MetaRosetta is an innovative company focused on breakthrough optical technologies, dedicated to developing advanced metalens. We provide efficient design services and products, integrating metalense into our clients’ existing products to facilitate product iteration and upgrades, while leveraging semiconductor processing technology to achieve nano-level precision manufacturing. As the technology matures, metalens will demonstrate broad application potential across various fields. These applications include lens modules for automotive thermal imaging systems, industrial inspection, medical diagnostics, defense surveillance, disaster relief, and environmental monitoring. Additionally, technologies such as smartphone Face ID, AR/VR devices, and smart home monitoring will also benefit from our innovations.
focuses on the development of core metasurface optical technologies, establishing an independent EDA design platform, AI optimization algorithms, and a metasurface component database. This supports multi-band application development including near-infrared (NIR), mid-to-long-wave infrared (MWIR/LWIR), and future photonic components. Compared to traditional optics that rely on assembling multiple lenses and complex optomechanical structures, metasurface optics precisely controls the amplitude, phase, and polarization characteristics of light waves through nanoscale structures, achieving miniaturization, lightweight, and high integration of optical components. The company’s platform offers a one-stop capability from system requirement analysis, component design, electromagnetic simulation, optical optimization to mass production introduction, significantly shortening development cycles and lowering customer adoption barriers. By combining AI algorithms with semiconductor process-compatible designs, Kewingda has overcome the challenges of designing and mass-producing large-aperture metasurface optical components, successfully developing a 2-centimeter aperture LWIR metasurface lens, establishing internationally leading design and manufacturing capabilities. Future technologies can be widely applied in advanced infrared optics, AI sensing, smart glasses, spatial computing, optical communications, silicon photonics, and next-generation optical systems. This helps industries break through the bottlenecks of traditional optics in terms of size, weight, system complexity, and supply chain limitations, becoming a key technology platform for the new generation of photonics and optical industries.
- 1. Metasurface Optical Modules and Solutions
Providing development services for near-infrared and far-infrared metasurface optical components and modules, replacing traditional multi-lens assemblies with nanostructures to significantly reduce the volume, weight, and assembly complexity of optical systems. Products can be applied in fields such as thermal imaging, AI sensing, smart glasses, drones, automotive optics, defense surveillance, and next-generation optical systems, helping customers achieve miniaturization and high-performance integration of optical systems. - Metasurface Optical Design Platform and Process Optimization Services
Combining proprietary EDA design platforms, AI optimization algorithms, and numerical simulation capabilities to assist customers in evaluating process capabilities, analyzing key structural parameters, and predicting production yield. Through collaborative optimization of design and manufacturing processes, development risks and pilot production costs are reduced, accelerating the mass production introduction of metasurface optical products. - Customized Optical Design and Mass Production Introduction Services
Providing one-stop technical services from system requirements analysis, optical design, simulation verification, photomask development, pilot production, to product validation. This helps customers rapidly develop thermal imaging, sensors, optical communication, and other advanced optical components, shortening product development cycles and improving commercialization success rates.
MetaRosetta Kewingda’s metasurface optical technology can be widely applied in high-growth markets such as AI sensing, thermal imaging, smart glasses, automotive optics, national defense security, and optical communications. In the fields of AI and intelligent sensing, metasurface optics can significantly reduce the size of cameras and sensing modules, enhance system integration capabilities, and meet the lightweight and low-power demands of smart glasses, robots, and edge AI devices.
In the thermal imaging and infrared sensing markets, metasurface lenses can replace some traditional infrared lens assemblies, reducing cost and weight, and are applied in scenarios such as automotive night vision, industrial inspection, drones, and defense monitoring. Currently, the company has collaborated with customers in the United States and Japan to promote related application development.
In the future, with the rapid growth of AI glasses, spatial computing, autonomous driving systems, and optical communication demands, metasurface optics will become a key core technology for the new generation of optical architectures. Based on its independent design platform and mass production capabilities, Kewingda is actively expanding into the global market, aiming to become an important international technology and solution provider in the metasurface optics industry.