Exhibition category
Contact address
| Address | 8F., No. 67, Shitan Rd., Neihu Dist., Taipei City 114057 , Taiwan (R.O.C.) |
|---|---|
| URL | https://www.aiseedtech.com/ |
| info@aiseedtech.com |
Main exhibits 1
eVTOL A02
Product Introduction:
The eVTOL A02 is a revolutionary vertical take-off and landing drone that combines the benefits of multirotor drones with the ability to switch to fixed-wing mode during flight. Using the white-noise principle in fluid dynamics, it generates lift through airflow variations, conserving energy and extending flight time.
The A02 can fly for 1 to 2 hours at speeds of 80 to 100 km/h, covering areas 3 to 5 times larger than current drones. This makes it ideal for disaster relief and inspection missions, ensuring efficiency and safety in critical situations.
Technological Innovation:
Our team has developed advanced algorithms with strong error detection capabilities to ensure the high reliability of autonomous flight systems. These algorithms detect real-time system errors and trigger safety mode, which may include mission interruption, return-to-home, or emergency landing procedures. Specialized error isolation methods can allow missions to continue when safe.
By integrating data from multiple navigation systems and sensors, we improve reliability with techniques like RAIM for satellite signal monitoring.
Key Technology:
The eVTOL A02’s flight control system incorporates AI chips developed in collaboration with Taiwan’s semiconductor industry. Edge AI technology allows the A02 to consume just 2% of the energy used by similar products, while boosting information processing speed by nearly 100 times.
Main exhibits 2
Cyberdrone A03
Product Introduction:
The Cyber Drone A03 focuses on advanced error detection systems and autonomous flight capabilities tailored for high-reliability operations in complex environments.
Technological Innovation and Research & Development Execution:
The A03's core technology emphasizes the integrity of the navigation system, which is a critical factor in the safety of automated control applications for mobile vehicles. Our robust algorithms with real-time error detection are aimed at reducing operational burdens on users, thereby decreasing the likelihood of human error. As with the eVTOL A01/02, upon detecting an error, the Cyber Drone will enter safety mode, automatically executing protocols that ensure flight safety.
Our various approaches to developing reliable error detection and debugging capabilities align with the overarching goal of ensuring safe autonomous operations. We continue to implement efficient methods of verifying information from varied navigation systems and sensors, maintaining consistency in satellite signals and tracking outcomes.
Key Technology Development:
The Cyber Drone A03 also benefits from the integration of AI chips into its flight control system. By harnessing edge AI technology, the drone ensures energy efficiency while significantly enhancing its information processing capabilities, setting it apart in its operational segment.
