CUPERTINO, Calif.--(BUSINESS WIRE)--Kontakt.io, a leading BLE (Bluetooth® Low Energy) infrastructure and solution provider, announced today a partnership with Mist Systems, a pioneer in self-learning networks powered by Artificial Intelligence, to simplify the design, deployment, and management of IoT solutions. By combining Kontakt.io’s IoT platform (launching at Mobile World Congress, 2019) with Mist’s AI-driven Wireless LAN (WLAN), joint customers have a seamless solution for accurate IoT device location that leverages standards-based Bluetooth Low Energy (BLE) technology. This maximizes the ROI of strategic digitization projects while ensuring widespread applicability across various industries, including the industrial manufacturing, healthcare, and enterprises.
Deploying an IoT solution is a complex and resource-consuming project, requiring the orchestration of tags, gateways or access points, and management platforms that receive data, locate devices, store data, and provide analytics. These deployments often involve custom development, integration, manual calibration and testing, which significantly delays the rollout and increases the cost of IoT projects. What is more, the traditional way to scale a deployment or increase tracking accuracy is to add more gateways or access points, which brings further cost and complexity.
The joint Mist and Kontakt.io solution addresses these challenges in numerous ways. Kontakt.io’s next generation IoT Platform combines complex RTLS, IoT, and Workflow Management technologies to deliver user-centric, data-driven end-to-end solutions. Using accurate location positioning and sensor data, the platform analyzes and turns data into actionable reports and workflows that facilitate decision-making and drive business outcomes.
The Mist Learning WLAN is a single, converged cloud-based microservices platform for Wi-Fi and BLE indoor location services, that eliminates the need for expensive overlay platforms and battery powered gateways for asset location and user engagement. Mist’s patented virtual BLE (vBLE) technology leverages unsupervised machine learning along with a 16-element vBLE antenna array to deliver high accuracy location for any BLE device with very low latency, such as Kontakt.io tags or IoT devices with embedded BLE capabilities. Mist provides location and telemetry information, such as dwell times and visits, for assets and IoT devices via standards-based protocols.
The partnership brings integration of both solutions, enabling seamless location and sensor data flow from BLE tags to Mist gateways, to the Kontakt.io IoT Platform. This enables Kontakt.io’s customers to leverage Mist’s flagship BLE coverage and low latency to significantly reduce the number of required access points while achieving outstanding accuracy. Additionally, Mist’s customers can use their existing wireless infrastructures to connect to the Kontakt.io’s IoT platform and rapidly roll out an IoT solution.
“With the advancing consumerization of enterprise technologies, companies expect end-to-end solutions that are easy to deploy, use, and scale,” says Philipp von Gilsa, CEO at Kontakt.io. “Bringing the missing convergence of various proprietary infrastructures is one of the steps Kontakt.io is taking to simplify enterprise IoT. We are excited to have Mist as our partner on that mission.”
“Mist is committed to working with market leaders like Kontakt.io to facilitate the mass market adoption of indoor location services using standards-based BLE technology,” said Bob Friday, CTO and co-founder of Mist. “Through alliances like this one, Mist makes indoor location services easy to adopt and scale and is paving the way for mass market adoption across a wide range of industries.”
The technical integration of Kontakt.io and Mist Systems is currently in progress. To further expedite time-to-market, both companies are preparing joint out-of-the-box product bundles.
- Visit Kontakt.io: www.kontakt.io and Mist: www.mist.com
- Register for our joint webinar on March 7th at: https://ai.mist.com/kontaktio-next-gen-ble-iot
Kontakt.io simplifies enterprise IoT from device to end solution. Our best-in-class Bluetooth Low Energy (BLE) hardware, gateways, and cloud middleware together form the “Infrastructure” - the cornerstone for thousands of location-based applications found today in every major industry vertical. In February, at the Mobile World Congress 2019, Kontakt.io will be releasing its next generation IoT Platform. As an end-to-end and hardware-agnostic IoT solution built on top of our robust Infrastructure, it will vastly reduce the complexity of current enterprise technologies and drive business outcomes.
By combining IoT, RTLS, and workflow management, the Platform will enable businesses to digitize their physical workflows and make them data-driven and transparent, thereby improving efficiency, reducing operating costs, and creating safer working environments. Since 2013, Kontakt.io has led the BLE market of IoT deploying over 1.5 million devices and supporting a loyal partner and customer base of over 20,000 globally. To learn more, visit www.kontakt.io.
About Mist Systems
Mist is a leader in AI for IT with the first and only AI-driven wireless platform with virtual IT assistant. The Mist Learning Wireless LAN makes Wi-Fi predictable, reliable and measurable by providing unprecedented visibility into the user experience and by replacing time consuming manual IT tasks with proactive automation. In addition, Mist brings enterprise-grade Wi-Fi, BLE and IoT together to deliver personalized, location-based wireless services without requiring battery-powered beacons. All operations are managed via Mist’s modern cloud architecture for maximum scalability, agility and performance.
The Mist team consists of leading experts in wireless, data science and cloud, who are responsible for building the largest and most advanced networks in the world. Founded in 2014, the company is based in Cupertino, CA and funded by top investors, including Lightspeed Venture Partners, Norwest Venture Partners, GV (formerly Google Ventures), and Kleiner Perkins. For more information, visit www.mist.com.