
Advanced PSIM software platform integrating video analytics, IP connectivity, and automation for unified physical security management.
Vendor
AxxonSoft
Company Website

Axxon PSIM is a distributed physical security information management software platform that unifies video analytics, device integration, and automated event response to streamline and enhance security operations across diverse systems and infrastructure.
Key Features
Intelligent Video Analytics Analyzes video feeds to detect, interpret, and respond to incidents automatically.
- Recognizes people, actions, and events in real time
- Reduces need for manual monitoring by security personnel
Universal IP Connectivity Integrates a wide range of security and business systems.
- Supports fire, water, access control, and infrared sensors
- Aggregates data from legacy and modern devices
Event-Driven Automation Automates responses based on detected incidents or system triggers.
- Initiates predefined actions to mitigate threats or incidents
- Supports customizable automated scenarios
Object-Oriented Architecture Provides scalability and flexibility for evolving security needs.
- Easy installation, use, and management
- Scalable to match organization growth and requirements
Unified Interface Centralizes management of all physical security systems.
- Single environment for monitoring and control
- Customizable dashboards and reporting
Benefits
Enhanced Security and Efficiency Improves incident detection and response while reducing operational costs.
- Enables faster, smarter decision-making with aggregated data
- Reduces need for manual oversight and personnel
Cost Savings and ROI Maximizes value of existing infrastructure and reduces resource requirements.
- Avoids replacement of legacy systems through integration
- Demonstrated reduction in security personnel in real-world deployments
Flexibility and Scalability Adapts to changing business and security needs.
- Modular, object-oriented design allows for tailored deployments
- Supports organizations of varying sizes and complexities