南京看视界智能科技有限公司2021年成立于南京江北新区。是全球微型高光谱成像最优解决方案供应商。公司主要产品为芯片级光谱仪&微型高光谱超感知相机。目前公司已获得24项全球领先的高光谱成像专利。

看视界拥有全球顶尖的研发团队，三院院士奠基，光学学会会士做为创始人持续技术领航；自主生产IDM垂直整合制造商，当前已经实现光谱芯片在自己的产线上量产，良率90%以上。

看视界团队高光谱成像芯片技术，全球首次将传统复杂而庞大的高光谱成像光路结构以先进的纳米加工工艺微缩进一块纳米级精度的成像芯片内。一举突破微型、高速、高通量、高光谱机器视觉通用芯片的量产能力。技术全球领先，让微型高光谱成像第一次真正具备大规模、低成本工业化落地能力。

2023年，全国七千多科技项目申报，最终入选三十八个，我们是2023年科技部“国家重大颠覆性技术”自动驾驶领域立项研发以及落地单位。高光谱的瞬时物质识别能力，天然的可以帮助突破当前自动驾驶视觉系统内的几大痛点。 被科技部立项“国家重大颠覆性技术”以后，南京看视界团队在微型高光谱成像业界的全球领先能力，将进一步加速前进，全面进入国家重大领域指向性需求的机器视觉应用场景。

KrystalVision Technology (KVT) was founded in Jiangbei New Area, Nanjing in 2021. We are the industrial leading innovator and provider of micro-scale high-speed spectral imaging solutions covering visible-to-thermal spectrum. Our products includes chip-scale spectrometers and spectral imagers. Currently, KVT has been awarded 24 patents in the field of spectral imaging.

KVT attracts world-renowned research and industrial innovation talents. Founded by the elected member of the United States National Academy of Engineering, of Academia Sinica, of the Chinese Academy of Sciences, KVT received sustained technology support from the scientist and fellow of the Optical Society of America. KVT has achieved independent development and production. Currently, our company can mass produce spectrometer chips with a yield of >90%.

Leveraging the innovative design and sophisticated fabrication techniques from our team, KVT reported globally, the achievement of a hyperspectral imaging optical system integrated in a nanoscale photonic chip through advanced engineering and nanofabrication. Such breakthrough empowers the mass production of micro-scale, high-speed, high-throughput hyperspectral image sensors widely adopted in machine vision, paving the path for the proliferation of cost-effective hyperspectral sensing applications in industry and manufacture.

In 2023, among >7,000 proposal nationwide, KVT was one of the 38 grant awardees of the National Major Disruptive Technology program from the Ministry of Science and Technology, in the field of autonomous driving. The integration of hyperspectral sensors brings high-accuracy material classification capability to autonomous driving, resolving challenges long plaguing this field of study. The awarded program will further strengthen the leading capabilities of KVT in micro-scale high-speed spectral imaging and increase the pace of research and development in machine vision applications.