OnePACS
OnePacs is a cloud-based, web-accessible PACS, RIS, and structured-reporting platform purpose-built for teleradiology practices, imaging centers, hospitals, clinical trials, and healthcare networks. Developed by radiologists for radiologists, it integrates modality workflows, image transmission, FDA-cleared diagnostic viewing, secure storage, archiving, disaster recovery, automated structured reporting, voice recognition integration, and a unified “OneWorklist” interface that consolidates studies across locations. It supports multi-user, location-agnostic access with 99.99% uptime, HL7/EMR compatibility, HIPAA compliance, advanced peer-review tools, quality assurance modules, and CaseLink for secure case sharing. Its high-performance web DICOM viewer delivers fast, mobile, and desktop diagnostic access, making implementation fast (often under two weeks), scalable, and supported by a 24/7 US-based service.
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RADIOLens
Radiolens is an AI-enabled PACS radiology workflow solution that makes diagnostic workflows smoother by automatically detecting bad-quality scans and creating preliminary reports for some most common modalities. It enables clinical collaboration, provides workflow efficiency, and enables well-informed decision-making. Automated assignments for workload optimization. Get AI-enabled quantitative and qualitative actionable insights to boost your reporting speed and accuracy. Lightweight DICOM Viewer to open cases even from mobile devices. Remove on-site presence constraints with an on-cloud solution. Get real-time notifications on your device! Best accuracy, Unlimited backup, and Simple archiving of images. Get instant AI-assessed biomarkers for qualitative and quantitative descriptions such as CCAP diameter, listhesis, compression fractures, IV disc height, and thecal sac. Our intelligent server auto-matches templates to studies based on patient gender and modality.
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Sirona
Sirona Medical offers a fully cloud-native radiology platform, RadOS, that unifies every major radiology-IT function (worklist, image viewing, archive, reporting, and AI) into a single, browser-based workspace. RadOS runs entirely on the cloud (via AWS), eliminating the need for on-site servers, software installs, or hardware maintenance. Radiologists can access the system from any device with a Chromium-based browser, giving them global access to imaging and patient information anytime, anywhere. It includes a unified PACS archive with 99.99% availability and high-performance retrieval, along with an integrated viewer that handles imaging even when series descriptors are inconsistent, thanks to a patented ontology. Its “Pixel-Powered Reporter” uses agentic AI, a radiology-specific large-language model, and advanced NLP to pre-draft structured, study-aware reports and to auto-generate impressions tailored per radiologist.
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ImageGrid PACS
ImageGrid PACS is a cost-effective and fully featured picture archiving and communication system that supports multi-modality image archiving, management, visualization, and optimized workflow across healthcare networks. With over 4,000 installations, it offers scalable DICOM storage, from 1 TB up to hundreds of terabytes, with RAID architecture and easy expansion as needs grow. It features self-monitoring and automated reporting (via SMTP or ASTRA notifications) to maintain operational continuity, and a web-based administration interface for simplified setup and management. Image management tools include patient merge/split/link functions, rule-based automated pre- and post-fetching of priors, quality control, anonymization, and DICOM encapsulation of non-DICOM files (PDFs, JPEGs, TIFFs). The proprietary Dynamic Tag Morphing engine enables policy-driven modification of DICOM headers for consistent retrieval of prior images across studies.
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