About
Paladin is an autonomous Drone-as-First-Responder (DFR) infrastructure platform purpose-built for public safety agencies. When an incident is reported, Paladin automatically launches a drone from a department's docking station, reaching the scene in an average of 47 seconds — well before ground units arrive. The drone streams live aerial and thermal video to command staff and responding officers, delivering critical situational awareness that helps responders approach incidents safely and coordinate more effectively. The platform integrates natively with dispatch workflows, requiring no complex aviation programs or dedicated pilots for routine deployments. Its plug-and-play architecture makes it accessible to departments ranging from 35 to 150+ officers, democratizing advanced aerial capability regardless of city size or budget. After each mission, the drone autonomously returns to its dock to recharge and prepare for redeployment. Paladin's real-world impact is substantial: over 200,000 flights logged, 72% of incidents surveyed before ground units arrive, and 11% of daily 911 calls resolved without officer dispatch. Agencies like Ferguson PD, Forest Park PD, Murrells Inlet FD, and Elizabeth PD have leveraged the platform to modernize operations, improve response times, rebuild community trust, and achieve near-citywide aerial coverage. Key hardware products include the Knighthawk 2.0, Paladin EXT, and Watchtower drone systems, all supported by 24/7 dedicated public safety staff.
Key Features
- Autonomous Dispatch Integration: Drones launch automatically the moment an incident is reported, integrating directly with existing 911 dispatch workflows — no manual intervention required.
- Sub-90-Second Aerial Response: Achieves an average aerial response time of 47 seconds, putting eyes on scene before ground units arrive in 72% of incidents.
- Live Aerial & Thermal Streaming: Provides real-time aerial video and thermal imaging to command staff and responding officers, enabling safer approach and better incident coordination.
- Plug-and-Play Deployment: Designed for rapid adoption by departments of any size — no complex aviation programs or dedicated drone pilots needed for routine operations.
- Autonomous Dock & Recharge: After each mission, drones autonomously return to their docking station, recharge, and ready themselves for the next deployment with zero manual handling.
Use Cases
- Law enforcement agencies deploying drones as first responders to 911 calls to gain situational awareness before officers arrive on scene.
- Fire departments using aerial and thermal imaging during structure fires, search-and-rescue operations, and EMS incidents to improve coordination and safety.
- Public safety agencies seeking to reduce unnecessary officer dispatches by resolving lower-priority incidents remotely via live drone footage.
- Police departments rebuilding community trust through transparent, aerial-documented incident management and accountable response practices.
- Emergency management teams achieving near-citywide aerial coverage for faster, data-driven coordination during large-scale or multi-unit incidents.
Pros
- Proven Real-World Impact: Over 200,000 flights across active deployments with demonstrated outcomes: 72% of incidents seen before ground units and 11% of 911 calls resolved without officer dispatch.
- Accessible to Agencies of All Sizes: Purpose-built infrastructure that scales from small departments (35 officers) to large agencies, removing the barrier of complex aviation programs.
- Seamless Dispatch Workflow Integration: Native integration with existing CAD and dispatch systems means departments can go live quickly without overhauling operational processes.
- 24/7 Dedicated Support: Paladin provides round-the-clock public safety support, ensuring agencies have expert assistance available during critical operations at any hour.
Cons
- Hardware Dependency: Requires physical drone docking infrastructure to be installed at department locations, which involves site assessment, installation logistics, and ongoing maintenance.
- FAA Regulatory Considerations: Drone-as-First-Responder operations are subject to FAA regulations, which may require waivers or certifications that vary by jurisdiction and can delay deployment.
- Enterprise Pricing: As a purpose-built public safety infrastructure solution, pricing is enterprise-tier and likely outside the reach of very small or underfunded agencies without grant support.
Frequently Asked Questions
How quickly can Paladin get a drone on scene?
Paladin achieves an average aerial response time of 47 seconds from the moment a 911 incident is dispatched. The platform is designed to put eyes on scene in under 90 seconds.
Does Paladin require a dedicated drone pilot?
No. For routine deployments, Paladin operates autonomously — drones launch, navigate to the scene, stream live footage, and return to dock without requiring a dedicated pilot. Operators can issue commands such as triggering the return-to-dock, but day-to-day missions are automated.
What size police or fire departments can use Paladin?
Paladin is built for departments of all sizes. Active deployments typically serve agencies with 35 to 150+ officers, and the platform's plug-and-play design means smaller departments don't need large aviation programs to get started.
How does Paladin integrate with our existing dispatch system?
Paladin integrates directly with existing CAD (Computer-Aided Dispatch) and dispatch workflows so that drone deployment is triggered automatically when an incident is logged — no separate software or manual launch steps required.
What drone hardware does Paladin offer?
Paladin's product suite includes the Knighthawk 2.0, Paladin EXT, and Watchtower systems, along with a drone fleet trade-in program to help agencies transition from older hardware.
