An existing Infoblox NIOS DDI, Network Insight Discovery and Reporting and Analytics customer, the hospital needed to separate its primary network for care providers and administrators from its and “guest” network serving patients and visitors. To meet HIPAA compliance and security requirements, the hospital’s IT team wanted to separate its enterprise platform for doctors and medical staff from its “guest network” used by patients and visitors in order to reduce risk with regards to data privacy and security.
It wanted to minimize the potential of sharing confidential medical information over the guest Wi-Fi platform. The hospital was also interested in lowering costs wherever possible by avoiding expensive infrastructure deployments and management at remote clinic and satellite locations. The IT team was wary of hardware acquisition costs and the network overhead associated with code upgrades and maintenance responsibilities versus efficiencies gained by deploying cloud-enabled and SaaS-based solutions. The hospital’s goals were to ensure patient HIPAA compliance, reduce risks with regard to data privacy and security, minimize hardware acquisition costs at distributed locations, offload network overhead and maintenance costs and simplify operations. Administrators also wanted to supply an appropriate, reliable connective experience for medical teams and families caring for loved ones stricken with life-impacting illnesses.
HIPAA Compliance, Providing Privacy and a Secure Connected Experience
The work of helping people suffering from serious medical illness and facing life-and-death scenarios is difficult. To find cures and enable healing, the hospital requires a highly functioning network of specialists, technology, knowledge, training, treatments and personal care. Clinicians and staff must care for the sick, deliver exceptional healthcare outcomes and experiences and run its business—ensuring regulatory compliance and data security, limiting risk, finding efficiencies and lowering costs and overhead. Its network services are mission critical. They must be secure, “always on” and operating at peak performance to support over 4,000 devices and nearly 1,500 users across its clinical research center, hospital, graduate medical school and pharmaceutical manufacturing facilities. HIPAA regulation compliance is essential, as is reducing risks to personal privacy and maintaining data and network security.
While Infoblox provides reliable availability and performance in its data centers, hospital decision makers realized the need to separate core network services used by medical teams and staff to ensure that private patient medical data is not dispersed across its Wi-Fi guest network. The challenge was how to add a guest network cost effectively and efficiently while delivering an outstanding connected experience at each of its distributed locations. Initially, the IT team considered adding a second Infoblox Grid for the guest network, but that approach was more robust than needed and required dedicated hardware appliances at each location, plus ongoing software upgrades and maintenance—all supported by a small, already over-tasked IT team. So, IT administrators looked to Infoblox for recommendations on alternative approaches.
Cloud Enabled BloxOne DDI for Medical Guest Wi-Fi
The Infoblox account manager and solution architect working with the hospital’s team advised using a cloud-enabled BloxOne DDI architecture for the guest Wi-Fi network. BloxOne DDI is the industry’s first cloud-managed solution for distributed environments and is ideal for medical guest Wi-Fi deployments. It offers reliable direct Internet access for distributed sites and ensures locally survivable connectivity to SaaS apps and locations. BloxOne DDI is locally hosted using a Docker container or virtual machine, simplifying and centralizing remote IT management and control across all sites and locations. It works in hybrid environments and delivers the high availability and resiliency needed in mission-critical healthcare settings. Further, because its cloud managed, BloxOne DDI eliminates the need for the IT team to manage software upgrades, routine maintenance, time and cost.
BloxOne DDI enables the hospital’s small IT staff to attend to higher-priority tasks rather than day-to-day administration. It also supports authoritative and recursive DNS, DNS security extensions, active-active or active-passive DHCP and authoritative IPAM. These features are future proofing the hospital against business growth needs through BloxOne DDI’s ability to scale from tens to thousands of locations. It also provides added efficiencies through automating configuration, provisioning, templates and policies, centralized reporting and visualization and full API support for integrating into new and existing applications. Best of all, BloxOne DDI substantially lowers the cost of deploying physical appliances at each location. As these benefits aligned exactly with the hospital’s objectives, the hospital decided to add BloxOne DDI to its existing NIOS DDI environment.
Improved Compliance and Security, Lower Costs, Better Efficiency and a More Connected Experience
With NIOS DDI, Network Insight discovery, Reporting and Analytics and DNS Traffic Control, Infoblox delivers a reliable, enterprise-grade, core network services solution for doctors, healthcare teams, researchers and medical students. Infoblox enables authoritative discovery and visibility into all network assets. It provides access into summary and forensic historical and current DDI metadata and predictive analytics for better network management. And the IT team can now manage network traffic loads to keep applications available and resilient.
By isolating its core on-premises data network and adding cloud-enabled BloxOne DDI, the hospital can extend an enterprise-grade, best-in-class digital experience to Wi-Fi guests including families and friends of patients with life-impacting health issues. BloxOne DDI ensures a highly available, wel-performing and resilient Wi-Fi network, and it improves the hospital’s HIPAA regulatory compliance while lowering personal data privacy exposure and security risks of sharing HIPAA-restricted data over a guest Wi-Fi network. Further, the hospital can save hardware acquisition and deployment costs, offload software code updates and maintenance, simplify operations, enhance administrative efficiencies and scale to align networking resources with growing business needs today and for the future.