APERIS Trademark

Non-downloadable cloud-based software using artificial intelligence for theanalysis of megapixel digital image data; Software as a Service (SaaS) usingcomputer vision software for automated detection and situational awareness

Integrated artificial intelligence (AI) vision system comprised of high-resolution digital cameras featuring image sensors, computer hardware for data processing, and embedded computer software for real-time image analysis, object recognition, and automated visual inspection; Embedded computer software sold as a unit with computer hardware, digital cameras, and distance sensors for use in industrial automation, quality assurance, environmental situational awareness, and computer vision for surveillance purposes; Downloadable computer software for mobile devices used to manage, search, save, and archive high-resolution video image files using AI-powered video image object detection; Apparatus and instruments for remote health assessment and physiological measurement, namely, a digital medical scanning system comprised of thermal imaging sensors for body temperature measurement, infrared pulse oximetry sensors for measuring heart rate and blood oxygen, AI-enabled software for analysis of physiological parameters, radar sensors for distance assessment andcompensation, embedded software, computer hardware, and liquid crystal display, all sold together as a unit; AI-enabled device for remote biometric and anthropometric assessment for medical diagnostic and triage purposes; System comprised of multispectral vision sensors, distance measuring radar, infrared pulse oximetry sensors, onboard digital display, computer hardware and embedded software sold as a unit for remote biometric and anthropometric assessment; Device comprised of hardware and embedded software for non-invasive biometric and anthropometric assessment, namely, estimation of age, gender, height and weight of remote subjects; Remote health assessment device comprised of embedded computer software and hardware for AI-enabled facial keypoint detection and real time video analysis of body temperature, heart rate, and blood oxygen levels for medical diagnostic and triage purposes, all sold as a unit; Downloadable computer software for mobile devices, namely, application software for receiving, displaying, and organizing physiological and biometric data from a remote security health assessment device; Computer hardware and recorded software sold as a unit for AI-driven video compression and archiving; Video surveillance and archiving system comprising computer hardware and embedded software for capturing, compressing, and storing video and audio data from IP cameras; System for video surveillance capture, compression, and archiving, namely, video management system (VMS) servers, central processing units (CPUs), graphics processing units (GPUs) featuring tensor cores for deep learning, and internal solid-state drives and hard drives for electronic data storage; Computer hardware for video archiving with integrated cybersecurity features for secure data transmission and encrypted storage; Embedded software for the intelligent compression of video data to optimize storage capacity sold as a unit with video compression hardware; Video compression hardware and embedded computer software for managing video streams, hardened security protocols, and real-time video analytics; Computer hardware for video archiving designed for parallel integration with network video recorders (NVR) and video management systems (VMS); Downloadable Software for the synchronization and archival of video data streams from multiple IP camera sources; Downloadable Software for the creation of searchable metadata and indexing of video archives; Downloadable Software for providing real-time text and email alerts based on network status and hardware performance monitoring; Downloadable Software for the remote retrieval and playback of archived high-definition video streams; Computer hardware for extending the retention period of existing video surveillance networks through AI based data compression