Aiseed, a burgeoning startup in the drone sector, is leveraging edge AI technology to carve out its niche in the market. The team recently stated that integrating edge AI into drones will become as indispensable as Full Self-Driving (FSD) systems are for smart vehicles. The surge in military procurement contracts has significantly boosted demand for commercial drones, prompting numerous startups to seize the opportunity to establish a foothold in the global non-restricted supply chain through domestic orders.
Aiseed has successfully completed acceptance tests for its first-stage military reconnaissance drone prototype, earning over 20 certifications from the Navy. Its drones are already deployed by government agencies for diverse applications, including firefighting and inspections, with the Keelung City Government using them for patrols along the coastline to prevent accidents during fishing activities.
Unlike the consumer market, the critical factors for drones in sectors such as disaster relief, inspections, and logistics include endurance, speed, and wind resistance. Aiseed's drones feature a hybrid design that combines wings with propellers for vertical takeoff and landing, along with integrated AI hardware and software.
This approach has allowed the company to secure government contracts and capture market share. In reconnaissance missions, drones are pivotal; however, there can be delays in transmitting images back to ground stations. Aiseed's built-in edge AI addresses this issue by enabling real-time image analysis.
At the recent Taiwan Innotech Expo, Aiseed showcased three drone models, including two vertical takeoff and landing (VTOL) drones and an AI reconnaissance drone that has passed Navy testing. These drones are capable of large-scale simultaneous deployment, equipped with real-time communication networks to ensure stable information transmission and effective mission coordination. Additionally, the VTOL drones offer flight times up to six times longer than typical commercial drones.
However, the team acknowledged that while the drone industry has gained significant traction as a strategic sector due to the Russia-Ukraine conflict, the longstanding dominance of Chinese drones presents challenges. Transitioning to a non-red supply chain is feasible, but pricing remains a critical factor.
For instance, utilizing European brands for motor components can result in costs that are three times higher, while optical lens modules and gimbal systems also contribute substantially to overall expenses. Industry players are hopeful that domestic optical manufacturers will step up to support the local drone sector.
In addition to Aiseed, Tron Future Tech, another startup that recently completed Series A funding, showcased its "T.Radar Pro," an anti-drone system at the expo. This system is reportedly the first globally to feature satellite connectivity and an active electronic scanning capability, detecting threats from over six kilometers away and effectively defending against drone swarm attacks through AI automation. With a focus on radar technology, Tron Future Tech is expanding its business not only in drone defense systems but also in low-earth orbit satellite communication systems.
Article translated by Vyra Wu
