The flaik tag employs Nordic Semiconductor’s nRF9160 SiP to send GNSS location data from device to the Cloud via cellular IoT connectivity
Snow sports product company, flaik, has upgraded its ski school workforce management solution to include IoT network capabilities to further enhance visibility of thousands of guests and instructors anywhere on the mountain in near ‘real time’.
Precise position monitoring
The ‘flaik SnowSports Workforce Management solution with GPS Tracking’ platform comprises the ‘flaik tag’ wearable device integrating the Nordic nRF9160 SiP and the associated ‘Mountain View’ web-based dashboard. The Nordic nRF9160 low power SiP with integrated LTE-M/NB-IoT modem provides the GNSS positioning and cellular IoT connectivity that allows the skier’s location data to be relayed from the flaik tag to a smartphone or tablet via the Cloud. The nRF9160 combines the LTE-M cellular network location data with the GNSS trilateration for precise position monitoring of the device and the skier.
The positions of ski school guests and instructors are continually relayed to the flaik servers, allowing ski schools and resorts to access live and historical GNSS data for a comprehensive understanding of what is happening on the ski fields. From the Cloud, all the flaik tag location information can then be viewed through the Mountain View Web-based dashboard.
For example, ski management personnel can connect late students to classes in minutes or track any classes late to return at the end of the day. At the same time, data-driven feedback helps instructors set level-appropriate lessons ensuring a superior guest experience. At the biggest resort at which it is deployed in Whistler, Canada, flaik can scan and associate up to 3,500 devices to guests and instructors in a 30-60 minute window.
Reduced integration
“We selected the nRF9160 for the flaik tag due to the Nordic SiP’s compact size, generous Flash and RAM, power-saving features, Zephyr RTOS capability, and numerous components included in the package which reduced the hardware and antenna integration,” said David Wood, Co-founder and CTO/CPO, flaik.
“In addition, Nordic offers extensive knowledge on aspects of LTE-M integration including certification, as well as fast response times and highly competent application engineers.
“By moving to the Nordic nRF9160 SiP we are also ensuring the tags we build today will be used for several years – thereby significantly reducing waste and the carbon impact of new tags.”
Related Articles

module collects and transmits electrocardiogram data
Bravechip’s BCL601S1 employs Nordic Semiconductor’s nRF52840 SoC to run its ECG algorithm engine and transmit the acquired data via Bluetooth LE Dedicated to providing ‘chiplet’ chip-scale solutions to the AIoT market, Bravechip has launched a miniaturized module...

Cellular IoT asset tracker features claimed battery life of over 10 years
Digital Matter’s Remora3 uses Nordic low power nRF9160 SiP for accurate and power-efficient asset tracking A recently launched cellular IoT asset tracker developed by Digital Matter supports magnetic tamper detection and enables market-leading battery life, according...

Bluetooth SIG Completes Full-Stack Standard for Networked Lighting Control
Standard Will Enable Lighting Control Market to Reach True Potential The Bluetooth Special Interest Group (SIG) has announced the completion of Bluetooth® Networked Lighting Control (NLC), the first full-stack standard for wireless lighting control. By offering...
Stay Up to Date With The Latest News & Updates
Our Sponsors
Incisor.TV partners with leading organisations in the technology sector.
Follow Us
And stay up to date with our news! We are active across the key social media platforms – please do follow us!
0 Comments