# glass-imaging.com > AI-optimized mirror of glass-imaging.com containing 83 pages totalling 30,147 words of clean markdown content, structured data, and semantic HTML. Original source: https://glass-imaging.com. Last updated: 2026-07-25T09:43:54.692Z. Each page is available as HTML (with JSON-LD structured data) and Markdown (text-only, ideal for LLMs and RAG). ## Homepage - [Glass Imaging® | AI Delivering Next Generation Image and Video Quality](/content/site-root.html): GLASS Imaging is revolutionizing the way we capture moments. We're not just enhancing your camera; we're extracting its full potential with the power of Artificial Intelligence. (99 words) ## Articles & Blog Posts - [The Need for Neural ISP in the Small-Pixel Era | Glass Imaging](/content/journal/the-need-for-neural-isp-in-the-small-pixel-era/index.html): The Need for Neural ISP in the Small-Pixel Era Written by Jingxi Li, Ph.D.. Jingxi specializes in blending AI capabilities with optical design and image recovery algorithms to elevate mobile imaging technology. Holding a B.S. in Optical Engineering from Zhejiang University and a Ph.D. in Electrical and Computer Engineering from UCLA, his research in deep learning-based computational imaging has been recognized in journals such as Nature Communications, Science Advances, and Advanced Materials. By staying at the forefront of research and leveraging his problem-solving skills, Jingxi is committed to develop AI-based deep optics tools for next-generation smartphone cameras. These developments enable the co-design of optics and ISP modules to deliver unprecedented smartphone imaging capabilities that bridge the gap to professional cameras. (3,844 words) - [Improvements in Smartphone Camera Quality Over the Last Decade… And Into the Next | Glass Imaging](/content/journal/improvements-in-smartphone-camera-quality-over-the-last-decade-and-into-the-next.html): Improvements in Smartphone Camera Quality Over the Last Decade… And Into the Next Written by Tom Bishop, Ph.D.. Algorithms expert with 15 years experience in AI/Deep Learning, Computer Vision, Computational Photography and Image Processing. From 2013-2018, Tom developed core technology at Apple powering the iPhone’s Portrait Mode. During his early career as a PhD / Post-Doc researcher, he developed inverse imaging technology and published papers in areas such as De-blurring, Super-Resolution, and Depth Estimation, with applications to novel computational camera architectures including Light Fields and coded imaging. He later lead teams in industry and drove innovation at two startups, applying cutting edge Machine Learning methods to Computer Vision problems, applied to automated Photo Retouching products and large scale image recognition, retrieval and representation learning systems. (2,987 words) - [CXO Talk: Ex Apple Engineers: The AI Future of Photography | Glass Imaging](/content/journal/cxo-talk-ex-apple-engineers-the-ai-future-of-photography.html): CXO Talk: Ex Apple Engineers: The AI Future of Photography Written by Tom Bishop, Ph.D.. Algorithms expert with 15 years experience in AI/Deep Learning, Computer Vision, Computational Photography and Image Processing. From 2013-2018, Tom developed core technology at Apple powering the iPhone’s Portrait Mode. During his early career as a PhD / Post-Doc researcher, he developed inverse imaging technology and published papers in areas such as De-blurring, Super-Resolution, and Depth Estimation, with applications to novel computational camera architectures including Light Fields and coded imaging. He later lead teams in industry and drove innovation at two startups, applying cutting edge Machine Learning methods to Computer Vision problems, applied to automated Photo Retouching products and large scale image recognition, retrieval and representation learning systems. (330 words) - [Showcase](/content/showcase/index.html) (270 words) - [Restoring Real Smartphone Image Detail, not Hallucinations, with Glass AI | Glass Imaging](/content/journal/restoring-real-smartphone-image-detail-not-hallucinations-with-glass-ai.html): Restoring Real Smartphone Image Detail, not Hallucinations, with Glass AI Written by Vishal Vinod. Vishal is a Research Engineer focused on implementing and refining novel computer vision and ML algorithms for image restoration. Holding a Master's in Computer Science from UC San Diego with a focus on Vision and Graphics, Vishal has gained valuable experience at IIT-Bombay, IISc, and Google Research, in addition to collaborative research with Oppo and Microsoft. These