Wireless connectivity for smart city and IoT applications

The initial group of interface units includes the MIU-X, designed for use with water and gas meters, the TIU-X for tank fill-level monitoring, and the WIU-X to enable remote data collection from water level monitoring sensors.

The eleven-x interface units help organisations realise their goals of deploying smart applications and utilising real time data to improve their workflows in an easy, cost effective manner without having to absorb the high costs of removing and replacing existing devices.

The interface units are battery operated and last for more than ten years with almost zero maintenance, resulting in a low total cost of ownership, wireless IoT solution. Installation of the eleven-x interface units is a simple 3-step process that can be completed in minutes without the need for any wiring or specialty tools.

The interface units are part of the eleven-x LoRaWAN wireless interface connectivity platform. The wireless platform is a universal solution that provides secure wireless LoRaWAN connectivity via easy integration with currently deployed non-wireless data collection devices and offers significant enhancements for security and ease of use in addition to its connectivity capabilities.

The MIU-X easily converts currently unconnected meters to smart meters, facilitating the use of real time data which enables streamlined operations by eliminating the need for manual or drive-by data collection and improves customer billing and overall experience. The TIU-X enables cost efficient remote monitoring for a market that currently relies on more expensive satellite and cellular wireless technologies and eliminates the need for manual tank readings and costly emergency deliveries.

The WIU-X facilitates wireless water level monitoring and data collection without having to replace currently installed dataloggers. Offering pre-configurable alerting capabilities based on high or low water level conditions, the WIU-X can be configured remotely and reduces operational costs by eliminating the need for manual data collection.

“We’re excited to provide this key enabling product platform that provides an easy, cost effective solution to expand the capabilities of currently unconnected IoT sensors by transforming them into 'smart' devices,” said Dan Mathers, President and CEO of eleven-x Inc.

“Utilising our wireless interface units helps organisations avoid costly removal and replacement programmes and disruptions to customer service, while still getting to enjoy the benefits of real time data collection. This unlocks potential for improving workflows and reducing operational costs while providing better service levels.”

“The MIU-X device enables QMC to bring wireless connectivity to existing water meter assets that would otherwise need to be replaced and upgraded. The cost savings to the utility is substantial,” said James Easton, CEO of QMC. “The eleven-x meter interface units provide near real time usage information which reduces the costs of collecting meter data and provides value add information such as leak detection and alarming, a win-win scenario for the utility and the customer.”

“The added capabilities we get as a result of real time collection of water levels from our water supply monitoring network has enabled us to make more informed decisions and helped us improve a key service we deliver to our community,” said Nancy Kodousek, Director Water Services at Region of Waterloo.

“By not having to incur the expense of replacing all of our sensors and providing the ability to get more timely data with lower operating expenses, this has resulted in real value to us.”

The eleven-x low power network is optimised for the Internet of Things and enables the promise of Smart Cities, Buildings, Campuses and Enterprise IoT applications. Supporting the use of low cost battery powered sensors, the network addresses IoT applications where requirements include wireless connectivity, devices that require long battery life, no maintenance and a low total cost of ownership.