AI-Driven Ballistic Door Defense System
The Project Safe Haven Visual Ballistic Door System provides a fast, intelligent defensive layer designed to stop a shooter
from gaining entry. Only the first-floor perimeter doors and windows are fitted with
retractable ballistic barriers
mounted on guided tracks. These interior barriers deploy within seconds and are engineered to delay or stop armed assailants with high-powered assault
rifles (AK's, AR's) all the way up to level 7 ballistics, giving occupants time to shelter and emergency responders time to act.
The system works in three coordinated stages:
- Continuous Situational Awareness: A campus-wide mesh of cameras and sensors (visual, thermal, and acoustic)
feed into our Situational AI, which watches for atypical movement, weapon-like shapes, muzzle flashes, or threatening behaviors.
- Automated Visual Validation: When the Situational AI flags a possible threat, the frame is forwarded to the
Integra AI Vision Endpoint for rapid object verification. Advanced computer-vision models confirm whether a firearm or other weapon is present,
dramatically reducing false positives before any physical response is triggered.
- Coordinated Response & Deployment: Once a verified threat is confirmed, the alert escalates from notification to action.
The ballistic doors and window barriers closest to the potential entry points deploy in a controlled sequence to isolate the shooter and
seal perimeter access routes. Simultaneously, verified images and location metadata are transmitted to local law enforcement for immediate response.
The system also supports smart selective access. If a student, staff member, or first responder (already verified on the school's roster)
approaches a secured door during an incident, the local access controller can allow temporary entry only for validated individuals —
keeping unauthorized persons, including the perpetrator, locked out. This integration between the Ballistic Door System, Situational AI, and Vision Verification Endpoint
enables identity and threat confirmation in near-real time.
Together, these capabilities form a layered, intelligent perimeter defense — detecting threats early, verifying them accurately,
and automatically reinforcing only the most vulnerable entry points. The result: faster protection, fewer casualties, and immediate,
verified data in the hands of first responders.