roles have fueled his interest and also broadened his understanding of various facets of deep learning and computer vision. Vishal is particularly keen on applying insights from the evolving fields of ML and computer vision to practical engineering challenges. (1,266 words) - [Neerja Aggarwal, Ph.D. | Glass Imaging](/content/team/neerja-aggarwal/index.html): Neerja Aggarwal is a light enthusiast working at the forefront of optics and AI at Glass Imaging. Her expertise spans scientific imaging, hardware development, and reconstruction algorithms. Neerja attended MIT for her B.S. in Electrical Engineering and Theater Arts and M.Eng. in EECS. And, she received her Ph.D. in the Computational Imaging Lab at UC Berkeley. Neerja has also worked as an electro-optic engineer at med-tech, biotech, energy, and consumer product companies. Having seen the importance of imaging and sensing across industries, she is passionate about developing deep optics solutions at Glass that unlock new imaging modalities. (150 words) - [Mike Chang | Glass Imaging](/content/team/mike-chang/index.html): Technology Leader in the Smartphone Industry, with over 20 years developing Imaging & Camera solutions at companies including Apple, Xiaomi, Huawei, Microsoft, Cisco and Kodak. Lead roles have included: Technology Planning & building Strategic Partnerships across the Mobile Ecosystem with Start-ups and Fortune500 Companies; defining Sourcing strategies in world-class Supply Chain & Manufacturing orgs, and Engineering Program management roles leading broad cross-functional teams to bring Innovative Products to market. (He was a core member of the iPhone’s founding team that successfully shipped the first 4 generations of iPhones). Mike started his career as a Camera Engineer at Kodak R&D Labs, an alumni of their Image Science Career Development Program for young leaders. (169 words) - [Doug MacEwen | Glass Imaging](/content/team/doug-macewen/index.html): Doug is a software engineer and passionate photographer. Prior to joining Glass Imaging, he built color critical image processing pipelines at his startup Tone and web native real time financial monitoring tools at Factset. Doug discovered a passion for photography over 10 years ago with astrophotography. At Glass, Doug combines his diverse experience and interests to lead development of many projects, including automated dataset generation, Android and iOS development, and low level camera operations like autofocus and microcontroller programming. (137 words) - [The State of the Smartphone Camera | Glass Imaging](/content/journal/the-state-of-the-smartphone-camera/index.html): The State of the Smartphone Camera Written by Doug MacEwen. Doug is a software engineer and passionate photographer. Prior to joining Glass Imaging, he built color critical image processing pipelines at his startup Tone and web native real time financial monitoring tools at Factset. Doug discovered a passion for photography over 10 years ago with astrophotography. At Glass, Doug combines his diverse experience and interests to lead development of many projects, including automated dataset generation, Android and iOS development, and low level camera operations like autofocus and microcontroller programming. (1,362 words) - [What makes a good photo? | Glass Imaging](/content/journal/what-makes-a-good-photo/index.html): What makes a good photo? Written by Cole Cogswell. As VP of Product at Glass Imaging, Cole guides the strategy to make Glass AI a practical advantage for OEMs across market verticals. He partners with leadership to align commercial strategy with the technology roadmap, using his background in Product Design and camera system development to identify high-value solutions. This real-world focus reduces risk for customers and helps the team deliver high-impact solutions. He’s had a lifelong fascination with photography and imaging, influenced at a young age by his family's involvement behind the scenes in TV and movie production. This deep-rooted passion gives him a unique creative perspective on building next-generation camera technology. (1,921 words) - [Terms of Service](/content/terms-of-service/index.html) (1,498 words) - [Eliminating Under Display Camera Diffraction Artifacts with Neural ISP | Glass Imaging](/content/journal/eliminating-under-display-camera-diffraction-artifacts-with-neural-isp.html): Eliminating Under Display Camera Diffraction Artifacts with Neural ISP Written by Neerja Aggarwal, Ph.D.. Neerja Aggarwal is a light enthusiast working at the forefront of optics and AI at