Flyward

AI for Aircraft
AI Visual Navigation and Localization

Visual Perception and Obstacle Avoidance

Ground Scene Analysis and Segmentation

AI-Based Threat Detection and Tracking of Aerial Objects

AI-Driven Forecasting of Future Situations

AI-Powered Comprehensive Air Situational Awareness
Visual Perception and Obstacle Avoidance

Real-time and rapid detection and identification of aircraft and obstacles in the airspace beyond visual range, ensuring safe flight.

Ground Scene Analysis and Segmentation

Accurately identify and segment a variety of key ground locations and object elements.

AI-Based Threat Detection and Tracking of Aerial Objects

Accurately detect and identify all surrounding aerial targets, evade dangers, ensure the safety of the flight environment, and enable tracking and analysis of specific target objects.

AI-Driven Forecasting of Future Situations

Predict the movement trajectories of other aircraft or obstacles in the air, meteorological changes, or emergency situations, to enable timely response from downstream systems.

AI-Powered Comprehensive Air Situational Awareness

Enhance the aircraft’s environmental understanding with high intelligence, strengthening navigation and autonomous decision-making under complex conditions.

AI Visual Navigation and Localization

This is a civilian-grade high-altitude AI visual navigation software product, composed of multiple highly integrated software modules, equipped with various reliable and advanced artificial intelligence and machine vision algorithms. The product aims to provide a third navigation and positioning method for eVTOL aircraft or drones of various sizes and models, in addition to GNSS and IMU inertial navigation, enabling real-time navigation and positioning in extreme situations where both are inoperative and only the camera can work.
Autonomous Flight System
Individual Autonomous Flight Functions

Integrated onboard navigation and positioning devices

Onboard terrain and building database

3D visualization

Real-time route planning
Autonomous Flight System

Autonomous Flight return-to-home

飞行器紧急降落

Autonomous takeoff

Autonomous landing

Advanced autonomous flight system
Integrated onboard navigation and positioning devices

Integrates multiple navigation devices such as GNSS, INS, and altimeters, offering robustness that surpasses traditional filtering algorithms.

Onboard terrain and building database

Offline digital terrain database and urban building height database covering the entire range of China.

3D visualization

Fused Map Construction: Integrating multi-source and multi-modal sensor data (visible light, infrared, radar, etc.) to accurately construct high-precision 3D environmental maps, providing visual capabilities and information extraction under various conditions.

Real-time route planning

This is a civilian-grade onboard autonomous intelligent planning software, composed of multiple highly integrated software modules, equipped with various reliable and advanced artificial intelligence and autonomous planning algorithms. The product aims to provide intelligent route planning capabilities for various sizes.

Autonomous Flight return-to-home

L4-level autonomous system, which activates autonomous obstacle avoidance, pure visual navigation, and autonomous planning functions when GPS, IMU, and even ground communication fail, ensuring the safe return or landing of the aircraft.

世界模型训练数据生成

2-2

Autonomous takeoff

The system autonomously identifies the runway areas, markings, and obstacles of airports and helipads, and performs autonomous taxiing and takeoff.

Autonomous landing

The system autonomously identifies the airport area, helipad, or runway zone, and performs approach and landing procedures.

Advanced autonomous flight system

Covering the entire process of autonomous operation, including autonomous storage, taxiing, takeoff, cruising, approach, landing, storage, and parking.
Flight Simulation
Airspace Management
About Us
Join Us

飞沃智航

AI for Aircraft
AI Visual Navigation and Localization

Visual Perception and Obstacle Avoidance

Ground Scene Analysis and Segmentation

AI-Based Threat Detection and Tracking of Aerial Objects

AI-Driven Forecasting of Future Situations

AI-Powered Comprehensive Air Situational Awareness
Visual Perception and Obstacle Avoidance

Real-time and rapid detection and identification of aircraft and obstacles in the airspace beyond visual range, ensuring safe flight.

Ground Scene Analysis and Segmentation

Accurately identify and segment a variety of key ground locations and object elements.

