NEXT GEN SENSING FOR AI
基于钙钛矿材料的下一代图像传感器技术。
为工业、医疗及自动驾驶提供超越硅极限的视觉感知方案。
Next-generation image sensor technology based on Perovskite.
Providing vision solutions beyond Silicon limits for AI and Medical.
我们是一家源自香港科技大学全国重点实验室的硬科技初创企业,致力于将前沿的金属卤化物钙钛矿材料应用于下一代高性能图像传感领域。
Spinning off from HKUST State Key Laboratory, we are dedicated to applying cutting-edge metal halide perovskite materials to the next generation high-performance image sensing.
不同于传统硅基传感器,我们的技术在灵敏度、动态范围及多光谱感知能力上实现突破。以钙钛矿阵列为核心,我们研发无需滤光片的多光谱钙钛矿视觉传感器,应用于工业检测、医学成像、自动驾驶等领域。
Unlike traditional silicon sensors, our technology achieves breakthroughs in sensitivity, dynamic range and multispectral sensing ability. Centred around perovskite arrays, we are developing filter-free multispectral perovskite visual sensors for applications in industrial inspection, medical imaging, autonomous driving and other fields.
突破限制,利用钙钛矿异质集成重塑传感范式。 Breaking limits with Perovskite Heterogeneous Integration.
满足高性能、高稳定性、低成本及大面积均匀性的需求,为工业级光电子应用奠定基石。 Achieving high-stability, low-cost perovskite films with large-area uniformity for industrial-grade optoelectronics.
通过喷墨打印与SiNx掩模沉积,实现材料在ROIC上的精准集成,完成从材料到大规模器件阵列的跨越。 Proprietary Inkjet and SiNx masking integration on ROIC, bridging the gap from materials to large-scale device arrays.
利用钙钛矿及新型器件结构,大幅提高探测灵敏度,在降低辐射剂量的同时保证成像质量。 High-sensitivity direct conversion using perovskites with new device structure, significantly reducing radiation dose while maintaining image quality.
面向下一代的曲面集成工艺与感存算架构,突破平面限制,重新定义仿生视觉芯片形态。 Curved integration and in-sensor computing architectures, redefining the form factor of next-gen biomimetic vision chips.
从实验室到量产的每一步突破 Breakthroughs from lab to mass production
我们的技术源于顶级学术期刊的持续突破,从基础材料到器件结构的每一步探索。 Our technology originates from continuous breakthroughs in top academic journals.
针对电网监测、半导体缺陷检测等高价值工业场景,推出高灵敏度紫外探测器。 High-sensitivity UV detectors for power grid monitoring and semiconductor defect inspection.
完成钙钛矿X射线探测器开发,应用于医学成像,实现辐射剂量大幅降低的目标。 Perovskite X-Ray detectors for medical imaging, significantly reducing radiation dose.
拓宽感知维度,将钙钛矿传感器推向智驾视觉及机器视觉传感市场。 Expanding into automotive ADAS vision and machine sensing markets.
联合创始人 & 首席科学家 Co-Founder & Chief Scientist
香港工程院院士、香港科技大学讲座教授,兼任显示与光电技术国家重点实验室联席主任。他长期致力于功能纳米材料、光电子及仿生电子器件的前沿研究,是该领域的国际权威专家。
Prof. Zhiyong Fan is a Fellow of the Hong Kong Academy of Engineering and Chair Professor at HKUST, serving as Co-director of the State Key Laboratory of Displays and Opto-Electronics. He is a leading authority specializing in functional nanomaterials and next-generation optoelectronic and bionic electronic devices.
创始人 & CEO Founder & CEO
创始人兼CEO,博士毕业于香港科技大学,拥有近十年微纳光电子及仿生传感领域的研发经验。他在《Science Robotics》等顶级期刊发表多项突破性成果,致力于推动下一代视觉感知技术的革新与落地。
Founder and CEO, holds a Ph.D. from HKUST and brings nearly a decade of expertise in micro/nanoelectronics and bioinspired sensors. With research published in prestigious journals like Science Robotics, he leads the development of cutting-edge vision technologies.
联合创始人 & CTO Co-Founder & CTO
联合创始人兼CTO,曾任职于小米集团相机部,拥有丰富的相机产品经验。他先后毕业于伦敦大学学院电子电气工程系及帝国理工学院物理系。
Co-founder and CTO, previously served in Xiaomi Group's Camera Department, bringing extensive expertise in product commercialization. He holds degrees from Electronic & Electrical Engineering at University College London (UCL) and Department of Physics at Imperial College London.
联合创始人 & 研发总监 Co-Founder & R&D Director
联合创始人兼研发总监,香港科技大学电子学博士。拥有丰富的研发经验,研究方向包括利用微纳结构与钙钛矿材料的微纳光电子及新概念器件。已于《Nature》、《Device》等国际顶级期刊上发表了14篇学术论文,并授权一项美国专利。
Co-Founder and R&D Director, holds a Ph.D. from HKUST. He has extensive R&D expertise with focus on micro/nano optoelectronics and novel device concepts, leveraging micro/nano structures and perovskite. He has 14 publications in top journals including Nature and Device, plus one granted U.S. patent.
联合创始人 & COO Co-Founder & COO
联合创始人兼COO,曾任职于长安汽车,拥有丰富的企业管理与市场实战经验。他先后毕业于四川大学及中科院上海微系统所。
Co-founder and COO, formerly served at Changan Automobile, possessing extensive experience in corporate management and practical market operations. He holds degrees from Sichuan University and Chinese Academy of Sciences.
与我们一起挑战感知极限。我们需要对CMOS图像传感器、半导体工艺及计算机视觉有狂热追求的伙伴。 Join us to push the boundaries of sensing. We are looking for passionate engineers in CMOS image sensor, fab process, and computer vision.
负责高性能图像传感器读出电路(ROIC)的架构设计与仿真,熟悉高增益、低噪声放大器设计。 Responsible for the architecture design and simulation of ROIC. Familiar with high-gain, low-noise amplifier design.
Apply Now负责钙钛矿薄膜的旋涂/蒸镀工艺优化,解决大面积成膜均匀性问题,维护超净间设备。 Optimize perovskite thin-film coating/evaporation process. Solve large-area uniformity issues.
Apply Now