Glass Imaging. Her expertise spans scientific imaging, hardware development, and reconstruction algorithms. Neerja attended MIT for her B.S. in Electrical Engineering and Theater Arts and M.Eng. in EECS. And, she received her Ph.D. in the Computational Imaging Lab at UC Berkeley. Neerja has also worked as an electro-optic engineer at med-tech, biotech, energy, and consumer product companies. Having seen the importance of imaging and sensing across industries, she is passionate about developing deep optics solutions at Glass that unlock new imaging modalities. (486 words) - [How AI and iPhone 16 Pro Might Surpass iPhone 17 Pro's Camera Upgrade | Glass Imaging](/content/journal/how-ai-and-iphone-16-pro-might-surpass-iphone-17-pros-camera-upgrade.html): How AI and iPhone 16 Pro Might Surpass iPhone 17 Pro's Camera Upgrade Written by Ziv Attar. Imaging expert with 20 years of experience in Optics and Image Processing. Until recently, Ziv worked at Apple leading various computational photography projects including the famous Portrait Mode that launched with the iPhone 7+ and its derivatives. In 2011 he founded LinX Imaging and served as the CEO until the company was acquired by Apple in 2015. LinX Imaging built the first stereo based Portrait Effect based on dual camera systems which has become a market standard for mobile phones today. The company also developed the first mobile dual camera system that fused a monochrome image with a color image for boosting low light performance and image quality. (1,021 words) - [Realizing the Potential of iPhone 15 Pro Max’s 5x Zoom Lens with GlassAI: A Leap Towards Photographic Excellence | Glass Imaging](/content/journal/realizing-the-potential-of-iphone-15-pro-maxs-5x-zoom-lens-with-glassai-a-leap-towards-photographic-excellence.html): Realizing the Potential of iPhone 15 Pro Max’s 5x Zoom Lens with GlassAI: A Leap Towards Photographic Excellence Written by Doug MacEwen. Doug is a software engineer and passionate photographer. Prior to joining Glass Imaging, he built color critical image processing pipelines at his startup Tone and web native real time financial monitoring tools at Factset. Doug discovered a passion for photography over 10 years ago with astrophotography. At Glass, Doug combines his diverse experience and interests to lead development of many projects, including automated dataset generation, Android and iOS development, and low level camera operations like autofocus and microcontroller programming. (1,152 words) - [Glass Imaging](/content/solutions/xr/index.html) (564 words) - [Manuel Kolmet | Glass Imaging](/content/team/manuel-komet/index.html): Manuel is an AI and Computer Vision expert with 7+ years of experience in applications like Segmentation, Face Alignment and Image Restoration. Manuel earned his experience at his own StartUp IMANOX and Celonis SE where he conceived and engineered Computer Vision, AI and Cloud products for enterprise clients of various industries. He earned his Master’s in Computational Science from Technical University of Munich with a focus on Numerical Mathematics, High-Performance Computing, Artificial Intelligence and Computer Vision and published his thesis at CVPR 2022. (137 words) - [Cole Cogswell | Glass Imaging](/content/team/cole-cogswell/index.html): As VP of Product at Glass Imaging, Cole guides the strategy to make Glass AI a practical advantage for OEMs across market verticals. He partners with leadership to align commercial strategy with the technology roadmap, using his background in Product Design and camera system development to identify high-value solutions. This real-world focus reduces risk for customers and helps the team deliver high-impact solutions. He’s had a lifelong fascination with photography and imaging, influenced at a young age by his family's involvement behind the scenes in TV and movie production. This deep-rooted passion gives him a unique creative perspective on building next-generation camera technology. (161 words) - [Glass Imaging](/content/gallery/0013/index.html) (27 words) - [Glass Imaging](/content/showcase/smartphones/index.html) (539 words) - [Can a $400 smartphone beat the iPhone 14 Pro’s camera with the help of AI? TLDR: yes, even by a lot | Glass Imaging](/content/journal/can-a-400-smartphone-beat-the-iphone-14-pros-camera-with-the-help-of-ai-tldr-yes-even-by-a-lot.html): Can a $400 smartphone beat the iPhone 14 Pro’s camera with the help of AI? TLDR: yes, even by a lot Written by Ziv Attar. Imaging expert with 20 years of experience in Optics and Image Processing. Until