Technologies that provide instant, accurate information about the current location of assets, people, or objects in a specific environment.
Monitoring and managing the movement and location of physical assets in real-time, often achieved through the use of RTLS technologies.
The creation of virtual boundaries or geographic zones that trigger specific actions or alerts when a tracked object or person enters or exits the designated area.
Applications and services that use location data to provide information, navigation, or other personalized content to users in real-time.
Small, wireless devices that transmit Bluetooth signals to communicate with nearby devices, facilitating precise location tracking within a limited range.
Technology that enables the tracking and locating of objects or people within indoor spaces, complementing GPS which is primarily for outdoor use.
A technology that uses radio waves to identify and track objects equipped with RFID tags or labels, commonly employed in RTLS for asset tracking.
Utilizing Wi-Fi signals to determine the location of devices or assets within a specific area, often integrated into RTLS solutions.
Categorizing a location into distinct zones for more granular tracking and analysis of movement patterns and interactions.
Real-time creation and updating of digital maps that reflect the current locations of assets or people within a defined space.
Attaching or embedding RTLS devices or sensors to objects, assets, or individuals to enable accurate tracking.
The use of data collected from RTLS to analyze patterns, trends, and optimize operations, often leading to more informed decision-making.
RTLS solutions hosted on cloud platforms, offering scalability, accessibility, and centralized management of location data.
Incorporating RTLS data into mobile applications to provide users with real-time information and location-based services on their devices.
Strategies and technologies employed to extend the battery life of RTLS devices, ensuring prolonged and efficient usage.