ROBERT KAINDL PATENTS

Patent Number: US 11315396

VISARMA™

ACTION TO REACTION: Personal Safety and Anti-Terror Platform

This patented platform introduces a comprehensive real-time threat-detection and response system engineered to identify, locate, and actively counter hostile events to reduce loss of life in modern high-risk environments. Designed for environments where crowds gather, such as stadiums, transit hubs, event venues, public spaces, military installations, and critical infrastructure, this technology bridges the critical gap between awareness, direction, and immediate protective action.

Unlike conventional alert systems that merely sound alarms or send notifications, this invention detects threats, determines their location and directional bearing, and initiates protective and escape-guidance measures in real time. The system employs an array of outward-facing sensor tubes housed in a protective architecture. These sensors continuously monitor external conditions, such as ballistic activity, motion signatures, biological/chemical releases, or other hostile indicators, and transmit the data to a central controller. Upon recognizing a threat, the controller instantly activates layered defensive responses aligned with the type and direction of danger.

Key response features include rotating high-intensity strobe lights and precision optic lasers that point toward the detected threat, visually identifying its origin while simultaneously illuminating safe escape pathways away from danger. In addition, deployable protective shield curtains can be triggered, providing barrier protection between victims and threats, whether ballistic, biological, chemical, or airborne. The system can further activate distributed lighting, alarms, directional signage, or broadcast messages across speakers, screens, and connected personal devices, offering structured evacuation cues rather than panic-inducing general warnings.

The invention also supports networked multi-unit coordination, enabling multiple systems to share threat data across a facility, communicate with emergency personnel, and synchronize defensive actions. This coordinated ecosystem transforms reactive emergency response into a proactive defense architecture capable of containing threat isolation, guided civilian movement, and situational control until first responders arrive.

Where current systems fail to indicate threat location or recommended movement, this technology identifies the threat, marks its direction, directs civilians to safety, and deploys countermeasures, all autonomously and within seconds. It enables rapid situational clarity during active shooter events, terror attacks, airborne toxin releases, and other mass casualty threats, dramatically increasing survival outcomes and reducing chaos.

In summary, Patent US 11,315,396 establishes a new class of defensive safety technology: a modular, intelligent, and deployable threat-identification and active-countermeasure system that turns passive alarm environments into proactive life-protection networks. It is engineered to save lives by providing immediate threat localization, guidance, shielding, and information dissemination, fundamentally redefining preparedness and response in public safety, defense, and high-value infrastructure environments.

38 PATENT PAGES KEY:
Bibliographic Data Sheet 1-2
Figure Illustrations 3-16 / 1A-7A
Written Descriptions 17-38