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Lightmatter specializes in developing photonic chips that leverage light for data processing and communication, significantly enhancing the speed and efficiency of artificial intelligence computations. By utilizing integrated optical technology, the company designs processors that accelerate key operations in neural networks through programmable photonic elements, which are fabricated alongside traditional transistors. This innovative approach allows for improved performance in applications such as image recognition and natural language processing while maintaining low power consumption. Lightmatter's technology primarily serves sectors including artificial intelligence, cloud computing, and telecommunications, positioning the company as a leader in light-based computing solutions.

Traditional cameras rely on an imaging lens which typically consists of several lens elements and a light sensitive sensor. Cameras have been built like this since 1816. Glass has been historically used to make high quality optical elements. We are replacing these elements with deep neural networks that give extreme flexibility when designing our cameras. It allows us to squeeze a huge sensor into an ultra thin module that fits perfectly into a mobile device without the need for protruding bumps. Our cameras bring SLR image quality into your pocket.

Lightmatter specializes in developing photonic chips that leverage light for data processing and communication, significantly enhancing the speed and efficiency of artificial intelligence computations. By utilizing integrated optical technology, the company designs processors that accelerate key operations in neural networks through programmable photonic elements, which are fabricated alongside traditional transistors. This innovative approach allows for improved performance in applications such as image recognition and natural language processing while maintaining low power consumption. Lightmatter's technology primarily serves sectors including artificial intelligence, cloud computing, and telecommunications, positioning the company as a leader in light-based computing solutions.

Lightmatter specializes in developing photonic chips that leverage light for data processing and communication, significantly enhancing the speed and efficiency of artificial intelligence computations. By utilizing integrated optical technology, the company designs processors that accelerate key operations in neural networks through programmable photonic elements, which are fabricated alongside traditional transistors. This innovative approach allows for improved performance in applications such as image recognition and natural language processing while maintaining low power consumption. Lightmatter's technology primarily serves sectors including artificial intelligence, cloud computing, and telecommunications, positioning the company as a leader in light-based computing solutions.

Lightmatter specializes in developing photonic chips that leverage light for data processing and communication, significantly enhancing the speed and efficiency of artificial intelligence computations. By utilizing integrated optical technology, the company designs processors that accelerate key operations in neural networks through programmable photonic elements, which are fabricated alongside traditional transistors. This innovative approach allows for improved performance in applications such as image recognition and natural language processing while maintaining low power consumption. Lightmatter's technology primarily serves sectors including artificial intelligence, cloud computing, and telecommunications, positioning the company as a leader in light-based computing solutions.

Lightmatter specializes in developing photonic chips that leverage light for data processing and communication, significantly enhancing the speed and efficiency of artificial intelligence computations. By utilizing integrated optical technology, the company designs processors that accelerate key operations in neural networks through programmable photonic elements, which are fabricated alongside traditional transistors. This innovative approach allows for improved performance in applications such as image recognition and natural language processing while maintaining low power consumption. Lightmatter's technology primarily serves sectors including artificial intelligence, cloud computing, and telecommunications, positioning the company as a leader in light-based computing solutions.

Clarifai, Inc. is a prominent provider of advanced artificial intelligence solutions specializing in image recognition, natural language processing, and audio recognition. Founded in 2013 by Matt Zeiler, Ph.D., the company develops a deep learning platform that enables organizations to convert unstructured data—such as images, videos, text, and audio—into structured data efficiently and accurately. Clarifai's image recognition technology is capable of detecting near-duplicates, categorizing objects, and tagging images, while also allowing users to search for similar images within extensive uncategorized collections through a combination of semantic and visual similarity. Additionally, the company offers a labeling tool called Labeler, which aids in dataset labeling, AI training, and model auto-scaling in production environments. Headquartered in New York, with an office in Tallinn, Estonia, Clarifai employs a distributed team across various countries, including the United States, Canada, Argentina, and India.

Glimpse is a new way to meet people through Instagram. They use the data behind your photos to make compelling introductions to people you should know. Glimpse combs your photo history to match you with like-minded people who share similar interests, around you.

Luminate, Inc. is a leading technology company specializing in making images interactive on the web. Founded in 2008, the company serves over 150 million users monthly and achieves approximately 30 billion image views each year. Luminate has developed a pioneering platform that utilizes Internet and crowdsourcing technologies to enhance online images by providing relevant, layered informational content. This innovative approach allows consumers to transform static images into engaging, interactive experiences. Headquartered in Mountain View, California, Luminate was founded by a team of technologists with backgrounds at notable companies such as Netscape and LiveOps.

Luminate, Inc. is a leading technology company specializing in making images interactive on the web. Founded in 2008, the company serves over 150 million users monthly and achieves approximately 30 billion image views each year. Luminate has developed a pioneering platform that utilizes Internet and crowdsourcing technologies to enhance online images by providing relevant, layered informational content. This innovative approach allows consumers to transform static images into engaging, interactive experiences. Headquartered in Mountain View, California, Luminate was founded by a team of technologists with backgrounds at notable companies such as Netscape and LiveOps.

Luminate, Inc. is a leading technology company specializing in making images interactive on the web. Founded in 2008, the company serves over 150 million users monthly and achieves approximately 30 billion image views each year. Luminate has developed a pioneering platform that utilizes Internet and crowdsourcing technologies to enhance online images by providing relevant, layered informational content. This innovative approach allows consumers to transform static images into engaging, interactive experiences. Headquartered in Mountain View, California, Luminate was founded by a team of technologists with backgrounds at notable companies such as Netscape and LiveOps.

Traditional cameras rely on an imaging lens which typically consists of several lens elements and a light sensitive sensor. Cameras have been built like this since 1816. Glass has been historically used to make high quality optical elements. We are replacing these elements with deep neural networks that give extreme flexibility when designing our cameras. It allows us to squeeze a huge sensor into an ultra thin module that fits perfectly into a mobile device without the need for protruding bumps. Our cameras bring SLR image quality into your pocket.