Blog
How Banks Gain a Competitive Advantage in the Digital Age with Capacity Planning
Mon, 08/31/2015
Cloud computing offers institutions a viable solution to optimizing their IT infrastructure. Through the use of a third-party cloud provider, banks can start storing data from all platforms and devices on remote servers, freeing up their legacy systems from demand they are often unable to process. That’s why the capacity management tools banks use must not only provide real-time data, but support the software of all different kinds of cloud providers and mobile platforms.
Blog
IT as a Competitive Advantage
By Per Bauer on Tue, 06/16/2015
Make IT a competitive advantage by providing high customer satisfaction, efficient daily operations, and accurate CapEx planning. Build a strategic and tailored plan to increase your IT efficiency, reliability, and speed.
How do you make IT a competitive advantage?
Increase IT efficiency - OpEx, CapEx, and staff productivity
Efficiency often means doing more with less, but it can also...
Blog
Monitoring and Planning in a Solaris Environment
Tue, 12/30/2014
Learn how to manage your Solaris environment--optimize hardware utilization, conserve datacenter floor space, power, and cooling, build a scalable architecture and keep up with growth and performance requirements--with TeamQuest.
Blog
Agile Operations for the Software Defined Data Center and the Cloud
Mon, 07/07/2014
Cloud and DevOps drive need for new performance management software architecture.
Blog
The future of banking is electronic but capacity planning remains key
Sun, 06/01/2014
Banks gain competitive advantage with capacity planning in digital age. Capacity management tools are a crucial part of modern enterprise systems – and they are rarely more necessary than in the world of high finance, where uptime and latency really matter.
Case Study
Prime Therapeutics Trusts Robot Save With 7.5 Million Lives
One of the most important IT functions in any business is having a reliable backup and recovery system in place. That’s where Robot Save plays a vital role at Prime Therapeutics.
Case Study
Robot Helps Heartland Financial Maximize their Banking Software
Since Heartland Financial went to Robot, they've found it easy to add more jobs and are even using Robot for some Windows exclusive processes.
Case Study
Robot Schedule Enterprise Improves Quality of Life at Farm Credit Bank of Texas
Robot Schedule Enterprise gives Farm Credit Bank of Texas (FCBT) the ability to manage their entire enterprise from one, central console.
Case Study
Robot and EnterpriseOne Automate 2,000+ Operations at Cascade Corporation
Cascade Corporation chose the iSeries hardware platform because of its reputation for reliability. With a solid foundation in place, they added a suite of compatible automation software and have maintained operations as an automated shop for the past several years.
Case Study
Robot Increases Efficiency and Automates SilverLake for Alpine Bank
After seeing the amount of manual processes that still remained, and finding that jobs were terminating without notification, an iSeries administrator at Alpine Bank recommended Robot systems management software.
Guide
How to Manage IT Resource Consumption
At an application level with Vityl Capacity Management
In this guide, John Miecielica of Metavante, provides a step-by-step example showing how he uses Vityl Capacity Management to analyze IT resource consumption at an application level. This key capability is especially important in today’s environments where multiple applications run on a server or multiple servers might be required to...
Article
Optimize IT Services with a Capacity Management Information System (CMIS)
Sun, 01/30/2011
A good Capacity Management Information System (CMIS), combined with proven Capacity Management processes, can help you simplify IT Service Optimization; keeping your systems and applications running efficiently and reliably.
Guide
Commercial Clusters and Scalability
In this paper we present an introductory analysis of throughput scalability for update intensive workloads (such as measured by the TPC-C or TPC-W benchmarks) and how that scaling is limited by serialization effects in the software-hardware combination that comprises any platform.