AI to Deter School Shooting?

Key Concepts

• Shot Hawk: An AI-powered device designed to track, aim, and spray non-lethal deterrents.
• Non-lethal deterrents: Substances or devices used to incapacitate or deter an assailant without causing permanent harm, such as pepper gel.
• AI (Artificial Intelligence): Used for object detection, specifically weapon detection, and tracking the weapon's movement.
• Pepper Gel: A projectile used by Shot Hawk, delivered in a straight line for precise targeting, unlike traditional pepper spray.
• Object Detection: The AI capability to identify specific objects within a visual field, in this case, weapons.
• Weapon Tracking: The AI's ability to follow the movement of a detected weapon.
• Modular Product: The Shot Hawk device can be adapted with different deterrents or modules like lasers or blinding lights.
• K-12 Schools: A primary target market for Shot Hawk due to the prevalence of school shootings.
• Critical Infrastructure: Sectors like water treatment facilities and data centers, identified as potential applications for Shot Hawk.
• IoT (Internet of Things): The Shot Hawk device is described as similar to an IoT device, designed for plug-and-play integration into existing security systems.

Shot Hawk: AI-Powered Non-Lethal Deterrent System

1. Product Overview and Purpose

Shot Hawk is developing an AI-powered device engineered to actively track, aim, and deploy non-lethal deterrents, specifically pepper gel, against active assailants in high-threat situations, such as school shootings. The device functions as a physical security system, designed for seamless integration ("plug and play") into pre-existing security infrastructure, akin to an IoT device. Upon activation, the system utilizes AI for visual detection and to deploy the non-lethal agent.

2. Motivation and Problem Identification

The founders, driven by the impact of events like the Uvalde shooting and other publicized incidents, identified a critical gap in current security solutions. They observed that many existing systems focus solely on identifying threats and alerting law enforcement, but lack the capability to react directly to the situation. This reactive approach is problematic given the significant response times for police, which can range from 5 to 10 minutes or more to arrive on scene, let alone engage. Shot Hawk aims to provide an immediate, on-site reaction to mitigate harm.

3. Team Background and Expertise

The development of Shot Hawk is underpinned by a strong technical foundation. The co-founders include mechanical engineers and a computer engineer. This multidisciplinary background facilitated the creation of both the physical mechanics of the device and its sophisticated software components.

4. Role of Artificial Intelligence (AI)

AI is central to Shot Hawk's functionality, primarily enabling:

• Object Detection: Identifying weapons within the device's visual field.
• Weapon Tracking: Continuously monitoring the movement of a detected weapon. This AI-driven tracking allows the device to maintain accuracy in pinpointing and spraying the active assailant.

5. Pepper Gel and Deterrent Mechanism

• Pepper Gel: Shot Hawk utilizes pepper gel, sourced from a local supplier. This choice is strategic because pepper gel is delivered in a straight line, allowing for "laser accuracy" or "silly string accuracy" in hitting the target directly. This contrasts with traditional pepper spray, which disperses in a wider fan pattern, potentially hitting collateral targets.
• Spray Range: The pepper gel can achieve spray ranges of up to 50 feet, according to the supplier.
• Modular Design: The device is modular, meaning the bottom section can be retrofitted with other deterrents such as lasers or blinding lights. These additional modules are intended to discombobulate or distract the shooter, diverting their focus from causing harm.

6. Future Applications and Market Expansion

Shot Hawk envisions its technology serving as a foundational infrastructure for broader security applications:

• Critical Infrastructure: Potential deployment in sectors like water treatment facilities and data centers.
• Integration Ecosystem: Enabling other security integrators to embed Shot Hawk's capabilities into their existing systems.
• Primary Focus: Despite these broader possibilities, the company's primary focus remains on K-12 schools, addressing the significant issue of school shootings in the United States.

7. Key Arguments and Supporting Evidence

• Argument: Existing security systems are insufficient due to delayed response times.
  • Evidence: The stated 5-10 minute response time for law enforcement to arrive on scene.
• Argument: Pepper gel is a superior non-lethal deterrent for precise targeting.
  • Evidence: The straight-line trajectory of pepper gel compared to the fanned dispersion of pepper spray, enabling direct hits on the assailant.
• Argument: AI is crucial for effective real-time threat response.
  • Evidence: The AI's ability to detect and track weapons, enabling accurate deployment of deterrents.

8. Conclusion and Takeaways

Shot Hawk presents an innovative, AI-driven solution to immediate threat response in active assailant situations. By combining advanced object detection and tracking with a precisely delivered non-lethal deterrent like pepper gel, the device aims to fill a critical gap in security systems, particularly in vulnerable environments like schools. The modular design and potential for integration into critical infrastructure highlight the scalability of their technology. The core takeaway is the shift from passive alert systems to active, automated, and precise non-lethal intervention.