recently, Ziv worked at Apple leading various computational photography projects including the famous Portrait Mode that launched with the iPhone 7+ and its derivatives. In 2011 he founded LinX Imaging and served as the CEO until the company was acquired by Apple in 2015. LinX Imaging built the first stereo based Portrait Effect based on dual camera systems which has become a market standard for mobile phones today. The company also developed the first mobile dual camera system that fused a monochrome image with a color image for boosting low light performance and image quality. (1,120 words) - [Jonah Waldman | Glass Imaging](/content/advisors-board-member/jonah-waldman/index.html): Jonah joined Insight in 2023. Prior to joining Insight, he worked at Brighton Park Capital, a growth equity firm founded by the former CIO of General Atlantic and CEO of CA Technologies, where he helped spearhead the firm's Israel strategy, investing in businesses like Coralogix ($142M Series D). (64 words) - [Pranav Garg | Glass Imaging](/content/team/pranav-garg/index.html): Pranav is a Software Engineer and recent graduate from USC's computer science program. At GLASS, he applies his strong problem-solving skills to enhance the performance of GLASS's image processing pipeline. He plays a pivotal role in advancing ancillary software components, including dataset generation and mobile applications, in addition to deploying GLASS's cutting-edge solutions onto target devices. (108 words) - [Privacy Policy](/content/privacy-policy/index.html) (1,098 words) - [Erik Nordlander | Glass Imaging](/content/advisors-board-member/erik-nordlander/index.html): As a general partner at GV, Erik invests across enterprise software and frontier technology, focusing on developer tools, cloud infrastructure, and machine learning. He has backed leaders like Cockroach, Bowery, and CTRL-Labs. Erik also manages GV operations in New York and leads the firm's technical team. (62 words) - [Glass Imaging](/content/gallery/2002/index.html) (15 words) - [Smartphone camera design basics: Optics and form factor | Glass Imaging](/content/journal/smartphone-camera-design-basics-optics-and-form-factor.html): Smartphone camera design basics: Optics and form factor Written by Ziv Attar. Imaging expert with 20 years of experience in Optics and Image Processing. Until recently, Ziv worked at Apple leading various computational photography projects including the famous Portrait Mode that launched with the iPhone 7+ and its derivatives. In 2011 he founded LinX Imaging and served as the CEO until the company was acquired by Apple in 2015. LinX Imaging built the first stereo based Portrait Effect based on dual camera systems which has become a market standard for mobile phones today. The company also developed the first mobile dual camera system that fused a monochrome image with a color image for boosting low light performance and image quality. (1,114 words) - [Ziv Attar | Glass Imaging](/content/team/ziv-attar/index.html): Imaging expert with 20 years of experience in Optics and Image Processing. Until recently, Ziv worked at Apple leading various computational photography projects including the famous Portrait Mode that launched with the iPhone 7+ and its derivatives. In 2011 he founded LinX Imaging and served as the CEO until the company was acquired by Apple in 2015. LinX Imaging built the first stereo based Portrait Effect based on dual camera systems which has become a market standard for mobile phones today. The company also developed the first mobile dual camera system that fused a monochrome image with a color image for boosting low light performance and image quality. (163 words) - [Glass Imaging](/content/gallery/4004-4/index.html) (16 words) - [Glass Imaging](/content/gallery/2004/index.html) (29 words) - [Ramesh Raskar | Glass Imaging](/content/advisors-board-member/ramesh-raskar/index.html): Ramesh Raskar is an Associate Professor at MIT Media Lab and directs the Camera Culture research group. His focus is on Machine Learning and Imaging for health and sustainability. They span research in physical (e.g., sensors, health-tech), digital (e.g., automated and privacy-aware machine learning) and global (e.g., geomaps, autonomous mobility) domains. (55 words) - [Bernard Suwirjo | Glass Imaging](/content/team/bernard-suwirjo/index.html): Bernard is a software engineer specializing in MLOps, with a passion for designing and building robust, scalable systems and tackling the challenges that come with them. At Capital One, he contributed to their Feature