Actall

Actall Real-Time Location Systems for Secure Facility Tracking

Actall develops real-time location and indoor positioning systems designed for facilities that require precise tracking of people, equipment, and events. Their platforms combine hardware and software to support operational visibility, staff safety, and incident response. These systems are used in environments where building layout, security requirements, and infrastructure complexity limit the effectiveness of traditional tracking approaches.

For LONG Building Technologies customers, Actall solutions can be applied within complex commercial and institutional environments where visibility into movement, safety events, and asset location is critical to operations.

Real-Time Location Systems (RTLS) and Staff Duress Technologies

Actall’s offering centers on integrated RTLS platforms and personal alarm systems supported by purpose-built hardware and software.

• ATLAS RTLS platform combining:
  • Tracking hardware (tags, locators, gateways, network devices)
  • Location-processing algorithms
  • Management software for monitoring and control
• Personal Alarm Locating System (PALS Sentry) for staff duress and asset locating
• Software platforms:
  • PrismUI for dashboards, visualization, reporting, and workflow automation
  • HubSens for aggregating and processing data from multiple systems
• Supporting infrastructure:
  • Monitoring center CPUs and control systems
  • Paging devices, alert communicators, and transmitters

These components function together to provide location awareness, alerting, and operational coordination within a facility.

RTLS Applications in Healthcare, Corrections, and Secure Facilities

Actall systems are used in facilities where real-time visibility and controlled environments are required:

• Healthcare and medical campuses
• Mental health facilities
• Correctional and justice environments
• Educational institutions
• Manufacturing facilities
• High-security and clinical settings

These environments often involve multi-level buildings, controlled access areas, and high occupant density, where tracking and alert systems must perform reliably.

Situations That Require Real-Time Location and Duress Systems

Actall solutions are applied in operational scenarios where immediate awareness and response are necessary:

• Tracking staff, patients, or equipment in real time
• Initiating and routing staff duress alerts to a control point
• Managing incidents and distributing event notifications
• Monitoring workflows and identifying operational inefficiencies
• Coordinating staff movement and assignments
• Integrating location data with security systems such as cameras and alarms
• Visualizing facility activity through maps and dashboards
• Automating standard operating procedures during emergency events

These use cases focus on improving visibility, response time, and coordination within complex facilities.

Why Work With LONG

LONG Building Technologies supports the application of systems like Actall by providing engineering, integration, and lifecycle service for commercial and institutional facilities.

• System design and engineering aligned with facility requirements
• Integration of RTLS platforms with existing building and operational systems
• Coordination with security and infrastructure systems where required
• Ongoing service and support across the system lifecycle

LONG works as a technical partner to ensure systems are implemented in a way that aligns with operational goals and existing building infrastructure.

Actall RTLS Systems for Complex and Secure Environments

Actall is known for developing indoor positioning and tracking systems designed for facilities where layout complexity and security requirements impact system performance.

Key characteristics include:

• Designed for dense, multi-level, and architecturally complex buildings
• Dual-band RF approach combining long-range communication and short-range precision
• Room- and sub-room-level location accuracy without relying on WiFi networks
• Ultrasonic-based locating options for environments with heavy RF congestion
• Configurable systems that integrate with existing infrastructure
• Software platforms that unify data from multiple systems into a single operational view
• Real-time data processing for continuous situational awareness

These capabilities support consistent performance in environments where traditional tracking technologies may be limited.