B-Fixed® Solution
track assets and people seamlessly
What is B-Fixed®?
“B-Fixed” refers to “Bluetooth Beacon Fixed".
In this solution, Balizas Bluetooth are deployed at fixed locations to be used as beacons for indoor tracking.
Rastreadores are deployed on asset or personnel.
How it works?
Lansitec B-Fixed® Solution allows you to track assets and people by combining fixed Balizas Bluetooth with LoRaWAN o NB-IoT/LTE-M enabled Rastreadores. The beacons advertise their presence, which is picked up by the trackers in range. The trackers then transmit the beacon data over long-range networks, allowing you to pinpoint locations.
Track far and wide with LoRaWAN.
Utilize the long-range and low-power benefits of the LoRaWAN protocol. With up to 5 km range in urban and 20+ km in rural environments, a single LoRaWAN gateway can cover a large area. It is ideal for large indoor/outdoor sites like factories, construction zones, tunnels and more. LoRaWAN delivers reliable asset and personnel tracking at a massive scale.
The LoRaWAN variant of the B-Fixed solution utilizes the Chirp Spread Spectrum modulation, which gives it long-range capability and resistance to interference. Multiple LoRaWAN gateways are deployed across a site to pick up transmissions from trackers within range. These lightweight trackers detect Bluetooth beacons installed at fixed positions and transmit the beacon IDs over LoRaWAN when in proximity. The data is sent to a LoRaWAN network server and then the application server calculates location based on gateway reception data.
The Battery life can exceed 5 years for the trackers as LoRaWAN has ultra-low power requirements for transmission and operation. The badge and asset trackers leverage this to enable persistent tracking across very large or remote sites.
Wearing a Tracker on personnel or attach it to asset which collects the nearby Baliza Bluetooth messages. The Tracker then forwards Major, Minor, and RSSI to the server via the wireless LoRa network.
Since the server knows the coordinates of the Beacon, the server calculates the Tracker’s location with Algorithm.
Rastreadores LoRaWAN
Rastreador de contenedores LoRaWAN
Para el seguimiento de contenedores de envío u otros activos
El rastreador de contenedores LoRaWAN de Lansitec está diseñado con tecnología GNSS, Bluetooth y LoRaWAN para el seguimiento en interiores y exteriores. Tiene un tiempo de espera ultralargo y una carcasa IP68 que lo hace perfecto para el seguimiento de activos.
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Rastreador de insignias LoRaWAN
Principalmente para seguimiento de personal.
El rastreador de insignias LoRaWAN de Lansitec está diseñado con tecnología GNSS, Bluetooth 5.0 y LoRaWAN. Admite seguimiento en interiores y exteriores. La insignia se utiliza principalmente para la gestión de personal y activos. Su acelerador de 3 ejes incorporado se puede utilizar para determinar el estado de movimiento del terminal.
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Sensor de casco
Fijar en el casco, garantizar la seguridad del trabajador
El sensor para casco Lansitec está diseñado con tecnología GNSS, Bluetooth 5.0 y LoRaWAN. Admite seguimiento en interiores y exteriores. Admite varias funciones que contribuyen a una fácil gestión en entornos industriales. Su acelerador de 3 ejes integrado se puede utilizar para determinar el estado de movimiento del terminal.
Ver detalles Insignia de rastreo de contactos
Mantenga la distancia de seguridad
La credencial de rastreo de contactos de Lansitec está diseñada con tecnología Bluetooth 5.0 y LoRaWAN. Utiliza RSSI para la medición de distancia y el rastreo de contactos. La credencial puede utilizar vibración y sonido para alertar al usuario incluso sin la red LoRaWAN. La credencial también tiene integrada la función NFC para facilitar su manejo.
Ver detallesNB-IoT/LTE-M:
Harness Cellular Networks for Tracking
NB-IoT/LTE-M provides ultra-reliable tracking by utilizing existing cellular infrastructure. With nationwide and even worldwide coverage from major operators, NB-IoT-powered trackers can go virtually anywhere. Great for companies needing dependable tracking across cities, states, and countries. NB-IoT and CAT-M offers consistency when assets and personnel are constantly on the move.
With NB-IoT, standard cellular bandwidth is optimized to support massive numbers of low-bandwidth tracking devices. This allows existing cellular infrastructure to be leveraged for scalable asset and personnel tracking. When badge trackers and asset trackers come in a range of fixed Bluetooth beacons, they relay the beacon info over NB-IoT, which uses licensed cellular spectrum bands. This data goes to an MQTT broker server, which handles positional calculations.
NB-IoT trackers offer extreme power efficiency, allowing battery operation for multiple years between charges. Combined with the extensive reach of national and worldwide cellular networks, NB-IoT enables reliable tracking as assets and personnel transit anywhere worldwide.
NB-IoT/LTE-M
Device Deployment and Data Flow
Deploy the Bluetooth Beacons at fixed positions. Trackers receive Bluetooth Beacon's information, restructure and forward Major, Minor, and RSSI to NB-IoT or LTE-M network. Then the APP receives the information from an MQTT/HTTP server. Since the server knows the beacons’ coordinates, it can calculate trackers’ coordinates according to the RSSI and display them in the APP.
Rastreadores NB-IoT/LTE-M
NBM1 Container Tracker
Para el seguimiento de contenedores de envío u otros activos
El rastreador de contenedores NB-IoT y LTE-M GNSS de Lansitec permite el seguimiento en interiores y exteriores y la gestión de activos con cobertura de red mundial. Tiene una duración de batería de 5 años y una carcasa IP68 y es perfecto para rastrear contenedores, palés y activos en un área amplia.
Ver detalles NBM2 Badge Tracker
Principalmente para seguimiento de personal.
El rastreador de insignias Lansitec NMB2 está diseñado con tecnología GNSS, Bluetooth5.0, NB-IoT y LTE-M. Admite seguimiento en interiores y exteriores. La insignia se utiliza principalmente para la gestión de personal y activos. El acelerador de 3 ejes integrado se puede utilizar para determinar el estado de movimiento del terminal para ayudar a ahorrar batería y mejorar la experiencia del usuario.
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