+1 (650) 250-4555
Contact Us

AI-powered module for autonomous FPV last-mile navigation

CV-enabled capabilities for precise FPV last-mile guidance and delivery
Target locked, mission complete

10+

years of proven AI/CV expertise

2+

years of building UAV technology

20+

skilled military & defense engineers

A fallback companion computer that extends FPV drones with autonomous last-mile guidance and delivery. Radio limits, electronic warfare, and other active defenses won’t prevent FPV drones from reaching the target – the module will take over control and finish the mission.

From capture to lock-on and strike – more than your standard FPV drone GPS module.

Once seeing the target within range, the operator can activate the smart attack mode and hand over control. Right away, the module will overtake and navigate the drone to strike the target, both static and dynamic.

Abto Software is leveraging AI & CV power to transform affordable drones into autonomous, reliable tools.

Computer vision FPV drone attack module: plug, play, hit, done

FPV drones that finish the mission

FPV drones, in particular affordable equipment, are showing undesirable results when losing GNSS connection. The module can strike targets autonomously, even under intentional spoofing and jamming (EW disruptions).

A long-range FPV module that guarantees last-mile guidance and delivery in heavily contested airspaces.

A plug-in FPV upgrade in minutes

FPV drones on hand can be quickly extended without buying expensive airframes or adding complex retrofits. The software is encrypted on portable USB drives, which allows rapid deployment and scaling when needed.

An autonomous FPV drone targeting module that’s compatible with quadcopters of different frame sizes.

Computer vision FPV drone targeting module: how does it work?

The module is a companion computer that’s compatible with most FPV drones that run Betaflight firmware. The solution is provided with encrypted USB drives that contain the software.

The flow is simple:

1
Mount and connect module
2
Insert provided USB drive
3
Decrypt software using key
4
Start mission!

Target acquisition & attack:

  1. As the object appears within range, the pilot can activate targeting mode 
  2. A viewfinder (center zoom) will appear to simplify target lock-on
  3. After centering, the operator can switch to autonomous attack mode
  4. The module will take over, ensuring a successful target strike 

To achieve higher precision, the operator can adjust target lock by using the controller.

video preview

No signal? No problem – let technology take over.

Get an AI-powered module for your FPV
cta image1 cta image2 cta image3

Precision targeting FPV drone: built-in tracking

Object tracking

By using deep learning, our custom object tracker can extract object features and capture target boundaries. The model also corrects the operator during lock-on. 

AI-powered object recognition for drones within limited visibility – from notice to strike without failure.

Pixel tracking

By utilizing optical flow, the accurate pixel tracker can follow selected points without distinct target contours. The method can be especially efficient in scenarios when tracking targets that are camouflaged and indistinct.

AI targeting system for drones during important assignments – a solution that sees through deception.

FPV drone AI module for precision in missions: key features

All autonomous UAV control
Fully automated payload calibration
Target tracking, both static and moving
Multi-camera support
Object tracking based on deep learning
Pixel tracking based on optical flow
Integration with Betaflight 4.5.0
Real-time processing on the Jetson SBC
CRSF protocol target adjustment
GStreamer pipeline video processing
Custom embedded Linux image
Code encryption

AI-powered modules. Smarter drones, stronger attacks.

Contact us
cta image1 cta image2 cta image3

FPV drone target lock technology ensuring mission success

Greater precision

An autonomous last-mile navigation for sure mission success.

Quick installation

Easy integration with on-hand FPV drones running on Betaflight firmware.

Future-proof stack

Specifically designed for future software development and updates.

Field-proven technology

Already tested and deployed in combat by pilots.

Smart vision targeting for FPV drones: key specifications

Module weight180 grams
FPV compatibilityCompatible with drones of 7 inches and above
Remote control jamming resistanceOnce autonomous attack mode is enabled, the drone can approach the target no matter remote control signal integrity
Wind resistanceUp to 10 m/s
Success ratio (static target)80-90% rate with wind up to 8-10 m/s
Success ratio (moving target)80-90% success ratio rate with targets at a speed of up to 60 km/h
Boot time (when on the ground)45 seconds
Targeting mode activation time5 milliseconds
Core components
  • ARM-based SBC with custom Linux OS
  • USB-drive with encrypted software
Data processing
  • Computer vision
  • IMU sensor fusion on-boar
Temperature rangeFrom -20°C to +50°C
Recommended distance300-500 meters to target

 

Why us

Why us

AI & CV innovation for military

By leveraging AI & CV techniques, our autonomous UAV modules are pushing beyond today’s GNSS limitations. Neither spoofing or jamming can’t stop mission success.

Among others, we deliver:

  • GNSS-independent optical UAV navigation 
  • EW-insensitive last-mile FPV navigation 
  • Stabilized position and altitude FPV hover
  • Target recognition and tracking FPV features

Our solutions in combat

The modules we developed are already actively applied in combat and deliver critical advantage to soldiers. They’re built to withstand common countermeasures of enemies and harsh weather conditions with resilience.

Our solutions are showing:

  • Temperature range from -20°C to +50°C
  • Wind resistance up to 12 m/s 
  • Stable position with an up to 8° drift 
  • Support for angles of up to 25° tilt

Domain expertise and adherence

For over two years, we have been partnering with manufacturers of drones and specialized mission computers. We know the value of following NDAA and STANAG requirements and understand MSP and MAVLink protocols.

What’s more, we build:

  • Field-ready enclosures
  • User-centric interfaces
  • Electrical components
  • Circuit boards

Best-in-class talent for defense

We stack 20+ specialists who have proven knowledge and experience in both UAV excellence and engineering. Our goal – to secure mission success by automating dangerous tasks.

In particular, we master:

  • Control theory algorithms
  • Automatic payload calibration
  • Adaptive mission planning
  • Smart obstacle avoidance

Contact us

Tell your idea, request a quote or ask us a question