Platform by developing feature-lineage and compute frameworks, creating data pipelines, and implementing event-driven microservices for feature calculation. In his role at Glass AI, Bernard is driving enhancements across the machine-learning platform; optimizing pipeline efficiency, automating workflows, maximizing GPU utilization, and refining code profiling and optimization. His work empowers ML engineers to iterate rapidly, evaluate models more effectively, and seamlessly scale the platform as the company grows. (157 words) - [Glass Imaging](/content/gallery/4003-2/index.html) (26 words) - [Jingxi Li, Ph.D. | Glass Imaging](/content/team/jingxi-li/index.html): Jingxi specializes in blending AI capabilities with optical design and image recovery algorithms to elevate mobile imaging technology. Holding a B.S. in Optical Engineering from Zhejiang University and a Ph.D. in Electrical and Computer Engineering from UCLA, his research in deep learning-based computational imaging has been recognized in journals such as Nature Communications, Science Advances, and Advanced Materials. By staying at the forefront of research and leveraging his problem-solving skills, Jingxi is committed to develop AI-based deep optics tools for next-generation smartphone cameras. These developments enable the co-design of optics and ISP modules to deliver unprecedented smartphone imaging capabilities that bridge the gap to professional cameras. (166 words) - [Glass Imaging](/content/gallery/4002-1/index.html) (18 words) - [Laurent Gudemann | Glass Imaging](/content/team/laurent-gudemann/index.html): Laurent is a Machine Learning Engineer at GLASS, specializing in computational photography and deep learning. As a student researcher at ARRI, Laurent applied his passion for image quality to develop advanced deep learning and color correction methods, culminating in the publication of his bachelor's thesis at the Color and Imaging Conference. He holds an MSc in Computer Science and Media from Stuttgart Media University, where his master's thesis focused on efficient AI video restoration. At GLASS, Laurent develops cutting-edge AI-powered computational imaging models for embedded devices and smartphones. Leveraging his experience in image processing, color science, and cinema technology, he merges state-of-the-art research with practical applications to push the boundaries of computational photography. (167 words) - [Glass Imaging](/content/solutions/smartphones/index.html) (545 words) - [Glass Imaging](/content/gallery/4001-1/index.html) (14 words) - [Vishal Vinod | Glass Imaging](/content/team/vishal-vinod/index.html): Vishal is a Research Engineer focused on implementing and refining novel computer vision and ML algorithms for image restoration. Holding a Master's in Computer Science from UC San Diego with a focus on Vision and Graphics, Vishal has gained valuable experience at IIT-Bombay, IISc, and Google Research, in addition to collaborative research with Oppo and Microsoft. These roles have fueled his interest and also broadened his understanding of various facets of deep learning and computer vision. Vishal is particularly keen on applying insights from the evolving fields of ML and computer vision to practical engineering challenges. (153 words) - [Tom Bishop, Ph.D. | Glass Imaging](/content/team/tom-bishop/index.html): Algorithms expert with 15 years experience in AI/Deep Learning, Computer Vision, Computational Photography and Image Processing. From 2013-2018, Tom developed core technology at Apple powering the iPhone’s Portrait Mode. During his early career as a PhD / Post-Doc researcher, he developed inverse imaging technology and published papers in areas such as De-blurring, Super-Resolution, and Depth Estimation, with applications to novel computational camera architectures including Light Fields and coded imaging. He later lead teams in industry and drove innovation at two startups, applying cutting edge Machine Learning methods to Computer Vision problems, applied to automated Photo Retouching products and large scale image recognition, retrieval and representation learning systems. (164 words) - [Home New](/content/home-new/index.html): GLASS Imaging is revolutionizing the way we capture moments. We're not just enhancing your camera; we're extracting its full potential with the power of Artificial Intelligence. (156 words) - [Glass Imaging](/content/gallery/0010/index.html) (30 words) - [Tapio Manninen, Ph.D. | Glass Imaging](/content/team/tapio-manninen/index.html): Tapio Manninen is a seasoned AI researcher