ACTALL ATLAS™ Real-Time Location Products and Components
The right technology for the right application, every time
We use Real-Time Location System (RTLS) technology to accurately provide you with dependable data to support improved safety and operational performance..
Actall’s scalable, customizable RTLS solutions can help you locate staff and assets down to the individual room-level and ensure duress signals are responded to promptly. Even in the challenging building environments found in corrections, mental health or healthcare facilities, our dual-band technologies and fine-tuned Received Signal Strength Indication (RSSI) give reliable, accurate data every time.
Designed for facilities with dense, concrete architecture (and those with thin, signal-bleeding drywall too), ACTALL ATLAS™ real-time location system combines long-range 900 MHz and shorter-range 2.4 GHz signals with targeted directional and omnidirectional antennas.
We provide tags with customizable ping rates, locator wall mounts, and any hardware necessary for your RTLS to function at optimal levels. Our engineers custom-design highly accurate and scalable coverage for your facility, then work with a trusted network of integrator partners to install, test and deploy.
ACTALL ATLAS Sentry™
ACTALL ATLAS Sentry™ includes the PALS range of infrared and ultrasonic technologies and a patented dual-band real-time locating system (RTLS) that leverages radio frequency technology and advanced analytics to provide high-precision zonal location and tracking in complex architectural environments.
ACTALL ATLAS Escort™
ACTALL ATLAS Escort™ connects to existing Bosch Security Escort hardware, processes its location data, and provides monitoring, alarms, reporting, and integration through our modern, fully-supported software platform.
ACTALL ATLAS HubSens™
ACTALL ATLAS HubSens™ is a software platform that ingests, processes, and normalizes data from a wide range of technologies, including real-time location systems, perimeter sensors, and legacy security infrastructure.
It acts as the intelligence layer between field devices and operational systems, creating a consistent, real-time stream of information that can be used across a facility.