AI-Based Threat Detection and Tracking of Aerial Objects

Accurately detect and identify all surrounding aerial targets, evade dangers, ensure the safety of the flight environment, and enable tracking and analysis of specific target objects.

AI-Driven Forecasting of Future Situations

Predict the movement trajectories of other aircraft or obstacles in the air, meteorological changes, or emergency situations, to enable timely response from downstream systems.

AI-Powered Comprehensive Air Situational Awareness

Enhance the aircraft’s environmental understanding with high intelligence, strengthening navigation and autonomous decision-making under complex conditions.

AI Visual Navigation and Localization

This is a civilian-grade high-altitude AI visual navigation software product, composed of multiple highly integrated software modules, equipped with various reliable and advanced artificial intelligence and machine vision algorithms. The product aims to provide a third navigation and positioning method for eVTOL aircraft or drones of various sizes and models, in addition to GNSS and IMU inertial navigation, enabling real-time navigation and positioning in extreme situations where both are inoperative and only the camera can work.
Autonomous Flight System
Individual Autonomous Flight Functions

Integrated onboard navigation and positioning devices

Onboard terrain and building database

3D visualization

Real-time route planning
Autonomous Flight System

Autonomous Flight return-to-home

飞行器紧急降落

Autonomous takeoff

Autonomous landing

Advanced autonomous flight system
Integrated onboard navigation and positioning devices

Integrates multiple navigation devices such as GNSS, INS, and altimeters, offering robustness that surpasses traditional filtering algorithms.

Onboard terrain and building database

Offline digital terrain database and urban building height database covering the entire range of China.

3D visualization

Fused Map Construction: Integrating multi-source and multi-modal sensor data (visible light, infrared, radar, etc.) to accurately construct high-precision 3D environmental maps, providing visual capabilities and information extraction under various conditions.

Real-time route planning

This is a civilian-grade onboard autonomous intelligent planning software, composed of multiple highly integrated software modules, equipped with various reliable and advanced artificial intelligence and autonomous planning algorithms. The product aims to provide intelligent route planning capabilities for various sizes.

Autonomous Flight return-to-home

L4-level autonomous system, which activates autonomous obstacle avoidance, pure visual navigation, and autonomous planning functions when GPS, IMU, and even ground communication fail, ensuring the safe return or landing of the aircraft.

世界模型训练数据生成

2-2

Autonomous takeoff

The system autonomously identifies the runway areas, markings, and obstacles of airports and helipads, and performs autonomous taxiing and takeoff.

Autonomous landing

The system autonomously identifies the airport area, helipad, or runway zone, and performs approach and landing procedures.

Advanced autonomous flight system

Covering the entire process of autonomous operation, including autonomous storage, taxiing, takeoff, cruising, approach, landing, storage, and parking.
Flight Simulation
Airspace Management
About Us
Join Us

Flyward

Flyward Blog

Industry insights, technical frontiers, and product updates

All Industry Insights Tech Frontier Whitepapers

Industry Insights

Low-Altitude Airspace Management: Opportunities in Digital Transformation

The Low-Altitude Economy Is Taking Off — But Airspace Management Isn’t Ready By 2030, China’s low-altitude economy is projected to exceed ¥2 trillion (roughly $280...

Mar 18, 2026 · 7 min read

Flight Simulation Digital Twin: Changing the Game in Aviation Testing

When Testing a New Aircraft No Longer Means Taking It Airborne Before a new eVTOL completes its first crewed flight, how many tests does it...

Mar 18, 2026 · 7 min read

AI Visual Navigation: Autonomous Flight Solutions for GPS-Denied Environments

When GPS Fails, Can Aircraft Still Fly Safely? The Case for AI Visual Navigation in GPS-Denied Environments In April 2024, pilots approaching Beirut’s Rafic Hariri...

Mar 18, 2026 · 10 min read

4D Airspace Management Platform Technical Whitepaper

Executive Summary As the low-altitude economy enters a phase of scaled development, airspace management faces unprecedented complexity. Traditional two-dimensional airspace management systems can no longer...

Mar 18, 2026 · 5 min read