Hospitals and health systems are benefitting from an explosion of information technologies to help run their facilities, improve patient care and keep costs contained. And with this influx of data comes an enormous responsibility for hospital IT teams to manage the rapidly growing pool of healthcare information so that it is secure and compliant, is always accessible, and isn’t compromised.
Be it digital patient data in the form of electronic health records (EHR) and electronic medical records (EMR), research and medical imaging, or video surveillance footage, healthcare institutions need a reliable means to store, protect, and access data.
Flexible Data Storage Solutions to Match Your Healthcare IT Requirements
DataCore provides enterprise-class Software-Defined Storage (SDS) solutions for hospitals and healthcare organizations to ensure high data availability.
With DataCore, a medical practitioner or caregiver is always able to get access to the data that they need, ensuring no disruption to patient care and driving positive health outcomes.
Allowing unparalleled flexibility to expand and modernize your storage infrastructure with a vendor-neutral hardware approach, DataCore helps healthcare IT departments optimize storage spend and reduce TCO. Thousands of hospitals around the world benefit from using DataCore to address mission-critical healthcare IT challenges while maximizing the availability, performance, and utilization of IT resources.
For high-performance SAN and hyperconverged infrastructures
- Ensure continuous operations of your hospital information systems (HIS) by avoiding storage-related downtime
- Optimize and protect existing storage investments and reduce costs
- Improve responsiveness of storage to support EHR/EMR applications
Global file system for collaboration across distributed sites
- Create a distributed file system to store patient records, scans, MRIs, X-rays, billing files
- Simplify file sharing and collaboration across distributed locations
- Automatically migrate files to the storage systems that best fit the need
For scalable data access, delivery, and archive
- Store and protect your growing data on economical on-premises S3-accessible object storage
- Enable on-demand access to digital assets from a resilient vendor neutral archive (VNA)
- Help shield against attacks via configurable data immutability and WORM
We have looked at a lot of different technologies. The capabilities of DataCore’s software-defined storage offering not only align with our uncompromising standards but allow us to continue to deliver patient care seamlessly without interruption, which is critical to our mission.
Because we are a small IT staff, we wear a lot of hats—and we get pulled in a lot of directions. As a result, DataCore’s simplicity of management and ease-of-use is just as important to us as its cost-effectiveness and overall performance. When our team is called on to handle IT for multiple facilities, we can put whatever systems the newly acquired hospitals have under our existing infrastructure—because we have a software-defined infrastructure that will support this growth.
High availability was the first and foremost reason for going with DataCore—and for continuing with it. Now, everything that is mission-critical to the running of the hospital is supported by the DataCore software-defined storage platform. Users not only receive faster access to data, but they benefit from more server capacity as well.
How DataCore SANsymphony can help:
- Reduce disruptions and achieve zero downtime, with zero recovery point objective (RPO) and recovery time objective (RTO). Using a combination of synchronous mirroring and asynchronous replication techniques, data copies can be created locally or hundreds of miles away. Automatic failover and failback mechanisms ensure business continuity.
- In the event of a ransomware attack or other security incidents causing data loss, Continuous Data Protection (CDP) restores data to any point in time, even seconds before the attack, minimizing operational impact.
- Easily add/change/decommission storage gear and integrate new technology (such as NVMe) into your hospital IT infrastructure without disruption to healthcare operations.
- Seamlessly migrate data between disparate storage systems without incurring downtime or undertaking expensive forklift operations.
How DataCore vFilO can help:
- vFilO creates a global file system from which all medical images, patient records, and analytics data currently held on NAS devices and NFS file shares can be easily accessed without worrying about the actual physical file storage location.
- Files can be dynamically migrated behind the scenes between systems based on custom policies to meet performance, availability, cost, and compliance requirements. vFilO uses AI/ML-driven automation to govern file placement.
- Free up space on primary NAS systems by offloading cold data to secondary storage (object/cloud storage). Balancing and redistributing the files also helps to reduce storage performance problems.
How DataCore Swarm can help:
- Build a securely accessible medical data archive on-premises that can scale from Terabytes to Petabytes on any mix of standard servers.
- Scale from simple user-based access to full role-based access control (RBAC) leveraging Active Directory, LDAP, PAM, token-based authentication or SAML 2.0.
- Simplify storage administration and user access to data via a robust and intuitive web-based console.
How DataCore Software-Defined Storage can help:
- Unify how you provision capacity, control data placement, and ensure data protection across your diverse storage infrastructure.
- Extend the life of existing storage while gaining the clout to negotiate the best price for new hardware.
- Lower your costs by automatically migrating less critical data to cheaper storage.
By providing a virtual storage pool that abstracts storage from different vendors’ systems and dynamically assigns workloads to optimal storage tiers based on performance requirements, DataCore enables hospitals to scale up or scale out applications while efficiently using all available resources.