Meet the needs of business critical network performance for network operators

Meet the needs of business critical network performance for network operators Networking is becoming increasingly difficult. Networks must offer a growing range of services, from ERP, CRM and VoIP to the email and web services applications, each of which has its own peculiarities and needs. Each new service introduced in the network maintains the resources available to any other service, that affect the network? s ability to support the company. Meanwhile, the network is continually evolving. New sites are added? some of which may be in another country or on another continent. Equipment upgrade and / or re-configure. New management and / or security tools in the month of May of service performance effects. The decisions about the consolidation of data centers and reorganization of businesses also include the network in different ways. All this makes it a dynamic environment where even subtle changes can have a large, unexpected effects on the demand for performance and availability. However, users expect from this complex environment to be as reliable as electricity? despite the fact that online budgets are not increased in proportion to these growing challenges. Therefore, network operators can? Not just the over-supply of network infrastructure to ensure that every service has all the needs that bandwidth. In addition, at the provision does not even solve the problem and / or ensure the necessary level of performance. What? The network operators because it faced many challenges, including: 1) identification of potential problems with network performance in the early stages of life ideal for development, the impact of the network on a new application or service must be treated from the outset of the development process? when potential problems are much easier and less costly to correct. Unfortunately, this is often not the case. Problems with a question? S? Networkability? are usually discovered only after their implementation in production environment is started. At that time, you? It is usually too late to make significant changes in the application? s design. So the issue has been pushed behind network equipment. What? And why? 05, the network will focus on these issues intelligently nipping in the bud. 2) validation of new or changed applications and infrastructure, before being used in the production network becomes increasingly complex and more important to the everyday functioning of society, the network performance in terms of risks to the application and modification of infrastructure continue to increase. In fact, some of the worst business interruptions that companies have historically not been the result of an unexpected failure. They? Were the result of an amendment to an unexpected condition. Network equipment, so it must implement best management practices change? 05 prevent them from having to tu off the fire started accidentally. 3) Improvement of troubleshooting intermittent / transient network One of the most frustrating things for a network operator is a problem that continues to disappear before it can be properly understood and solved. However, as the business? s tolerance for the continuing decline of network interruptions, these problems are intermittent in a larger management problem. So, this year, the management team of the need to develop more effective methods for the acquisition of transient network conditions and to discover the causes of these problems. 4) Accelerate time-to-benefit for new and / or update the applications when C-level executives decide to make investments in new applications and services, they want to see those investments pay quickly. What? Why the slow and gradual production roll-out to win the past? not to cut more. Instead, network equipment must be able to quickly deploy new applications across the enterprise. This can happen only if caution and uncertainty about the actual behavior of these applications in production environment is replaced by confidence and certainty? 05. 5) More intelligent planning and supporting business growth of the network operators are constantly faced with changes. Must determine how to use network increases will affect the performance of applications. They must decide how best to engineer the network to support business expansion, restructuring or mergers and acquisitions. However, they can only do so if they have a real ability to perform activities of planning and evaluating a wide range of?-Si? scenarios. These scenarios are also crucial for the formulation of realistic contingency plans to ensure business continuity under a variety of conditions. Regarding these challenges, it becomes quickly clear that the conventional network management tools of production alone are not sufficient for today? s network equipment. These tools are ideal for control of the production network and to discover certain types of problems? but do not allow network administrators to validate new technologies and their applications before? deployed again in the production network. Moreover, the power grid operators to solve problems that should have been addressed by the application of design. Conventional instruments aren? Not very useful for troubleshooting intermittent and / or network problems, even temporarily, because it is not to provide a means for the reconstruction and analysis of such intermittent conditions. Or help to accelerate the production of roll-out to facilitate the testing?-Si? scenarios, or network of support for the formulation of contingency plans. So what? S an excessive workload, management of network resources to be done? The answer is to look at technologies for the modeling of the network. These technologies provide an environment where new applications, technologies and strategies for solving the security problems and can be carefully assessed. They permit a question? S behavior of the network to be fully validated before? s deployed in a production environment, these technologies also empower network managers to make faster, fault-free roll-out. In addition, the modeling technologies are capable of providing a vision on any number of "if? scenarios? network operators so you can make plans for growth, corporate restructuring and / or disaster recovery. ? Empirical? modeling solutions offer today? s network management, including excellent commercial value because of its accuracy and relative ease of application. This level of accuracy and ease is achieved through the implementation of real applications against a model that uses captured by production conditions. The result is a clear understanding of the user experience well before its implementation. To this end, network performance and other articles, white papers, industry and resources, please visit About Shunra Shunra Shunra? S solutions to deal with independent service organizations and the level of performance relates to the first implementation. The Shunra VE solution creates an exact replica of the production network environment, allowing IT professionals to develop security, test and experiment with applications and infrastructure before deployment, and plan for growth and change. Tailored for networking, performance and testing professionals, software developers, Shunra VE IT facilitates collaboration between the disciplines so that companies can quickly and more efficiently detect and resolve problems before they impact business . More than 1,500 leading enterprises and technology vendors worldwide are using Shunra? s award-winning solutions 3M, Boeing, Cisco, Dow Chemical, EMC, FedEx, General Electric, General Motors, JPMorgan Chase, Kelly Services, Merrill Lynch, Motorola, Nestle, Pitney Bowes, and Vodafone. Shunra? S is based in New York City and Kfar Saba, Israel, all over the world with offices in the United Kingdom, Sweden and India. Shunra is also supported through a global network of channel partners.