with over 15 years of experience in machine learning, computer vision, and MLOps. He holds a PhD from Tampere University of Technology, where his research focused on applying machine learning techniques to signal processing and industrial applications. Most recently, at Xiaomi, Tapio developed advanced imaging algorithms for mobile cameras, specializing in deep learning solutions such as noise reduction and white balancing. He has contributed to over 100 machine learning projects across diverse industries. His recent expertise includes model quantization, optimization, and deployment on mobile NPUs. With a strong background in both startups and established tech environments, Tapio is passionate about data-driven approaches and committed to delivering AI algorithms that solve real-world problems. (160 words) - [Jasper Tan, Ph.D. | Glass Imaging](/content/team/jasper-tan-ph-d/index.html): Jasper leverages expertise in machine learning to develop image restoration algorithms for mobile imaging. He earned his PhD in Electrical and Computer Engineering from Rice University in 2022 with a focus on computational imaging, signal processing, and deep learning. His research has been published in venues such as IEEE Transactions on Computational Imaging, Optics Express, NeurIPS, AISTATS, CVPR, ECCV, and others. (120 words) - [Glass Imaging](/content/solutions/drones/index.html) (593 words) - [Lasse Lampinen | Glass Imaging](/content/team/lasse-lampinen/index.html): Lasse is an accomplished imaging expert with over 15 years of hands-on experience developing advanced imaging systems. He has worked with global technology leaders such as Xiaomi, Intel, and Nokia. Currently, he is focused on leveraging deep learning to create innovative solutions for image restoration. Lasse holds a Master’s degree in Computer Science from Tampere University of Technology, specializing in Image and Video Processing. (121 words) - [Glass Imaging brings Ultra High-Zoom Video enhancement to Snapdragon Summit 2025 | Glass Imaging](/content/journal/glass-imaging-brings-ultra-high-zoom-video-enhancement-to-snapdragon-summit-2025.html): Glass Imaging brings Ultra High-Zoom Video enhancement to Snapdragon Summit 2025 Written by Shivansh Rao. Shivansh leverages expertise in computer vision, signal processing, and deep learning to develop image registration and restoration algorithms for mobile imaging. Prior to Glass, he worked at Qualcomm R&D on hardware-efficient algorithms for 6DoF head-pose-tracking and 3D Reconstruction. He earned his Master's degree from Penn State and Bachelor's from Delhi College of Engineering and has conducted research work at IIT-Kanpur, IIT-Delhi along with collaborative research with Google AI. His research is published at CVPR, ECCV, ACM-MM, and others, along with pending US patent applications. When he’s not making neural networks learn, Shivansh is out learning to surf and play tennis! (552 words) - [Glass Imaging Expands Engineering Team | Glass Imaging](/content/journal/glass-imaging-expands-engineering-team/index.html): Glass Imaging Expands Engineering Team Written by Ziv Attar. Imaging expert with 20 years of experience in Optics and Image Processing. Until recently, Ziv worked at Apple leading various computational photography projects including the famous Portrait Mode that launched with the iPhone 7+ and its derivatives. In 2011 he founded LinX Imaging and served as the CEO until the company was acquired by Apple in 2015. LinX Imaging built the first stereo based Portrait Effect based on dual camera systems which has become a market standard for mobile phones today. The company also developed the first mobile dual camera system that fused a monochrome image with a color image for boosting low light performance and image quality. (657 words) - [Glass Imaging Raises $20 Million Funding Round To Expand AI Imaging Technologies | Glass Imaging](/content/journal/glass-imaging-raises-20-million-funding-round-to-expand-ai-imaging-technologies.html): Glass Imaging Raises $20 Million Funding Round To Expand AI Imaging Technologies Written by Ziv Attar. Imaging expert with 20 years of experience in Optics and Image Processing. Until recently, Ziv worked at Apple leading various computational photography projects including the famous Portrait Mode that launched with the iPhone 7+ and its derivatives. In 2011 he founded LinX Imaging and served as the CEO until the company was acquired by Apple in 2015. LinX Imaging built the first stereo based Portrait Effect based on dual camera systems which has become a