Network Audit service is basically a comprehensive testing of network infrastructure that determines performance of the network,locates bottlenecks and creates recommendations on the further strategy of its development.Network Audit service is available at your location. Network Audit service contains two types of tests: Loading Testing Network Health Monitoring Load Testing allows you to determine network potential (maximum performance ,failures, bottelnecks etc). Load Testing creates high loads on the network for a short period of time and at the same time measures response time and network performance. Load Testing should be performed when there are no users on the network. Network Health Monitoring determines network performance during normal operations. In this case the network is tested in standard working conditions where all the user are performing their regular tasks and all common applications are running. Network traffic analysis - SNMP data collection (utilization, number of errors, used protocols, etc). Server Performance analysis - collection of data from network devices and server OS (Processor utilization, number of cache hits, Physical memory used etc). Synthetic transactions response time anaysis - Measurement of application and services response time that is performed by sending synthesized transactions( SQL queries,TCP and ICMP echo, file operations etc ) simultaneously with statistical data collection. Capricorn International offers you the best Network Auditing Services with detailed report about the network and its bottlenecks using the nest tools and technology. Our experienced technical team provides the client with a network Enviroment where one can make the best possible optimum use of the network resources.

Penetration Test and Analysis performed by capricorn International, is to identify security concerns specific to your network. An attempt is made to penetrate your security defenses using methods similar to that of a real electronic intruder (hacker). In most cases we can and will utilize tools that are downloadable from the internet in addition the to state-of-the-art tools and procedures. we look for "the path of least resistance" to penerate an organizations network.

 Disaster Recovery Planning

A disaster recovery plan (DRP) - sometimes referred to as a business continuity plan (BCP) or business process contingency plan (BPCP) - describes how an organization is to deal with potential disasters. Just as a disaster is an event that makes the continuation of normal functions impossible, a disaster recovery plan consists of the precautions taken so that the effects of a disaster will be minimized, and the organization will be able to either maintain or quickly resume mission-critical functions. Typically, disaster recovery planning involves an analysis of business processes and continuity needs; it may also include a significant focus on disaster prevention. Disaster recovery is becoming an increasingly important aspect of enterprise computing. As devices, systems, and networks become ever more complex, there are simply more things that can go wrong. As a consequence, recovery plans have also become more complex., disassembling components, and subsequently drying circuit boards in the parking lot with a hair dryer. Current enterprise systems tend to be too complicated for such simple and hands-on approaches, however, and interruption of service or loss of data can have serious financial impact, whether directly or through loss of customer confidence. Appropriate plans vary from one enterprise to another, depending on variables such as the type of business, the processes involved, and the level of security needed. Disaster recovery planning may be developed within an organization or purchased as a software application or a service.

 Business Continuity planning

Data processing and business applications are no longer restricted to mainframe computer environments. The use of distributed platforms (including mid-range computers, client/server technology, and local and wide area networks) for mission-critical functions not only expands the scope of business continuity planning but makes it more important. This increased importance arises from the fact that non-operational areas are finding themselves responsible for systems which are critical or which highly impact the functioning and reputation of the company. It is Important to determine which data systems are considered critical or impacting. Additionally, it is important to rank these critical and impacting systems to indicate which systems are most crucial to the companys functioning. This ranking will be used to determine which data systems need to be recovered and in what order in the event of a disruption. There are several factors to be considered , including but not limited to, the calendar cycle, processing hardware, system software, applications programs and essential human resources when determining whether systems are critical or impacting. Based on risk analyses performed by application administrators, the administrator shall institute controls (e.g., proper backup plans, formalized restart procedures, installation of an uninterruptible power supply, etc.) which will minimize the probability that a disruption will occur and ensure quick business resumption when a disruption does occur. The costs of implementing these controls should be weighted against the loss which would result if the disruption occurred (this is referred to as risk management) and the probability of a disruption.