The Future of Autonomous Flight

Advanced research in multi-vehicle coordination, sensor fusion, and intelligent swarm systems, engineered for real-world deployment.

Explore Our Work

Research That Flies

We tackle the hardest problems in autonomous aerial systems, working at the intersection of robotics, artificial intelligence, and aerospace engineering to push the boundaries of what unmanned systems can achieve.

Our mission is clear: transform ambitious research into robust, deployable solutions. We partner with organizations that need capabilities beyond off-the-shelf drones, building systems that can perceive, decide, and act in complex, dynamic environments.

Core Capabilities

Multi-Vehicle Coordination

Developing algorithms and architectures that enable fleets of autonomous vehicles to operate as unified, intelligent systems that share information, distribute tasks, and adapt to changing conditions in real-time, from hundreds of aircraft in formation to a handful lifting a single load together.

AI Integration

Weaving machine learning throughout the system, both onboard and at the ground station, to enhance all functionality and sensory systems with intelligent automation, adaptive decision-making, and predictive capabilities.

Research-to-Production Pipeline

Bridging the valley of death between laboratory demonstrations and fielded systems. We specialize in hardening experimental technologies into reliable, manufacturable products.

What We Work On

Research programs and ventures where our systems fly.

Active Research

Cooperative Lift

Skein

Skein, named for a flock of geese in flight, lets a team of small, low-cost drones carry one heavy load together, with no single point of failure and no continuous ground station connectivity required.

Lift capacity grows with the number of aircraft, and the team keeps flying and delivers the load if a vehicle is lost. The load needs no sensors, GNSS, radio, or power of its own, and the aircraft keep track of it without any help from it. Skein installs on small unmanned aircraft an operator already owns, with unmodified off-the-shelf autopilots, so a fleet built for one job becomes scalable heavy lift for another: resupply at the edge, construction, and utility work. Skein is simulation-validated today, with a hardware prototype next.

  • One load, many aircraft: lift capacity scales with the size of the team
  • No continuous ground station connectivity required, and no single point of failure
  • Keeps flying and delivers the load if a vehicle is lost
  • No sensors, GNSS, radio, or power needed on the load
Talk to us about cooperative lift
Fielded at Scale

Drone Light Shows

Illuminaero

Our drone technology isn’t just theoretical. Illuminaero, our drone light show venture, demonstrates our multi-vehicle coordination capabilities at scale, orchestrating hundreds of aircraft in precise, synchronized formations.

Illuminaero also developed Murmur, a nature-inspired coordination system that mimics the fluid, organic motion of starling murmurations. Every Illuminaero performance is a live validation of our systems. It’s entertainment powered by serious engineering.

Visit Illuminaero

Let's Build Something

We partner with forward-thinking organizations on challenging autonomous systems projects.

contact@envyofthebirds.com