Sensilink BLE sensors and ID tags enable scalable monitoring, tracking, and automation across industrial environments, logistics, smart buildings, agriculture and more.
Below are typical deployments using Sensilink BLE sensors and tags across industries.
In modern manufacturing processes, environmental fluctuations can directly affect product quality, process stability, and equipment lifetime. Sensitive industries—such as electronics, pharmaceuticals, and food production—require constant supervision of temperature and humidity to maintain compliance and prevent costly failures.
BLE-based environmental sensors provide wireless monitoring while remaining extremely power efficient. They can be placed across production lines, storage rooms, and equipment racks without wiring, making deployment fast and cost-effective. Real-time alerts help teams react immediately to abnormal conditions.
Temperature control is the backbone of cold-chain logistics. Any temperature excursion during transport can spoil vaccines, pharmaceuticals, fresh food, or laboratory samples. BLE temperature sensors enable logistics operators to track conditions continuously and review historical data at delivery sites through smartphones or gateways.
BLE allow inspectors to quickly scan the sensor without opening packages or connecting wires. Long battery life ensures sensors can operate for years, even in low-temperature environments.
Organizations frequently lose time and resources locating tools, equipment, pallets, and mobile assets. BLE ID tags provide a simple and scalable solution: each asset broadcasts a unique identifier, allowing gateways and smartphones to detect its presence, approximate location, or zone.
This solution is especially valuable in large facilities where traditional barcode scanning is inefficient or impossible. BLE ID tags integrate seamlessly with warehouse systems, ERP, and real-time location platforms. They also help reduce theft, misplacement, and operational downtime caused by unavailable equipment.
Warehouses need both environmental oversight and efficient goods movement. BLE RHT sensors protect temperature-sensitive inventory, ensuring storage conditions meet quality standards. Combined, these sensors enable semi-automated warehouse operations—reducing labor, improving accuracy, and providing real-time visibility into inventory status.
Modern commercial buildings face increasing pressure to reduce energy consumption while maintaining occupant comfort and efficient space utilization. Temperature and humidity play a critical role in HVAC efficiency, indoor air quality, and overall building performance.
BLE-based RHT sensors enable continuous, wireless monitoring of environmental conditions across offices, meeting rooms, corridors, and shared spaces. By collecting real-time temperature and humidity data, facility managers gain visibility into how different zones are used and conditioned.
With accurate RHT data, building management systems can dynamically optimize heating, cooling, and ventilation schedules—avoiding over-conditioning empty rooms and identifying zones with abnormal energy usage. Wireless deployment allows sensors to be installed discreetly without wiring or structural changes, making them ideal for both new smart buildings and retrofitting existing facilities.
In agriculture, precise environmental control directly impacts crop health, growth speed, and yield. BLE sensors allow farmers to monitor temperature and humidity across greenhouses or storage facilities without needing wired networks.
These sensors can act as triggers for automated systems such as irrigation, ventilation, or shading. Their low energy consumption and wireless nature allow flexible deployment in remote, large, or humid environments.
Bluetooth devices for sensing, identification, and long-term autonomous deployments.
A low-power Bluetooth temperature and humidity sensor designed for continuous environmental monitoring. It delivers accurate RHT readings and transmits data wirelessly for real-time tracking and analysis, making it ideal for warehouses, cold-chain, industrial facilities, smart buildings, and more.
Built on low-power BLE broadcasting technology, it provides secure and continuous ID transmission with extremely low energy consumption, supporting long operational lifetime even on a small coin-cell battery. The device periodically broadcasts a customizable identifier (ID), enabling asset tracking, personnel presence monitoring, access control, workflow automation, or location-based services.
A compact and energy-efficient wireless device designed for accurate and continuous temperature monitoring across industrial, commercial, and facility environments. Using low-power Bluetooth broadcasting, it delivers reliable temperature data to smartphones, gateways, and cloud platforms with minimal energy consumption, enabling multi-year autonomous operation.
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