Vision & tracking
Custom CV models for detection, classification, object tracking and scene understanding.
Products / X1
Modular autonomy.
Built for multicopters.
X1 is EI2’s first product: modular vision and autonomy technology for compatible multicopters. Designed for defense OEMs and systems integrators, X1 brings perception, planning, navigation, and obstacle avoidance into existing aircraft platforms.
One product. Your configuration.
License what you need.
Deploy on your platform.
Use individual modules or the combined stack. Configure X1 around your flight software, onboard compute, sensors and mission requirements.
Planning & control
Route and trajectory planning, local 3D mapping and flight-controller integration for multicopter operations.
Static & dynamic avoidance
Proprietary avoidance algorithms combine environmental geometry, motion estimates and predicted trajectories.
See dynamic avoidance →Compute flexibility
Your board.
Our intelligence.
X1 supports CPU-only deployment on ARM and Intel boards, plus NVIDIA and Qualcomm compute options. A discrete GPU is optional; workload and performance depend on the selected configuration.
ARM & Intel
CPU-only execution on GPU-less boards for supported workloads.
NVIDIA
GPU-accelerated execution profiles for supported inference, stereo-depth and mapping workloads.
Qualcomm
Qualcomm support tested in software-in-the-loop (SITL). Physical hardware testing is in progress.
Flexible flight stacks and sensing
PX4 is the primary integration environment. An ArduCopter control adapter is implemented; navigation and avoidance support depend on the adapter and configuration. X1 supports depth cameras, stereo cameras, and LiDAR. Sensor models, interfaces, and available capabilities depend on the platform configuration. Proprietary-platform connectors can be built where the required interfaces are available.
Explore compatibility and capabilities →Availability
V1 Public Preview.
Coming soon.
Preview X1’s multicopter autonomy capabilities, including moving-object collision avoidance. Bring your aircraft, compute and sensor requirements to scope an evaluation.
Implemented today
Vision models, planning, control integration and static and dynamic avoidance. Recorded simulation demos show selected configurations; physical hardware and flight validation are ongoing.
Watch recorded demos →Next on the roadmap
GPS-denied visual-inertial navigation uses onboard cameras and IMU measurements to estimate motion without satellite positioning. It is separate from X1’s implemented navigation capabilities.