Digital storage solution offering flexibility, accessibility, and efficiency in the storage and retrieval of medical imaging data.
Centralized system designed to streamline, standardize, and automate processing of medical imaging data within a cloud-based environment.
IHR.HEALTH has built its VNA on the core precept that vendor-neutrality is, and always will be, at the heart of everything we do. The original intent of a vendor-neutral archive has been blurred to such an extent, that vendor-neutrality has been essentially diluted over time. IHR.HEALTH provides a fresh perspective on VNAs, unencumbered by legacy code or misperceptions about Cloud technology. We are driven by our passion to constantly innovate, and by the relentless march of digital transformation in healthcare.
IHR.HEALTH will play a pivotal role in modernizing and optimizing the storage of medical imaging data by offering:
Efficiently manage and optimize cloud storage resources. This includes scalable storage solutions, data redundancy, and backup strategies to ensure data availability and integrity. This eliminates the need for large upfront investments in hardware and provides a flexible, cost-effective archive solution.
Allowing healthcare organizations to leverage the benefits of both on-premises and cloud-based storage solutions, catering to diverse data management needs.
Implementation of zero-trust security models to ensure continuous monitoring and verification of users, devices, and applications accessing the Cloud VNA.
Support for emerging imaging modalities and technologies, ensuring compatibility with new devices and imaging techniques as they become available.
Robust backup and disaster recovery mechanisms, ensuring data availability and integrity even in the face of unexpected events. Redundancy measures further enhance the reliability of IHR.HEALTH
The IHR.HEALTH imaging workflow engine is a centralized hub for managing and automating a wide range of maging workflows, from the most simple image routing tasks to some of the most complex imaging workflow requirements. It offers:
Efficient image ingestion from unlimited diverse sources, including imaging devices, Picture Archiving and Communication Systems (PACS), and other healthcare information systems.
Data Standardization to ensure consistency and adherence to standards by converting and standardizing medical imaging and data formats. This promotes interoperability and seamless integration with among disparate systems.
HL7 ⇾ HL7HL7 ⇾ DCMHL7 ⇾ FHIRFHIR ⇾ HL7DCM ⇾ DCMAI workflow orchestrationAutomation and orchestration of the entire imaging workflow, from image acquisition to storage, analysis, and distribution. This reduces manual interventions, minimizes errors, and enhances overall efficiency.
Integration with tools that facilitate collaboration among healthcare professionals for image sharing, annotation, and communication.
Decision support allowing the workflow to adapt based on certain conditions or input variables. This enables dynamic and flexible process execution.
Reporting and analytics features, allowing organizations to track performance metrics, identify bottlenecks, and optimize clinical, operational and financial processes over time.
Built by experts with over 50 years of combined experience in the field of healthcare imaging, software development and cloud infrastructure.
Dynamic workflow customization that allows organizations to adapt workflows based on specific needs and evolving medical practices. This flexibility ensures that the solution aligns with the unique requirements of different healthcare specialties.
Ability to deliver an interoperable, secure, and future-ready solution that optimizes the management of imaging data in healthcare.
Turn-key cloud-based application complemented with 24/7 support operations with a customer-centric approach, thereby, eliminating the need for clients to install, configure, manage, and maintain the software locally.
Scalability solutions that scale with the growing needs of our clients, providing a cost-effective and adaptable software environment.
Intuitive interface that empowers novice users to navigate the system confidently and efficiently.