Autonomous Teaming Tech Stack

AI-powered autonomous defense systems and robotic autonomy

Software Development Munich 51–200 employees Privately Held

Autonomous Teaming builds robotic autonomy and AI defense systems for military and defense applications. The stack reveals a mature robotics platform: ROS/ROS 2 for core autonomy, simulation tools (Gazebo, Isaac Sim, Carla, Mujoco), and computer vision models (YOLO, DETR, Faster R-CNN) alongside PyTorch and transformer architectures. Active adoption of LiDAR and Python signals ongoing sensor integration and real-world testing. Engineering-led hiring (18 of 29 roles) with mid-to-senior distribution reflects complexity in weapon-control software and safety-critical autonomy—pain points explicitly cite reliability in defense systems and safe flight operations.

Tech Stack 74 technologies

Core StackC++ Python Microsoft Exchange Intune MLflow Rust Flutter React PyTorch Docker ROS ROS 2 Azure Entra ID Microsoft Defender for Endpoint macOS QGroundControl PX4 Pipedrive C/C++ Gazebo Isaac Sim Mujoco Carla PyTorch Lightning Personio YOLO DETR Faster R-CNN RNN transformer+43 more

AdoptingPython ROS LiDAR

What Autonomous Teaming Is Building

◆Challenges

Reliability and safety
Optimizing hris
Operating in real world
Field tests under constraints
Reliability in defense systems
Building reliable weapon control software
New types of security threats
Incident response
Validating uav safety and compliance
Ensuring safe flight operations

▲Active Projects

Core autonomy for next generation robotic systems
Trade fair and conference execution
Core autonomy platform
Real-world autonomous systems
Real autonomous systems for defense operations
Core robotic capabilities integration
Next-gen defense robotics autonomy
Core weapon control software for robotic defensive turret
Defense security research
Incident response support

Hiring Activity

Accelerating30 roles · 25 in 30d

Department

Engineering

Ops

Sales

Communications

Marketing

Security

Seniority

Mid

Senior

Junior

Manager

Intern

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About Autonomous Teaming

Autonomous Teaming develops autonomous robotic systems and AI-driven defenses for defense and military operations, based in Munich. The product portfolio spans core autonomy platforms, next-generation defense robotics, and weapon-control software for robotic systems. Heavy reliance on C++, Python, and ROS indicates low-level system programming paired with research-grade simulation and computer vision. The company operates in real-world field testing under operational constraints, with ongoing focus on reliability validation, UAV safety compliance, and incident response. Sales and comms functions remain minimal, consistent with defense sector go-to-market.

HeadquartersMunich

Company Size51–200 employees

Hiring MarketsGermany

Frequently Asked Questions

What technology does Autonomous Teaming use for robotics?

ROS/ROS 2 for core autonomy, Gazebo and Isaac Sim for simulation, and PX4/QGroundControl for UAV control. Computer vision relies on YOLO, DETR, and Faster R-CNN; learning is powered by PyTorch with transformer architectures.

What are Autonomous Teaming's main technical challenges?

Building reliable weapon control software, validating UAV safety and compliance, ensuring safe flight operations, and operating autonomous systems in real-world defense scenarios under operational constraints.

How this profile is built

Autonomous Teaming's technology stack, projects, and hiring signals are inferred from public hiring and company data — career pages, public listings, and company web presence — then clustered and de-duplicated. Figures are estimates that refresh over time. Read our full methodology →

This is not an official vendor or customer list. It is a technology-adoption signal inferred from public data, intended for B2B research.