Mioty is an ETSI-standardized LPWAN connectivity solution designed specifically for massive IoT. Utilizing Fraunhofer’s patent telegram splitting technology, mioty provides unparalleled scalability and reliability for massive IoT projects.
This innovative transmission method divides data into multiple sub-packets (telegrams) and sends them at different times and frequencies, offering superior scalability, message capacity and resistance against interference.
What is Mioty in IoT?
In the worlds of IoT, there are multiple solutions for connecting low-energy devices to cloud applications. LPWAN (Low Power Wide Area Network) connections currently dominate and are expected to see annual compounded annual growth of 32% until 2026 when they will account for 13% of all IoT connections – however not all LPWAN technologies are created equal; mioty was developed specifically to address some of the challenges presented by existing technologies, enabling massive industrial deployments for applications like smart water/energy metering/process monitoring/building automation etc.
Mioty stands out among LPWAN solutions with its exceptional reliability and scalability, its energy-saving qualities and advanced error correction to avoid interference – qualities which make it ideal for industrial IoT applications with massive data requirements.
IoT (Internet of Things) involves linking various systems and devices to enable data transfer and automation, requiring them to communicate freely among themselves without interruption or interference from one device to the next. With an increasing number of IoT devices resulting in overcrowded radio spectrum conditions and transmission failures due to interference, mioty was designed specifically to overcome such limitations, offering unparalleled levels of reliability and scalability.
Mioty uses a spreading method, breaking an original message up into several “sub-packets”. Each sub-packet is transmitted on different frequencies with high redundancy of information allowing an extremely fast transmission time and significantly lowering network costs while at the same time saving energy; leading to battery runtimes up to 15 years for mioty end points.
The mioty alliance was created to develop and standardize technology for large-scale IoT networks, including endpoints, gateways and network components. Furthermore, it offers users, component providers and manufacturers one stop shopping to find everything necessary for their projects – hardware as well as software!
Mioty offers an added value when it comes to IoT network deployment costs and speed to market: no expensive infrastructure required and global usability without public broadcasting; only base stations needed; lower overall deployment costs with faster time-to-market capabilities.
Companies are currently developing IoT products using the mioty protocol for smart metering applications in both industrial and commercial sectors, such as remote monitoring of production processes or predictive maintenance of machinery. Our solutions utilize the highest-quality radio modules from leading vendors for reliable long-range communication with sensors and actuators at very low power consumption and energy harvesting. Furthermore, our robust firmware enables seamless integration into cloud platforms for data processing and analysis allowing users to optimize production processes while improving safety through remote monitoring or predictive maintenance of production lines or machinery.
Mioty Gateway
You can quickly build a mioty-based wireless network for industrial or commercial IoT applications using it; certified for both European (868 MHz) and US (915 MHz) frequencies.
Mioty architecture comprises three key components: Sensor nodes, Base station and Service center. Sensor nodes collect environmental data before transmitting it via Base stations to Service center for aggregation, synchronization and network management purposes. Base Stations perform signal processing and error correction to ensure maximum connectivity even in environments with high levels of interference.
Mioty’s splitting technology delivers unparalleled levels of stability and reliability when compared to other LPWAN technologies like LoRa and Sigfox, providing deep indoor penetration, supporting large IoT deployments, battery efficiency for long life devices as well as being battery efficient allowing longer lasting batteries for your devices. Operating license-free frequencies 868MHz for Europe and 915MHz for North America makes mioty an ideal solution for massive industrial IoT applications with many devices connected.
Mioty protocol supports several output formats and IoT platforms, allowing you to gain valuable insights from your data and automate actions based on real-time information. It’s ideal for monitoring large technical systems remotely switching statuses remotely switching statuses as well as remote consumption meters; additionally it’s widely used in healthcare, security and sports applications for sending vital signs and position data directly to first responders or athletes.
The mioty service center is a central component that oversees and optimizes mioty-based networks on an expansive scale. It registers and authenticates devices enabled with Mioty technology, assigns unique IDs for them and ensures communication among all associated sensors; additionally it stores collected data for delivery to user interfaces or IoT platforms as required.
Mioty vs Lora
As more devices join the Internet of Things, reliable long-range connectivity is becoming ever more essential. There are various LPWAN technologies on the market and finding one suitable to your application can be daunting task – however LPWAN (Low Power Wide Area Network) solutions provide low energy consumption while operating unlicensed spectrum use is key for mass deployments of IoT connections.
LoRa is currently the most valuable and sought-after LPWAN solution, which has many benefits for IoT applications. However, mioty protocol is making waves in this sector as well and it can be used with Lora as well.
Mioty uses license-free EU868 and US915 bands to enable IoT connectivity, providing long communication range without expensive radio base stations and battery-operated sensors; making it suitable for outdoor use. Based on Fraunhofer Institute TSMA (Telegram Splitting Multiple Access) technology, this protocol increases network reliability by splitting each packet into multiple copies that are transmitted over time on different frequencies – this makes the protocol more resistant to interference from other transmitters.
Mioty provides much greater capacity than classical LoRa when set to maximum robustness mode, where LoRa can only transmit 600 packets an hour using additive white Gaussian noise channels whereas with mioty this figure rises up to 44,000 packets per minute – this capacity advantage becomes especially evident in urban settings where congestion from numerous small transmitters limits how much data can be transmitted effectively.
Mioty’s sensitivity is three times better than that of classical LoRa, leading to lower energy usage and longer battery life for IoT devices.
Mioty provides high-performance LPWAN solutions to ensure reliable connectivity for any IoT deployment, making them the go-to choice. Their alliance brings together developers, system integrators, and solution providers to form an ecosystem dedicated to IoT; its comprehensive platform connects end devices, gateways and IoT platforms ensuring reliable and scalable connectivity for any application.
Are you eager to develop outstanding IoT solutions with Mioty and LoRa that provide genuine value? Get in touch with us today!
