Resiliency and Fault Tolerance – What Do Enterprises Need From the Data Center?
Unplanned downtime is a serious challenge for enterprises. While many outages last only a few minutes and have a limited […]
Unplanned downtime is a serious challenge for enterprises. While many outages last only a few minutes and have a limited […]
The past decade has seen the rise of the cloud. As enterprises re-evaluate the role of their on-premises or wholesale
Getting the Most Out of Your IT Services Partner on Your Next Data Center Project Technology is vital to the
As with any large change initiative, decommissioning an enterprise data center comes with inherent risks. Organizations can mitigate these risks and achieve significant organizational, financial, environmental, and security benefits through proper planning and by taking a strategic lifecycle approach to technology.
As with any large organizational change initiative, decommissioning an enterprise data center requires input from across departments, functional areas, and
Today’s enterprises depend heavily on the applications, services, and data contained within the data center. But at some point, there
Sphaera recently helped a multinational corporation decommission its 80,000 sq. ft. office space, engineering lab & data center in Portland, OR, relocate critical services to a smaller location and complete custom fit-up/build-out of the new facility. The project involved migration of apps, secure data destruction, custom fit-up and more.
Today’s enterprises are collecting, storing, and using more data than ever before. A 2022 IDG Research survey found that, on
Decommissioning an enterprise data center is a large and complex project that requires hundreds of hours of effort and specialized
Sphaera helped an Idaho local municipality apply for and successfully receive federal grant funding to deliver High Speed Fiber Optic connectivity to an under-served area of the state. The only stipulation of the grant awarded was the requirement to have the connectivity established within 120 days. The scope included the installation of a completely new street-utility electrical service, a backup generator, backup batteries, fiber optic cable, network routing & security equipment, and a power conversion system to drive the equipment. This project was completed on time, on budget and exceeded the scope of redundant critical infrastructure requirements.