Battery-Powered GPS Trackers
Connect more of the assets that matter with our range of GPS trackers with long battery life.
Company: Alpes-éco
Website: https://www.alpes-eco.com/
Country: Switzerland
Industry: Ag-Tech
Connectivity: LTE-M / NB-IoT
Oyster3
Oyster3 Bluetooth®
Remora3
Located in the harsh mountains of France, Alpes-éco is innovating the world of farming. Disrupting the Ag-tech industry, they have created a new way to monitor and manage livestock and Livestock Guardian Dogs and natural disaster prevention in mountainous regions of France and Switzerland using IoT.
The mountainous region spanning France and Switzerland presents challenges for farmers due to high altitudes, harsh winters, rapid weather changes, and rugged terrain with steep slopes, making it difficult to access and oversee expansive grazing areas.
Harsh weather conditions, including snowstorms and low temperatures, further complicate livestock management, demanding adaptable solutions that account for seasonal changes.
To combat the extreme conditions of the mountains, Alpes-éco needed reliable GPS tracking devices that could provide accurate data.
Utilizing the Oyster3, Oyster3 Bluetooth®, and Remora3, they have deployed over 100 devices across the Mountain region of France and Switzerland. Alpes-éco uses the data collected from these devices to:
Alpes-éco has designed and manufactured custom-built collars that are compact and ergonomic for animals to wear without causing any distress or discomfort. The ultra-rugged and waterproof design of the devices also ensures they can perform in rough terrain and conditions to provide location and health data of livestock and Livestock Guardian Dogs as they roam across the mountains.
Each device features up to 10+ years of battery life, allowing for a long-life tracking solution. Built-in battery-life monitoring and low-battery alerts also ensure batteries are changed in a timely manner and behavioral data is not missed.
By leveraging geofencing technology, Alpes-éco also establishes virtual boundaries that trigger alert notifications if animals stray beyond predefined areas. Additionally, each device is configured with an inactivity timer, allowing alerts to be generated if livestock or the livestock guardian dogs remain stationary for a specified period.
Daily energy expenditure: Individually or collectively, the farmer has this essential information at his disposal in order to optimize natural resources as well as possible.
Intensity of activity: Individual or collective, the farmer receives alerts in the event of an anomaly in the herd, whether it is a disturbance of human origin or a predator. This innovation reduces the mental load on farmers and compensates for the lack of manpower on small farms.
The incorporation of Bluetooth Low Energy (BLE) technology via the Oyster3 Bluetooth and Remora3 has notably elevated Alpes-éco’s capabilities in managing livestock. The lead cow or lead LGD has a custom-built collar with a device installed, and the remaining herd wears Bluetooth tags. Acting as Bluetooth Gateways, the Oyster3 Bluetooth and Remora3 devices ensure smooth communication between the lead animals and the entire herd.
This innovative use of BLE technology enables Alpes-éco to extract valuable data for precise location tracking, early detection of collective or individual abnormalities in the animals, and optimization of grazing ranges.
The low-energy consumption of Bluetooth technology ensures extended battery life for GPS devices, allowing for prolonged and reliable operation in remote and challenging environments. As a result, Alpes-éco can safeguard the well-being of the livestock and make informed decisions to enhance overall herd management efficiency, substantially impacting sustainable ag-tech practices in the region.
Using Digital Matter’s Device Management Platform, Alpes-éco is able to collect data from their devices and process the information to deliver to their customers in reports. For example, reports on:
By leveraging the advanced features of Bluetooth®, geofencing, and location technologies, Alpes-éco has enhanced its livestock monitoring capabilities and fortified its position at the forefront of Ag-tech innovation.
For more information, visit https://www.alpes-eco.com/
Related Case Studies
Battery selection plays an important role in determining how well a data logger performs in the field. This is especially important in challenging thermal environments or in scenarios where the data logger needs to power demanding sensors.
Related Case Studies
In today’s world, the need for precise sensor monitoring is becoming more and more prevalent. Temperature and humidity sensors are among some of the monitoring tools that play a pivotal role in maintaining optimal conditions for many industries, from cold chain logistics, healthcare, all the way to agriculture. This article will explore the fundamentals of temperature and humidity monitoring, the technology, applications, and role of data loggers for communicating temperature and humidity data.
Related Case Studies
What is an NB-IoT Data Logger? Data and real-time insights allow businesses to optimize operations, monitor conditions, and make informed data-driven decisions. NB-IoT data loggers play a pivotal role in ensuring businesses are equipped with the right data, at the right time. NB-IoT data loggers allow for wireless, remote data collection from sensors, allowing businesses to capture integral data without any manual effort.
Related Case Studies
Agriculture is rapidly evolving with the integration of IoT technology, enabling farmers and agribusinesses to optimize operations, increase yields, and enhance sustainability. By leveraging remote sensors and data loggers, such as the Hawk, agricultural professionals can gain real-time insights into environmental conditions, equipment usage, and livestock movement to make data-driven decisions.
Related Case Studies
IoT plays an integral role in the modernization of smarter water management, allowing for greater efficiency, improved resource allocation and, enhanced sustainability. Learn how IoT has improved water management practices and discover the technology making this possible for industries around the world.
Related Case Studies
A Bluetooth® data logger can be used in sensor monitoring, utilizing Bluetooth Low Energy (BLE) to read data captured by a variety of sensors and tags. Bluetooth technology offers a cost-effective, energy-efficient solution for remote sensor monitoring, with its' low power consumption and ease of deployment. Discover the various sensors that utilize Bluetooth technology, their practical applications, and how they compare with other wireless solutions.
Related Case Studies
We have iterated on the low-power design DNA that permeates our entire product range to create a Hawk that can run for years using low-cost, Alkaline D Cell batteries.
Related Case Studies
Remote task management leverages IoT technology to facilitate the real-time control and monitoring of devices and systems. Utilizing IoT sensors, a series of parameters can be remotely monitored from anywhere in the world, with data sent to a designated end-platform for analysis and task automation.
Related Case Studies
Modbus protocols are utilized in many industries such as industrial automation, building automation, and utility. Modbus offers an intuitive master-slave architecture that provides crucial data that aids in making timely decisions. Modbus remains a cornerstone in sensor monitoring due to its reliability, ease of implementation, and broad industry acceptance. Modbus data loggers help translate the data captured from Modbus protocols into a cloud-based platform to allow for remote monitoring.
Related Case Studies
Water pressure management refers to monitoring and controlling the pressure within water systems. These systems comprise three components: a sensor, a water pressure datalogger, and a cloud-based platform.
Related Case Studies
RS-485 is essential in industrial and building management systems, offering reliable long-distance communication and multi-device support. Its robust features ensure efficient sensor monitoring and data transmission in various applications, from automation to utility networks.
Related Case Studies
Explore how IoT remote monitoring is utilized in industries such as agriculture, healthcare, environmental management, and more. Remote monitoring paired with a data logger offers near-real-time insights into crucial data from a remote location. Ensuring timely decision-making and improved operational efficiency.