. Available with mioty or wireless M-Bus.

Safeguard your spaces with our advanced protection sensors, engineered with mioty or wireless M-Bus technology. From water leakage sensors to door and window detectors, smoke detectors, and occupancy sensors, our collection is tailored to fulfill your need.

Transform your data measurement capabilities with our advanced metering sensors, featuring seamless mioty or wireless M-Bus technology. From pulse counters to dry contacts, temperature probe transmitters, and outdoor pulse counters, our collection is engineered to redefine precision in data acquisition.

Mioty

What is mioty?

What are the advantages with mioty?

Discover our collection of mioty sensors down below!

Air quality series

Protection series

Metering series