market standard for mobile phones today. The company also developed the first mobile dual camera system that fused a monochrome image with a color image for boosting low light performance and image quality. (752 words) - [Glass Imaging](/content/showcase/drones/index.html) (220 words) - [Glass Imaging Announces $9.3M Extended Seed Funding Round Led By GV (Google Ventures) | Glass Imaging](/content/journal/glass-imaging-announces-9-3m-extended-seed-funding-round-led-by-gv-google-ventures.html): Glass Imaging Announces $9.3M Extended Seed Funding Round Led By GV (Google Ventures) Written by Ziv Attar. Imaging expert with 20 years of experience in Optics and Image Processing. Until recently, Ziv worked at Apple leading various computational photography projects including the famous Portrait Mode that launched with the iPhone 7+ and its derivatives. In 2011 he founded LinX Imaging and served as the CEO until the company was acquired by Apple in 2015. LinX Imaging built the first stereo based Portrait Effect based on dual camera systems which has become a market standard for mobile phones today. The company also developed the first mobile dual camera system that fused a monochrome image with a color image for boosting low light performance and image quality. (673 words) - [Glass Imaging Debuts GlassAI Technology at Snapdragon Summit 2024 | Glass Imaging](/content/journal/glass-imaging-debuts-glassai-technology-at-snapdragon-summit-2024.html): Glass Imaging Debuts GlassAI Technology at Snapdragon Summit 2024 Written by Ziv Attar. Imaging expert with 20 years of experience in Optics and Image Processing. Until recently, Ziv worked at Apple leading various computational photography projects including the famous Portrait Mode that launched with the iPhone 7+ and its derivatives. In 2011 he founded LinX Imaging and served as the CEO until the company was acquired by Apple in 2015. LinX Imaging built the first stereo based Portrait Effect based on dual camera systems which has become a market standard for mobile phones today. The company also developed the first mobile dual camera system that fused a monochrome image with a color image for boosting low light performance and image quality. (751 words) - [Glass Imaging](/content/gallery/4002-2/index.html) (21 words) - [Newsroom](/content/newsroom/index.html) (162 words) - [Technology | Glass Imaging®](/content/technology/index.html): Welcome to the future of imaging. At GLASS AI, we have harnessed the power of cutting-edge Neural ISP technology to redefine what's possible with compact camera systems. Say goodbye to noisy, blurry images, and embrace the clarity and detail that our neural networks unveil. (293 words) - [Glass Imaging](/content/showcase/xr/index.html) (170 words) - [Glass Imaging](/content/gallery/2012/index.html) (18 words) - [Glass Imaging](/content/gallery/3003/index.html) (31 words) - [Glass Imaging](/content/gallery/0002/index.html) (24 words) - [Hao Ban | Glass Imaging](/content/team/hao-ban/index.html): Hao is an Imaging Algorithm Engineer with over 4 years of experience in smartphone camera-based image processing. He previously worked at Xiaomi Finland, where he contributed to ISP pipeline development, focusing on Auto White Balance (AWB) and Auto Exposure Control (AEC), and has played a key role in innovations recognized by both EU and US patents. In addition, Hao has gained significant expertise at a Finnish startup company, particularly in multi-frame imaging solutions that have been successfully integrated into flagship smartphones from major brands such as OPPO and Huawei. He holds a Master’s Degree in Artificial Intelligence from the University of Oulu and is passionate about photography, excelling with both smartphone cameras and DSLRs. (167 words) - [Shivansh Rao | Glass Imaging](/content/team/shivansh-rao/index.html): Shivansh leverages expertise in computer vision, signal processing, and deep learning to develop image registration and restoration algorithms for mobile imaging. Prior to Glass, he worked at Qualcomm R&D on hardware-efficient algorithms for 6DoF head-pose-tracking and 3D Reconstruction. He earned his Master's degree from Penn State and Bachelor's from Delhi College of Engineering and has conducted research work at IIT-Kanpur, IIT-Delhi along with collaborative research with Google AI. His research is published at CVPR, ECCV, ACM-MM, and others, along with pending US patent applications. When he’s not making neural networks learn, Shivansh is out learning to surf and play tennis! (156 words) - [Greg Gilley | Glass