Core Viewpoint - The company, Guangqi Technology, is actively expanding into the low-altitude economy sector while achieving consistent revenue and profit growth over the past six years, driven by advancements in metamaterials technology [1][2][4]. Financial Performance - In 2024, Guangqi Technology reported a revenue of 1.558 billion yuan, a year-on-year increase of 4.25%, and a net profit of 652 million yuan, up 11.77% [1][3]. - The company's core metamaterials segment revenue reached 1.552 billion yuan, showing a significant year-on-year growth of 21.69% [4]. Technological Advancements - Guangqi Technology has developed the world's first full-body metamaterial drone, set for small-scale delivery in 2025, marking a significant entry into the low-altitude economy [2][11]. - The company has achieved a major technological breakthrough by transitioning from two-dimensional to three-dimensional metamaterial design, enhancing key performance indicators by an order of magnitude [5]. Research and Development - Guangqi Technology has maintained high R&D investment, with expenses reaching 96.15 million yuan in 2024, a 4.57% increase from the previous year [7]. - The company holds the highest number of patent applications and authorizations in the metamaterials field, reinforcing its technological barriers [8][9]. Strategic Expansion - The company is constructing new bases to enhance production capacity, including the 905 and 906 bases, which will further improve delivery capabilities [10]. - Guangqi Technology has signed an investment agreement to establish a low-altitude drone industry headquarters in Leshan, Sichuan, aiming to create an industrial cluster in the low-altitude economy [11].

3月31日，光启技术（002625）(002625.SZ)在深圳"第三届国际复合材料工业技术展览会"(以下简称"复 材展")上精彩亮相。作为新一代尖端装备的核心国内供应商，光启技术展示了基于超材料技术的先进复 合材料产品，这些产品不仅为提升我国尖端装备的整体性能发挥了关键作用，更在低空经济及人形机器 人领域展现出了极为广阔的应用前景，为相关行业的创新发展注入了新活力。 光启技术凭借其先进复合材料在研发与制造上的显著优势，已经在低空经济与机器人领域取得了令人瞩 目的进展，为这些行业的快速发展提供了有力支持。 在低空经济领域，光启技术通过其自主研发的先进复合材料的轻量化、高强度、优异电磁性能等特点， 适用于低空飞行器的机体结构设计与优化。同时，这些材料可提升无人驾驶飞行器的结构强度和安全 性，并通过功能化设计支持电磁调制等特殊需求。在机器人领域，通过先进复合材料技术，可以模拟人 体肌肉纤维的感知与力学特性，能大幅度提升人形机器人关节响应速度并降低能耗，提升机器人的性能 与稳定性。 其中，碳纤维预浸料具有力学性能优异，极端环境可用，为高端装备提供了强大的结构支撑；石英纤维 预浸具有极低的电磁损耗，耐高温、高压，满足 ...

Core Viewpoint - The article discusses the innovative advancements of Beijing Youjie Future Technology Co., Ltd., which specializes in generative design industrial software and metamaterials technology, highlighting its successful funding rounds and the efficiency improvements its software offers in industrial design processes [2][4][18]. Financing and Growth - Youjie Future has completed multiple financing rounds, including A and A+ rounds, raising several tens of millions of RMB, with notable investors such as Zhongguancun Development Group and He Shijia Capital [2][3][18]. - The company achieved nearly 30 million RMB in business contracts in 2024, indicating significant commercial traction and a growing client base that includes major enterprises like China Aerospace Science and Industry Corporation and Volkswagen [4][17]. Product and Technology - The company's flagship product, OptFuture, is defined as a new generation of generative design industrial software that integrates design, simulation, and manufacturing processes, significantly reducing development time and costs [10][12]. - OptFuture utilizes innovative technologies such as spatial mesh technology and AI optimization algorithms, which allow for rapid generation of optimal design solutions, achieving a 40% reduction in development cycles and a 30% decrease in manufacturing costs [9][10][12]. Market Position and Strategy - Youjie Future aims to replace dominant foreign industrial design software in China, addressing the urgent need for domestic alternatives in sectors like aerospace and military [4][8]. - The company is focused on expanding its software's applicability across various industries, including automotive, marine, and robotics, while also planning to enhance its platform's capabilities and explore international markets [16][18]. Future Vision - The long-term vision of Youjie Future includes creating a comprehensive platform that integrates real-time simulation, generative AI, and metamaterials, with aspirations to build a community akin to GitHub for industrial design [18].