The most reliable, scalable & cost effective LPWAN solution for Industrial IoT
The challenge for existing LPWAN technologies operating in the license-free spectrum, is that they are more prone to interference.
In the license-free spectrum LPWAN technologies often co-exist and share limited spectrum resources. The longer the “on-air” time of a message, the more likely it is to collide with another message sent at the same time – which can lead to data loss.
The Power of Telegram Splitting
Fraunhofer’s patented Telegram Splitting – the core of MIOTY, was purpose-built to conquer these challenges. This new communication approach divides a message into multiple sub-packets and transmits them at different times and frequencies. Dramatically reduced on-air time combined with pseudo-randomness and superior channel coding provide unrivaled robustness against external interference while maximizing overall system capacity.
State-of-the-Art System Design
MIOTY telegrams can travel up to 15km. Only a few base stations are needed for full coverage in vast areas like industrial complexes, campuses or oilfields. With flexible base station deployment, you'll also get coverage in previously unfeasible, hard-to-reach locations and cellular “blind spots.”
ULTRA-LOW POWER CONSUMPTION
Optimized for power efficiency, the MIOTY protocol can support up to a 20-year battery life for sensors. Avoid the hassle of battery replacement and recharging on a monthly, weekly or even daily basis.
What Makes MIOTY Different?
QUALITY OF SERVICE
MIOTY is purpose-built to withstand heavy co-channel interference in the congested license-free spectrum, offering unmatched robustness. It is designed for demanding industrial applications and delivers carrier-grade reliability over challenging topology and through metal, rebar obstructions. Deep indoor and underground penetration also secure consistent connectivity in the most hostile environments.
Maximum spectral efficiency enabled by Telegram Splitting contributes to MIOTY's huge system capacity. Aggregating millions of daily messages using only a single base station, MIOTY networks scale as IoT devices grow rapidly, all while requiring the least infrastructure to be deployed.
EXCEPTIONAL MOBILE CONNECTIVITY
Unlike traditional LPWAN technologies, which are limited in mobility, MIOTY allows you to collect data from sensors travelling up to 120 km/h velocity, unlocking a wide array of connected worker and fleet management applications.
Employing a vendor-neutral software approach, today MIOTY protocol supports a broad range of commercial, off-the-shelf chipsets and gateways, granting the most flexibility in designing your own IoT architecture.
The New Commercial Standard in Wireless Connectivity for IIoT
MIOTY™ is the first and only technology to comply with the just-released ETSI (European Telecommunication Standardization Institute) telegram splitting ultra-narrow band (TS-UNB) technical specification for low throughput networks (TS 103 357). This standard represents a breakthrough in the primary barrier to worldwide IIoT scalability.
The MIOTY™ Architecture
Purpose-built as an integrated offering, MIOTY™ includes a flexible interface with third-party cloud platform, architecting an ecosystem for end-to-end IoT solutions.
The system architecture consist of at least one base station which can aggregate millions of messages from remote transmitters.
Base Station: MIOTY supports industry standard IIoT gateways such as x86 and Intel, in combination with off-the-shelf Software Defined Radios (SDR).
Sensors: MIOTY supports inexpensive off-the-shelf, sub-GHz transceiver chipsets from the world’s leading chipset manufacturers like Silicon Labs.