U Scope Technologies develops solutions to assist businesses that inspect residential and commercial properties. By leveraging AI technology through a collaborative team approach, our solutions are specifically designed to provide a safer and more efficient process for inspecting building structures and assets that may be damaged. The PHOTO iD photo management and custom report platform improves the risk-assessment documentation lifecycle by enabling inspectors to generate and share fully captioned photo inspection reports in real time. At the same time, file reviewers and desk examiners can remotely assist team members and clients through a virtual platform that helps capture unforeseen elements of the property to streamline the process.Our award-winning platform enables companies to a deliver faster, safer, and more efficient process to customers throughout the entire claims or risk assessment lifecycle by helping streamline the field inspection documentation process with an array of innovative photo and video capturing tools within a single team collaborative ecosystem to improve field inspection efficiency, decrease field support management, and decrease inspection errors all while settling more claims per day and boosting policyholder satisfaction. Our mobile and web-based inspection camera platform enables insurers and underwriters to create and share custom inspection workflow templates to safely guide adjusters, field reps or policyholders through any field inspection via remotely or by utilizing our platform’s proprietary automated inspection guidance feature that fully navigates the photo capturing process to ensure all required images are always captured even when Internet and Wi-Fi connectivity are not readily available. In addition to providing a superior inspection documentation experience, PHOTO iD also offers the ability for team members to communicate in real-time with video assist or chat enabling full transparency for all parties while working together seamlessly throughout the entire inspection process.