We have deep expertise in PACS operations and DICOM-conformant applications, with a strong understanding of SOP Classes and DIMSE operations. Our team is proficient in DICOM Web Services, including WADO-RS, QIDO-RS, and STOW-RS, enabling seamless integration, retrieval, and storage of medical imaging data in compliance with industry standards.
We specialize in implementing and configuring HL7 messaging protocols, with proven expertise in developing HL7 interfaces for seamless integration across healthcare systems. Our team is well-versed in both HL7 Version 2.x and Version 3 standards, ensuring reliable and efficient healthcare data exchange.
We have strong expertise in FHIR-based APIs, FHIR resources, and RESTful services, enabling efficient and standardized healthcare data exchange. Our team is proficient in working with FHIR Profiles, Extensions, and both JSON and XML formats. We are also experienced with HAPI FHIR and FHIRPath for advanced data processing and integration.
We have in-depth knowledge of IHE profiles and specialize in configuring IHE actors to ensure seamless interoperability and compliance with healthcare standards. Our team is experienced in implementing workflows based on IHE Integration Profiles such as XDS, PIX, and PDQ, enabling efficient health information exchange and reliable system integration.
We specialize in the development and continuous enhancement of DICOM viewers tailored for modern medical diagnostic needs. Our team has hands-on experience in building next-generation image viewers using the OHIF Viewer platform, ensuring fast, secure, and highly interactive viewing capabilities for diagnostic radiology applications.
Our capabilities extend to advanced image processing functionalities including Zoom, Pan, Window Width/Level (WW/WL) adjustments, Rotation, and Threshold/Brightness controls. We also bring precision to 2D and 3D medical measurement tools, including specialized features for fetal thigh measurements, manual volume estimations, and automated volume measurements to support clinical decision-making.
We offer robust rendering of 3D and 4D data with support for MPR (Multi-Planar Reconstruction), SR/Glass/Luminance Rendering, Slabbed MPR, Black & White or Color Rendering Modes, and Blend Modes. Our expertise in technologies such as OpenGL, CUDA, shader programming, and Cornerstone3D enables us to deliver smooth, high-resolution volume rendering that enhances diagnostic clarity.
Our acquisition software solutions support a wide range of ultrasound probe types and imaging modes, including 2D Probe (Easy 3D), 2D Probe with Sensor (Sensor 3D), 4D Probe (Single Sweep & Multiple Sweep), and both real-time and historical rendering views.
We develop intelligent Clinical Decision Support Systems (CDSS) that assist healthcare professionals in making accurate and timely decisions. Our solutions integrate seamlessly with imaging platforms and electronic health records (EHR), leveraging real-time data, rule-based logic, and AI models to provide diagnostic suggestions, highlight critical findings, and reduce oversight risks.
Tailored to you we create custom software specifically designed to meet your unique business needs.
We leverage the latest technology to provide forward-thinking solutions that address the evolving needs of the healthcare industry.
Our team has extensive experience and specialized knowledge in healthcare IT, ensuring the delivery of high-quality, reliable solutions.
We focus on enhancing patient care and outcomes, supporting healthcare providers in delivering exceptional services.
Our solutions adhere to industry standards and regulations, ensuring data security and compliance.