Imaging](/content/advisors-board-member/greg-gilley/index.html): Former VP of Camera and Photos at Apple leading the imaging and photos revolution of iPhone and other Apple products. Before joining Apple Greg was VP of Engineering at Adobe leading products like Photoshop and After Effects, and also served as Adobe's co-CTO. (59 words) - [Evan Nisselson | Glass Imaging](/content/advisors-board-member/evan-nisselson/index.html): Evan founded LDV Capital in 2012 which invests in people building businesses powered by visual technologies from computer vision, machine learning and artificial intelligence that analyze visual data. We invest at the earliest stages of a company typically with a prototype or some initial customer validation. Some example visual technology verticals: Photonics, Autonomous Vehicles, Mapping, Robotics, Food/Agriculture, Augmented Reality, Logistics, Manufacturing, Search, Security, Entertainment, Healthcare and much more. The unique LDV Capital platform includes an annual LDV Vision Summit, LDV Community, annual LDV Insights reports and extensive expert network. Evan is a serial entrepreneur, professional photographer and digital media expert since the early 1990's. His international expertise ranges from building four visual technology businesses to assisting technology startups in raising capital, business development, marketing and product development. He is a frequent speaker, moderator and master of ceremonies at technology conferences. In 2003 They Called Evan Crazy - "He Said Phones Would Replace Point & Shoot Cameras." (173 words) - [Glass Imaging](/content/gallery/0002-2/index.html) (21 words) - [Praveen Akkiraju | Glass Imaging](/content/advisors-board-member/praveen-akkiraju/index.html): Before joining Insight Partners as Managing Director, Praveen led and scaled high-growth companies including VCE (acquired by EMC) and Viptela (acquired by Cisco), where he served as CEO and helped define new market categories in cloud infrastructure and enterprise SaaS. Earlier in his career, he was an engineering leader at Cisco, contributing to the foundational platforms of the modern Internet. He brings a deep product and operational lens to investing, with a focus on automation, data platforms, DevOps, security, and infrastructure software. (87 words) - [Careers](/content/careers/index.html) (77 words) - [Glass Imaging](/content/gallery/4002-3/index.html) (32 words) - [Glass Imaging](/content/gallery/4004-7/index.html) (11 words) - [Glass Imaging](/content/gallery/4001-2/index.html) (22 words) - [Glass Imaging](/content/gallery/4001-3/index.html) (21 words) - [Glass Imaging](/content/gallery/2005/index.html) (18 words) - [Glass Imaging](/content/gallery/4004-10/index.html) (16 words) - [Glass Imaging](/content/gallery/4002-4/index.html) (27 words) - [Glass Imaging](/content/gallery/2003/index.html) (23 words) - [Glass Imaging](/content/gallery/4004-9/index.html) (13 words) - [Aram Danielyan, Ph.D. | Glass Imaging](/content/team/aram-danielyan/index.html): Aram is an imaging expert with 15 years of experience. He has a wide range of expertise covering various aspects of imaging algorithm development, including problem analysis, algorithm design, efficient implementation, hardware optimizations, calibration and characterization, and perceptual quality tuning. He has developed world-class imaging solutions found in commercial devices from companies such as Xiaomi, Huawei, Microsoft, FLIR, and Nokia. Prior to joining Glass, he worked as a technical and team lead at Xiaomi, where he contributed to bringing AI to the camera ISP. (90 words) - [Glass Imaging](/content/gallery/0001/index.html) (22 words) - [Glass Imaging](/content/gallery/4003-3/index.html) (30 words) - [Glass Imaging](/content/gallery/4004-1/index.html) (30 words) - [Glass Imaging](/content/gallery/2018/index.html) (15 words) - [Glass Imaging](/content/gallery/3002/index.html) (19 words) - [Glass Imaging](/content/gallery/4004-6/index.html) (11 words) ## About Pages - [Team | Glass Imaging® | AI Delivering Next Generation Image and Video Quality](/content/team/index.html): GLASS Imaging is revolutionizing the way we capture moments by unlocking the full potential of cameras with artificial intelligence. (129 words) ## Resources - [Full Page Index](/index.html): Browse all cached pages with rich metadata - [About This Cache](/content/about.html): Methodology, technical details, and usage guidelines - [XML Sitemap](/sitemap.xml): Machine-readable sitemap for crawler discovery - [Robots.txt](/robots.txt): Crawler directives