
為期3天活動集結跨領域人才,盼建立台灣與國際國防科技生態系長期入口。
為期3天的「TDTH 2026 台灣國防科技黑客松」於台大登場,聚焦無人機、韌性通訊、GNSS拒止導航與Edge AI四大方向,集結跨領域人才打造防衛韌性技術原型。
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TDTH 2026台灣國防科技黑客松聚焦無人機與AI等技術,旨在連結台灣與國際國防科技生態系。
為期3天的「TDTH 2026 台灣國防科技黑客松」今於台大登場,內容聚焦無人機、韌性通訊、GNSS拒止導航與Edge AI等4大方向。
〔記者楊綿傑/台北報導〕為期3天的「TDTH 2026 台灣國防科技黑客松」今於台大登場,內容聚焦無人機、韌性通訊、GNSS拒止導航與Edge AI等4大方向。共同主辦代表、台大無人載具研發設計中心主任李綱點出,未來國防科技競爭,不只是技術先進,更是速度,如何把新科技送到使用者手上是很大挑戰,盼藉競賽建立台灣與國際國防科技生態系的長期入口,讓台灣的工程與科技人才更直接參與全球國防及韌性科技創新。
「TDTH 2026 台灣國防科技黑客松」由 European Defense Tech Hub(EDTH)、台灣大學無人載具研發中心及財團法人國防安全研究院共同主辦,活動集結軟體、AI、資安、通訊、無人載具、研究與跨領域人才,以3天密集開發,針對台灣安全、防衛韌性與國防科技的實際需求,打造可操作、可展示並持續驗證的技術原型。
李綱提到,AI、無人系統與軟體定義科技快速演進,正在改變全球國防創新的時間尺度。過去國防科技往往歷經需求提出、規格制定、研發、測試、採購到部署的長週期,如何縮短「需求一原型一驗證一應用」之間的距離,已成為值得關注的制度課題。美國國防創新單位 Defense Innovation Unit(DIU)即為代表案例,其公開說明指出,透過 Commercial Solutions Opening (CSO)及 Other Transaction (OT)等機制,原型合約最快可在約60至90天完成。
主辦單位說明,TDTH 2026 強調「從真實問題出發」,挑戰題目來自台灣、歐盟、北約及其他地區合作夥伴面對的實際需求,涵蓋「灰色地帶無人機入侵與集群威脅」、「干擾及海底電纜中斷情境下的韌性通訊」、「GNSS 拒止環境導航」、「海上領域感知」、「低成本感知與自主攔截」、「分散式作業所需的 Edge AI」,並可歸納為「韌性與供應鏈」、「導航與人機協作」、「感知與態勢理解」及「邊緣智慧」四大技術挑戰。
EDTH 代表 Benjamin Wolba 表示,TDTH 2026 不僅是一次性的台灣活動,更是EDTH 全球網絡向亞太延伸的重要節點。透過台灣場的建立,台灣在半導體、ICT、AI、資安、精密製造及無人系統等領域累積的技術能量,有機會與歐洲及其他國際國防科技創新社群建立更直接的交流與合作。

The Taipei Geodetic Engineering Office's official fan page "Taipei Geomagic" was stolen by hackers and released Chinese AI videos in recent days. Taiwan's radical candidate Wu Xindai questioned whether the security screws of the Taipei City Government were tightened. She detailed the numerous incidents of city government fan pages being stolen over the years and called on the city government to thoroughly investigate and face up to Taiwan's serious security threats.

The Taoyuan City Government Transportation Bureau has introduced the "AI Smart Sign Control System" at 14 intersections around the Da-Nan Interchange, using big data to real-time adjust green light times. After the system went online, the average travel time during peak hours has been significantly shortened. The city government plans to extend the system to the Nankan Interchange next year.

Scientists have built an atomic clock using a single ion of lutetium that loses only one second every 260 billion years. This makes it four times more accurate than the previous record holder from China and surpasses a US NIST clock.

During the National Day, the waters of West Lake in Hangzhou welcomed a special "patrol" - the bionic robotic fish "West Lake Herring". This equipment was developed by the West Lake Scenic Area Branch of the Hangzhou Municipal Public Security Bureau and the Institute of Automation of the Chinese Academy of Sciences. It has five major functions, including high-definition vision and water quality sensing, and will be put into actual ecological police operations in the West Lake waters.
Based on the ion charge density and metal-oxygen bonding strength, a scientific research team from the Institute of Metallurgy, Chinese Academy of Sciences proposed a targeted screening method for trace doping elements in lithium-ion battery cathode materials. Four elements, magnesium, calcium, titanium, and zirconium, were screened out to simultaneously improve lithium ion transmission efficiency and material structural stability. Relevant research was published in "Nature·Synthesis".

Toyota recently disclosed the development progress of the new generation Corolla model, which is rumored to be released as soon as October. The new generation Corolla Sport will adopt the same Hammerhead front design as the Prius and Crown. The three-dimensional waistline and outwardly expanded wheel arches will be strengthened on the side of the car. The grille will be enlarged to increase the rear seat and trunk space. The interior will feature a horizontal console, a 12.3-inch digital instrument and a central touch screen, and will be introduced with the new generation Arene OS vehicle system. In terms of power, it will use a newly developed 1.5-liter four-cylinder engine, combined with Hybrid and PHEV technology, which can reduce fuel consumption by 10 to 15%. The PHEV model has a pure electric range of more than 90 kilometers.