| Business Availability Center products are an extensive | | | | hardware, software and support overhead associated |
| package of advanced, state-of-the-art tools for | | | | with managing business-critical applications and |
| measuring and managing critical business processes to | | | | infrastructure; reduce costs from topology based |
| ensure business efficiency, stability and longevity in | | | | correlation by measuring and managing only the |
| the market. Designed by Mercury Interactive, | | | | important aspects; increase administrator productivity |
| Business Availability Center products offer users an | | | | via prioritized alerts based on service level or |
| innovative approach to integrating business, end-user | | | | operational level breaches, instead of flood of alerts. |
| and system perspectives, while also providing a | | | | Mercury SiteScope is today's most efficient agentless |
| detailed analysis of the infrastructure that | | | | system monitoring solution designed to ensure the |
| incorporates critical applications. | | | | availability and performance of distributed IT |
| With the help of Mercury Interactive Business | | | | infrastructures, such as servers, operating systems, |
| Availability Center products, organizations can: | | | | network devices, network services, applications and |
| manage IT from a business perspective to improve | | | | application components. With the help of Mercury |
| service levels; translate business objectives into IT | | | | SiteScope, organizations can lower total cost of |
| operational level agreements; ensure alignment | | | | ownership by consolidating support and maintenance |
| between LOBs and IT by measuring and reporting on | | | | tasks to a central agentless server; reduce the need |
| service levels from an end-user perspective; obtain a | | | | to track and remotely administer thousands of |
| detailed map applications and infrastructure | | | | agents including their overhead on production |
| environments; rapidly identify, classify and diagnose | | | | systems; save time and money by deploying Solution |
| problems to prevent application downtime; assess | | | | Templates - best practice-based groups of monitors |
| impact before deployment in order to minimize | | | | for key applications; eliminate the need for multiple |
| business risk. | | | | solutions via SiteScope's industry leading breadth of |
| Mercury Interactive Business Availability Center | | | | more than 65 supported monitoring targets. |
| products encompass a wide variety of innovative | | | | Mercury Service Level Management enables users to |
| tools, including End User Management, Diagnostics, | | | | proactively manage service levels from the business |
| System Availability Management, Service Level | | | | perspective and provide service level |
| Management, Universal CMDB, Application Mapping | | | | agreement-compliance reporting for complex business |
| and SiteScope. | | | | applications in distributed environments. With Mercury |
| End User Management is used for monitoring website | | | | Service Level Management, organizations can reduce |
| and application availability in real time, from the | | | | costs by eliminating the need for manual, ongoing |
| end-user perspective, allowing organizations to timely | | | | report generation; maximize the availability of |
| identify and fix issues. This very popular Mercury | | | | revenue producing applications; reduce the level of |
| Interactive solution proactively emulates end-user | | | | effort required to produce and distribute service level |
| business processes against applications on a 24x7 | | | | documentation. |
| time basis for over 60 protocols, including web and | | | | Mercury Universal CMDB provides the background |
| non-web environments, as well as packaged | | | | required to succeed in service management initiatives. |
| applications such as Oracle, Siebel, SAP, Citrix and | | | | The solution comprises a complete |
| many more. With the help of End User Management, | | | | business-service-oriented data model with built-in |
| organizations can optimize business outcomes by | | | | auto-discovery of configurations and configuration |
| improving end-users' quality of experience; lower | | | | item dependencies, visualization and mapping of |
| costs by reducing the number of help desk calls from | | | | business services, as well as tracking of configuration |
| end users due to application performance | | | | changes. With the help of Mercury Universal CMDB, |
| degradation; minimize revenue risk associated with | | | | organizations can federate and reconcile data from |
| customer abandonment as a consequence of | | | | existing repositories and other CMDBs; visualize and |
| unacceptable reliability or performance problems; | | | | map the used infrastructure in a multitude of ways; |
| mitigate business risks and costs by reducing the | | | | track changes using a continuous CI (configuration |
| number and duration of application outages. | | | | item) change history; perform sophisticated analyses |
| Mercury Diagnostics is a very popular solution that | | | | based on complex relationships; rapidly perform tasks |
| helps users to ensure availability and performance in | | | | such as report creation, database administration, or |
| order to provide better quality of service to the | | | | event simulation. |
| business. Mercury Diagnostics can be used to | | | | Application Mapping provides visibility into the dynamic |
| efficiently resolve a series of problems that can | | | | relationships between used applications and the |
| deteriorate business availability: end users | | | | underlying infrastructure. The solution continuously |
| experiencing slow performance when submitting | | | | updates and maintains this topology map within a |
| orders; business-critical applications run out of | | | | common relationship model, enabling users to quickly |
| memory; online portal for order status fails | | | | assess business impact of IT issues. It also |
| intermittently; frequent failure of cluster nodes. By | | | | substantially simplifies the complexity of |
| using Diagnostics, organizations can substantially | | | | understanding and controlling IT elements like |
| reduce the frequency and duration of incidences, | | | | networks, systems, and application interdependencies. |
| thus lowering the costs associated with problem | | | | With Mercury Application Mapping, organizations can |
| identification and resolution; lower costs by reducing | | | | lower deployment and maintenance costs while |
| fault management efforts, as well as hardware and | | | | accelerating time-to-market; mitigate the business risk |
| software expenses; collaborate across team | | | | and cost of downtime; reduce data collection and |
| boundaries and streamline the learning curve of those | | | | assessment costs for data center consolidation |
| people responsible for maintaining J2EE, NET and ERP | | | | initiatives; optimize Sarbanes-Oxley compliance |
| CRM applications. | | | | efforts; build topology maps, evaluate business |
| System Availability Management, corroborated with | | | | impacts, track and verify changes and prepare |
| Mercury SiteScope, enables users to efficiently | | | | reports; reduce downtime and improve productivity |
| deploy and maintain an enterprise infrastructure | | | | with application diagnostics and root cause analysis |
| monitoring solution. System Availability Management | | | | for permanent resolution of issues. |
| connects to existing Enterprise Management System | | | | These remarkable Mercury Interactive solutions are |
| products or uses Mercury SiteScope to collect and | | | | nowadays extensively used by organizations of many |
| monitor system availability and performance data | | | | different types and sizes. Along with Mercury |
| from across the entire enterprise. With System | | | | QuickTest Pro and Mercury LoadRunner (which |
| Availability Management, organizations can maximize | | | | provides high-quality load and stress testing services), |
| ROI and improve scalability by eliminating excess | | | | Business Availability Center products can substantially |
| infrastructure capacity from the system; reduce | | | | increase business efficiency and performance. |