Scaida is an innovative AI-Powered diagnostic assistant designed specifically for radiologists. Scaida platform offers a range of features to help radiologists prioritize cases, generate standardized reports, and reduce the burden of diagnostics.
One of Scaida’s key features is its ability to prioritize critical cases, ensuring that radiologists are able to focus their time and attention on the most urgent cases. Additionally, the platform offers a range of templates that can be used to
automatically populate reports, helping radiologists generate high-quality reports quickly and easily.
Scaida is a cloud-based SaaS platform, which means that it can be accessed from anywhere with an internet connection. This makes It ideal for use in hospitals and clinics where radiologists may need to work remotely.
Furthermore, Scaida offers migration services to help clinics and hospitals transition from their current on-site software to the cloud-based platform while maintaining clinical history.
Scaida Flow is a cloud-based platform, that ensures accessibility from any location with an internet connection. This feature is particularly advantageous in hospitals and clinics where radiologists may need to work remotely.
Additionally, Scaida Flow offers migration services to assist clinics and hospitals in transitioning from their current on-site data storage to the cloud-based platform while preserving clinical history.
Scaida Flow is an innovative diagnostic platform designed explicitly for radiologists, offering a comprehensive suite of features to streamline case management, facilitate automatic report generation, and reduce the burden of diagnostics.
While Scaida Flow shares many features with Scaida, it distinguishes itself by excluding the AI module. Nevertheless, it still provides the tools to help radiologists prioritize cases effectively. The platform offers a range of templates that can be used to Auto-populate reports, enabling radiologists to generate high-quality reports more efficiently and effortlessly.
Scaida DetectCT, a trailblazing AI-driven module, seamlessly integrates with any AI-adaptive workflow employed by radiologists, ensuring a smooth and efficient implementation within existing systems. As a cloud-based solution, it offers unparalleled flexibility, scalability, and accessibility, allowing healthcare professionals to harness its advanced capabilities anywhere and anytime.
This sophisticated module, powered by state-of-the-art machine learning algorithms, not only streamlines complex diagnostic processes but also elevates the standard of patient care by rapidly and accurately detecting abnormalities across a diverse range of medical scans. Its compatibility with various anatomical regions, including the head, neck, shoulder, chest, abdomen, lumbar spine, pelvis, and orbit, further cements its position as an invaluable asset in the ever-evolving landscape of medical imaging and diagnostics.
Scaida DetectCT’s cutting-edge technology, with its cloud-based architecture and seamless integration capabilities, positions it at the forefront of this transformative era in healthcare. By redefining the medical imaging domain, Scaida DetectCT is poised to revolutionize how radiologists work and enhance the overall quality of healthcare delivery.
For hospitals, imaging centers, and radiologists interested in integrating an AI module into their existing cloud-based HIS/PACS.
Additionally, this solution is accessible to other health-tech companies operating within
a similar domain.
Scaida BrainCT is a groundbreaking AI-driven module that seamlessly integrates into any AI-adaptive workflow used by neuroradiologists, ensuring smooth and efficient implementation within existing systems. As a cloud-based solution, it offers unparalleled flexibility, scalability, and accessibility, allowing healthcare professionals to harness its advanced capabilities from anywhere, at any time.
In medical imaging diagnostics, precision is paramount—especially when analyzing brain CT scans. Scaida BrainCT employs advanced neural networks to revolutionize the interpretation of complex medical imaging, offering a new level of support in identifying brain anomalies. This sophisticated module, powered by state-of-the-art deep learning algorithms, not only streamlines complex diagnostic processes but also elevates the standard of patient care by rapidly and accurately detecting abnormalities.
Diagnosing brain anomalies from CT scans is a complex and delicate task. Variability in scan quality, subtle differences between healthy and pathological tissues, and the high volume of scans can overwhelm even experienced radiologists. Scaida BrainCT addresses these challenges by providing an additional layer of analysis, reducing the risk of human error and enhancing diagnostic capabilities.
Scaida BrainCT’s customized semantic segmentation models act as a second set of eyes for radiologists, offering detailed interpretations that complement their expertise. This BrainCT module is offered as part of the overall Scaida ecosystem or can also integrate seamlessly with existing HIS/PACS solutions, ensuring a smooth workflow. The continuous advancements in AI technology promise to further elevate the standards of neurological diagnostics, making Scaida BrainCT a vital tool in modern healthcare.
Traumatic Injuries
Bone Fractures
Hemorrhages
Infections/Inflammatory Conditions
Sinus and Nasal Conditions
Ear and Mastoid Conditions
Other Inflammatory Conditions
Vascular Anomalies
Infarcts
Hemorrhages
Vascular-Related Edema
Neoplastic Conditions
Primary Brain Tumors
Other Neoplastic Conditions
Degenerative/Chronic Conditions
Chronic Infarcts and Demyelination
Calcifications and Atrophy
Developmental/Anatomical Variations
Brain Structure Variations
Cysts and Developmental Anomalies
Bone and Facial Structure Anomalies
Scaida serves as a Hospital Information System (HIS) that integrates Picture Archiving and Communication System (PACS) and Radiologists Information System (RIS) functionalities. This all-encompassing solution streamlines the entire diagnostic workflow, enabling radiologists to manage their practices efficiently and deliver high-quality patient care.
Manages the patient
demographics and
communications channels.
Allows for entry of the requisition data into the system and the mapping of this to an invoice and procedure(s).
Calculates the price and generates an invoice (payment currently to be performed by a 3rd party process), allowing for set prices and discretionary discounts.
Manages an MWL, which the client’s OEM Equipment can connect to (DIMSE, DICOM Web) and gather pending procedures.
Provides a DIMSE endpoint to accept DICOM images, will match the received image to a patient, or if the patient is missing will create the relevant records.
Provides a DICOM Web-enabled server to store the images and associated artifacts, this will also manage the work lists.
Provides a workflow that integrates with the DICOM server to perform an analysis of the received studies. The results from the analysis are shown on the UI.
Uses pre-built templates matched to the procedure to provide a skeleton report. The radiologist (or transcriber) can update this report to reflect the observations and impressions, then upload it for storage within Scaida.
Scaida revolutionizes the healthcare industry with its seamless and efficient workflow, making it an ideal solution for integration with your existing software systems.
By prioritizing user experience, Scaida ensures an easy-to-navigate interface that simplifies the process of managing patients’ data, appointments, and billing information.
The platform’s adaptability makes it compatible with a wide range of software, eliminating the need for costly and time-consuming data migration. With Scaida’s robust features, healthcare professionals can now focus on providing top-notch patient care while enjoying streamlined operations. Choose Scaida today for an effortless integration, enhanced productivity, and an optimized healthcare management experience.
