About Aurelius Systems

Aurelius Systems develops the Archimedes Laser Sentinel, a high-powered directed energy system designed for countering drone threats in military applications. This edge-deployed technology provides real-time detection and neutralization of drones at ranges exceeding 1 km, ensuring rapid response to emerging aerial threats.

```xml <problem> Military and security operations face increasing threats from unmanned aerial systems (UAS), including reconnaissance, attacks, and disruption. Traditional countermeasures often lack the speed and precision to effectively neutralize rapidly evolving drone threats, especially in complex environments. </problem> <solution> Aurelius Systems offers the Archimedes Laser Sentinel, a directed energy system designed for autonomous counter-UAS operations. This edge-deployed system provides real-time detection, tracking, and neutralization of drone threats at ranges exceeding 1 kilometer. By combining high-powered directed energy with advanced control algorithms, the Archimedes Laser Sentinel delivers a rapid and precise response to emerging aerial threats, minimizing collateral damage and ensuring operational continuity. The system's on-device sensing and compute capabilities enable extremely low latency, allowing for instantaneous threat assessment and engagement. </solution> <features> - High-powered directed energy system for drone neutralization - Effective drone kill range of 1 km+ - Detects and tracks threats at 2 km+ - Real-time, multi-target tracking and threat assessment - On-device sensing and compute for extremely low latency - Autonomous operation with minimal human intervention - Adaptable to various deployment scenarios and environmental conditions </features> <target_audience> The primary customers are military organizations, government agencies, and security providers responsible for protecting critical infrastructure, personnel, and assets from drone threats. </target_audience> ```

What does Aurelius Systems do?

Where is Aurelius Systems located?

Aurelius Systems is based in San Francisco, United States.

When was Aurelius Systems founded?

Aurelius Systems was founded in 2024.

Who founded Aurelius Systems?

Aurelius Systems was founded by John Marmaduke.

John Marmaduke - Founder

Location

San Francisco, United States

Founded

2024

Employees

6 employees

Investors

640 Oxford Outlander

Aurelius Systems

San Francisco, United StatesFounded 202461K+ followers9/10 TractionRelative Traction Score based on online presence metrics compared to companies in the same age group.

Updated 3 months ago

Funding

Funding not disclosed

Funding rounds are not available yet.

Founders

Product

Problem

Military and security operations face increasing threats from unmanned aerial systems (UAS), including reconnaissance, attacks, and disruption. Traditional countermeasures often lack the speed and precision to effectively neutralize rapidly evolving drone threats, especially in complex environments.

Solution

Aurelius Systems offers the Archimedes Laser Sentinel, a directed energy system designed for autonomous counter-UAS operations. This edge-deployed system provides real-time detection, tracking, and neutralization of drone threats at ranges exceeding 1 kilometer. By combining high-powered directed energy with advanced control algorithms, the Archimedes Laser Sentinel delivers a rapid and precise response to emerging aerial threats, minimizing collateral damage and ensuring operational continuity. The system's on-device sensing and compute capabilities enable extremely low latency, allowing for instantaneous threat assessment and engagement.

Target Audience

The primary customers are military organizations, government agencies, and security providers responsible for protecting critical infrastructure, personnel, and assets from drone threats.

Features

High-powered directed energy system for drone neutralization
Effective drone kill range of 1 km+
Detects and tracks threats at 2 km+
Real-time, multi-target tracking and threat assessment
On-device sensing and compute for extremely low latency
Autonomous operation with minimal human intervention
Adaptable to various deployment scenarios and environmental conditions