CHBV Optimizes Workstation Costs
About Centro Hospitalar do Baixo Vouga
Comprising three hospitals and approaching a decade since its creation, CHBV aims to position itself as the leading healthcare provider in the Aveiro region and the best place to work in the healthcare sector. Its physical area of influence covers almost the entire Baixo Vouga region, encompassing more than 350,000 inhabitants.
In 2023, they estimate performing more than 240,000 consultations, achieving a total of 104.9M euros in revenue and having about 2016 permanent employees. With the aim of promoting the balance between professional, personal, and family life of their employees, and aligned with the Sustainable Development Goals (SDGs), CHBV implemented in 2022 the project Conciliar+.
Challenge
CHBV has about 2000 professionals with 24/7 access needs to a vast ecosystem of Information Technologies (IT). In this ecosystem, there are more than 1200 workstations with high security, reliability, and performance requirements. Despite the continued efforts to optimize the acquisition costs of these devices, a set of analytics around helpdesk time spent, repair logistics, and even amount of electrical energy consumed, pointed to a different reality: acquisition was only 30% of the total ownership cost of these devices.
Thus, for effective cost optimization, the focus should extend beyond hardware and software acquisition to encompass the entire life cycle, including operation, maintenance, support, and repair. It was in this context that CHBV challenged the market to present a solution with effective cost reduction throughout the workstation’s life cycle, while maintaining or ideally improving security, reliability, and performance.
Solution
CHBV advanced with an Application and Workstation Virtualization Platform, based on Enterprise Open Workspace’s (EOW) product. The healthcare application ecosystem was virtualized in EOW, with Application Streaming technology, which allowed its consolidation and optimization, as well as independent access by the professional’s equipment and location. In the project’s second phase, many workstations were replaced with ‘Plug, Forget, and Disposable Clients‘, specifically the Raspberry Pi.
Additionally, to ensure maximum security and privacy in accessing applications, CHBV took advantage of EOW’s Advanced Authentication mechanisms. These, together with an Untrusted End Devices paradigm, ensure that potential workstation security challenges do not have the ability to compromise important applications and information.
Key Metrics
90
80
70
50
Benefits
- Compared with traditional equipment (hardware and software), the use of devices such as the Raspberry Pi (RPi) enabled a 90% reduction in acquisition costs.
- RPi-based workstation, with costs and energy consumption approximately 80% to 90% lower than the previous equipment.
- RPi reduced and simplified the workstation’s hardware and OS, which improved security, reliability, and performance in accessing CHBV’s application ecosystem through EOW.
- Over 70% decrease in application maintenance and support costs. With no healthcare applications installed locally, it was possible to reduce — and, in many cases, even eliminate — several types of tasks, incidents, and issues, particularly those that required on-site visits for hardware and software updates or repairs.
- Over 50% increase in application performance and consequently professional productivity, thanks to the ability to execute applications with the computational capacity and proximity of CHBV’s data centers.
- With EOW, all business applications are now in a uniform and centralized computational environment, drastically reducing management costs and operationalizing anti-virus, anti-malware, and disaster recovery strategies.
- Centralized management of user access and permissions, while simultaneously maintaining control and security.
78,4%
Reduction in life cycle costs
Estimated savings in 3 years per 1000 workstations
Want a Demonstration?
Recommended For You

CIS Virtualizes Bank Branches

NOS Virtualizes Critical Applications

