PureTech Systems Spotlights Rapid Deploy Surveillance System at ISC West
PureTech Systems' recently released Rapid Deploy Autonomous Perimeter Surveillance System (R-DAPSS) is an advanced security solution built for quick deployment in critical infrastructure, border protection and high-risk environments. The innovative system, which is being showcased at the company's ISC West 2025 booth (7055), provides autonomous perimeter protection with AI-driven threat detection and counter-drone capabilities.
Addressing Evolving Security Needs
PureTech Systems Founder and President Larry Bowe tells SecurityInfoWatch the primary motivation behind R-DAPSS was to develop a flexible, rapidly deployable solution for sites where permanent security infrastructure is impractical or cost-prohibitive.
“R-DAPSS was designed specifically to overcome the challenges associated with securing large, remote or temporary locations where permanent infrastructure is impractical or cost-prohibitive,” Bowe explained.
The system integrates seamlessly with existing security infrastructure using industry-standard interfaces and protocols, including compatibility with video management systems (VMS), network video recorders (NVRs) and central command centers. Designed for versatility, R-DAPSS supports various security missions, including border security with ground radar and fence sensors, maritime surveillance with long-range cameras and radar, and counter-drone operations with 3D radars and RF jammers.
AI-Enabled Threat Detection and Operational Autonomy
One of the key features of R-DAPSS is its AI-enhanced analytics, which significantly improve threat detection and reduce false alarms. “R-DAPSS utilizes advanced AI-driven analytics, leveraging deep learning algorithms and object classification techniques to distinguish between genuine security threats and benign events,” Bowe said.
By distinguishing between humans, vehicles, animals and environmental factors, R-DAPSS minimizes false alarms, enabling security teams to focus on genuine threats.
Additionally, R-DAPSS is designed for rapid deployment and minimal human oversight. Units can be operational within minutes, using AI-driven geospatial analytics to automate threat verification. This autonomous capability makes the system a “force multiplier” for organizations dealing with evolving security risks.
Modular Design for Customization and Scalability
R-DAPSS features a modular design that allows security professionals to customize the system based on specific operational needs. Modules can include various sensors, cameras and AI analytics tools, ensuring that each deployment is tailored to the unique security challenges of a given location. Whether deployed as a temporary perimeter solution for large events or as a permanent fixture in high-risk areas, R-DAPSS offers scalability to accommodate different security requirements.
The system's modular nature also enables upgrades and enhancements without requiring a complete overhaul. As new AI capabilities and sensor technologies emerge, R-DAPSS can be updated to maintain its cutting-edge performance, future-proofing security investments for organizations that adopt the platform.
Market Deployment and Support for Security Integrators
PureTech Systems markets R-DAPSS through an authorized integrator channel and provides extensive training and support for security contractors. “For security contractors looking to offer R-DAPSS, PureTech Systems provides comprehensive training programs, including hands-on technical certification, webinars and on-site or virtual workshops tailored to integrators’ needs,” Bowe noted.
The company also offers technical support, system design consultation, installation guidance and marketing resources to ensure successful deployments.
In addition to training, integrators benefit from access to PureTech Systems’ engineering team for custom configurations, ensuring seamless integration with existing security ecosystems. This approach enables security contractors to deliver highly effective, turn-key surveillance solutions to their clients across a wide range of industries.
Future Enhancements and AI Advancements
PureTech Systems continues to invest in research and development to enhance R-DAPSS capabilities. Upcoming updates include improved AI algorithms for greater accuracy in threat detection, advanced autonomy features for extended deployments without human intervention and expanded sensor compatibility. AI-driven advancements in object recognition and multi-sensor integration are expected to further refine the system's ability to adapt to varied operational conditions.
“AI-enhanced systems can achieve significant improvements in target recognition by leveraging local data, offering advantages over generic models in adaptability, accuracy and operational efficiency,” Bowe stated. By retraining AI models with PureTech technology, the system can improve performance by 20-30% in specific operational environments.
Real-World Applications and Potential Impact
The rapid deployment and autonomous functionality of R-DAPSS make it a transformative solution in various security applications, Bowe says. From safeguarding remote oil pipelines and critical infrastructure to securing large public events and disaster-stricken areas, the system provides a high level of adaptability to changing security needs. R-DAPSS can also be deployed in border security operations to detect unauthorized crossings, smuggling activities and potential threats in real time.
Additionally, law enforcement agencies can utilize R-DAPSS to provide temporary surveillance in high-crime areas, augmenting their ability to monitor and respond to incidents efficiently. Given its AI-driven capabilities and real-time threat assessment, the system enhances security personnel’s situational awareness, reducing response times and mitigating risks before they escalate.
Bowe emphasized the system’s impact, stating, “For security professionals operating in dynamic and unpredictable environments, having a system that can be deployed quickly and function autonomously is a game-changer.”
