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Aurelius Systems Tech Stack

Autonomous laser defense systems against unmanned aircraft threats

Defense and Space Manufacturing San Francisco 11–50 employees Privately Held

Aurelius Systems builds AI-powered directed-energy laser systems for counter-UAS defense. The tech stack—MATLAB, C++, Python, TensorFlow, PyTorch, Zemax, COMSOL—reflects a heavy simulation and embedded-AI workload, with active projects spanning optical design, real-time targeting, and edge-deployed robotics. Engineering-focused hiring (12 roles, balanced mid/senior split) and recurrent pain points around latency optimization and real-world performance testing signal a company still moving from lab prototypes toward field-hardened systems.

Tech Stack 15 technologies

Core StackMATLAB C++ Python TensorFlow PyTorch Linux SPICE TensorRT OpenVINO Zemax COMSOL Altium Designer ARM GPU BMS

What Aurelius Systems Is Building

◆Challenges

Defending against large-scale drones
Defending against large numbers of small-scale drones
Scalable cost-effective defense laser platforms
Real-world performance testing
Complex electromechanical system verification
Real-time latency optimization
Real-time systems performance
Inter-process latency optimization

▲Active Projects

Archimedes laser sentinel
Latency budget optimization
Beam‑train architecture and assembly
Automated aiming and targeting
Prototype iteration and field trials
High-power fiber laser system design and build
Laser system integration with power electronics, perception, and control subsystems
Optical simulation and optimization using zemax, matlab, comsol
Autonomous edge-deployed robotics system
Laser weapons system

Hiring Activity

Accelerating15 roles · 7 in 30d

Department

Engineering

12

Seniority

Mid

6

Senior

6

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About Aurelius Systems

Aurelius Systems designs autonomous laser defense platforms to counter Unmanned Aircraft System threats. The company operates across the full development lifecycle—R&D through field deployment—with a stated focus on cost-per-shot economics and scalability. Based in San Francisco with 11–50 employees, the team is structured around engineering; current hiring is concentrated in the United States. Core technical work spans high-power fiber laser design, beam-train assembly, automated aiming algorithms, and real-time system integration across power electronics, perception, and control layers.

HeadquartersSan Francisco

Company Size11–50 employees

Hiring MarketsUnited States

Frequently Asked Questions

What is Aurelius Systems' tech stack?

Aurelius uses MATLAB, C++, Python, TensorFlow, PyTorch, TensorRT, and OpenVINO for AI workloads; Zemax and COMSOL for optical and electromagnetics simulation; Altium Designer for electronics; and ARM/Linux/GPU for embedded systems.

What is Aurelius Systems working on?

Active projects include the Archimedes Laser Sentinel, high-power fiber laser system design, automated targeting and aiming, optical simulation, beam-train architecture, and autonomous edge-deployed robotics for laser system integration.