DROSINT

A proving ground
for drone security.

DROSINT creates benign and adversarial simulated environments where weather, obstacles, and threats push pilots to their limits, Human or AI.

The Gameplay Loop

A racing line flows through orange DROSINT gates

Master it.

Manually play each challenge yourself. Master each scenario’s unique objectives.

Python and OpenCV code detects orange gates in a camera frame

Automate it.

Turn mastery into code. Build a vision stack or automated solution that adapts to the challenge.

Three improving run times step down and right, from a Silver first run to a larger Gold final result over a faint diagonal checkered flag

Prove it.

Climb the leaderboard. Refine your solution to earn a top score. Defend it.

THE CHALLENGE MATRIX

Different conditions.
Real-world dynamics.

Real drones must contend with mechanical, natural, or adversarial conditions. This can include general system failure, jamming, or kinetic obliteration. Today there’s nowhere to safely emulate various conditions at once without putting people or aircraft at risk. Our matrix assigns measurable difficulty to each sortie.

Choose what to train and compare your approach under repeatable conditions. Pilots start with traditional races and objectives, then the world fights back.

Realistic drone sensor emulation.
DROSINT exposes authentic camera, inertial, navigation, and signal behaviors.
Sim-to-real workflows.
Build and refine your stack in simulation, then validate on real hardware.
Real products. Virtual challenges.
We convert cyber-physical products into digital versions of real drone and counter-UAS systems to guarantee repeatable testing and educational impact.
DROSINT challenge matrix Changing environmental challenge profiles across five axes, clockwise from the top: Signal, Objective, Execution, Denial and Deception. Square markers move within fixed pentagonal rings. SIGNALOBJECTIVEEXECUTIONDENIALDECEPTION

BUILD WITH US

Help shape the proving ground.

Request DROSINT Sim beta access and help refine the environments, challenges and training experiences.

Courses, Cyber ranges, & Workshops

Drone security.
Practical education.

Learn how drones sense, decide, and respond to challenges. Learn to defend them. Our workshops equip the future of robotics practitioners with unparalleled training.

We co-create live and on-demand content with other teams, convert their products into branded challenges, or independently build complete courses and labs for their platforms.

Collaborate with us

Live & On-Demand Content

  • From Remote ID to SIEM - Hands-On Drone Detection & Triage

  • Eyes Only: OpenCV Crash Course for Autonomous Drones

  • Drone Hacking Course / DROSINT Campaign

    Upcoming 2027

  • Drone Autonomy and Racing Workshop

    Upcoming 2027

  • Drone Security CTF

    TBA

Labs and Cyber Ranges

  • Enterprise Cyber Range

    TBA

  • Drone Blue Team / Incident Response Lab

    Upcoming 2027

Organizations we’ve worked with

BSides PDX BSides Seattle University of Oregon XINTRA DroneForge

AFFORDABLE DRONE SECURITY TOOLS

DRYAD modular Remote ID sensor node with antenna, radio expansion ports and an etched DROSINT gate emblem

Modular Remote ID Monitoring

Remote ID monitoring.
Within reach.

Always know when drones are nearby. A compact node for homes, technologists, and businesses. Designed to mount onto vehicles or buildings.

Ask about DRYAD
Connects to your SIEM
Seamlessly integrate decoded Remote ID events into your already existing SIEM infrastructure.
Remote ID coverage
Designed for Bluetooth 4 Legacy Advertising, Bluetooth 5 Long Range, Wi-Fi Beacon and Wi-Fi NAN.
Room to expand
Modular expansion ports support a wide variety of additional antennas.