Posted: September 26th, 2022

Network Management Strategy

Network Management Strategy
Since the deployment of IP networks, network management tools have been critical. Organizations may opt for single tool or multiple management tools according . The implementation of network management tool in information technology systems require various considerations, for or instance, cost, functionality, cost, and ease of use (Söderholm, et, al., 2019). The network management strategy is developed for various roles where the main role is enabling networks to make critical decisions. Network management strategy improves insight by creating a collaborative sharing environment for consultation and ensuring the business stays focused.
Additionally, the strategic tool provides learning experiences, enhances transparency, and sharing between networks, for instance sharing experiences, techniques, and ideas. Fault management is a vital role where through network management strategy faults can be monitored through programs to avoid downtime by fixing and detecting weaknesses. Network management strategy enhances configuration management, data logging, and report, performance monitoring, and security management (Söderholm, et, al., 2019). The management strategy monitors the performance of the network system and users by checking on how the critical parts of the network are working and the user’s response time. Security is very vital in network systems where the network management strategy keeps the network secured and prevents intrusion of viruses. Network management strategy is a very important information technology infrastructure that monitors interactions and keeps a record of all data transferred through network systems.
Network management tools enhance network connectivity where the tools enable connectivity between phone systems, hard drives, and computer systems. The network management tools, include IP monitoring tools, bandwidth monitoring tools, firewall monitoring, and SNMP tools. The SNMP tools are used to monitor devices, such as the servers and routers. The SNMP is very essential since most devices used in acquiring information are prone to attack. The IP monitoring tool is used in large networks through IP address management (IPAM which tracks and monitors usage of IP in business (Söderholm, et, al., 2019). The firewall monitoring tool monitors security where the tools create network data statistics. The firewall monitoring tool ensures data is easily accessible. The network management tools provide a safe, reliable, and enhances the consistency of networks.
Performance network monitoring tools consist of solar wind network performance, spice works network monitor and Paessler PRTG. SolarWinds Network Performance Monitor, conducts a system sweep on the widow server environment. The solar wind, however, generates a hardware inventory and a network map used to monitoring the SNMPV3 and SNMPV2. The solar wind network performance monitor shows alerts which can be showed through notification or customizes alerts (Levy, et, al.,2017). Also, the solar Wind conducts mapping where all devices are connected through the wireless heat maps. A Net Path is used to analyze network connection. The solar wind performance monitoring tool can be used together with multiple SolarWinds tools to facilitate modularity. For example, applications monitor, server monitor, bandwidth monitor, and virtualization monitor. The solar wind performance network is the most used and leading management tool globally.
The Paessler PRTG performance monitoring tools are used to analyze network traffic using inbuilt sensors. The inbuilt sensors are used to monitor specific network features where the cost of the tool is determined by the number of sensors (Levy, et, al.,2017). Various organizations consider creating man sensors to form an infrastructure management system. Mapping in PRTG can be customized where network maps can be created automatically and with different layouts and formats. The tool uses SNMP and PING to monitor and provide alerts where the alerts can be in written format or provided in the dashboard (Levy, et, al.,2017). The spice works inventory tool is a cost-friendly network performance management tool that can be installed in Mac and Linux. The spice works tool is available online and can be used for tracking and configuration of all devices connected to the network system. Also, the Spiceworks tool uses auto-discovery to map networks, monitor network devices, and servers (Van Khoa, and Takayama, 2018). The tool is suitable for smaller networks and uses the active directory to record alerts and identify suspicious accounts, hence keeping the network safe.
The organization can opt for various types of remote access in managing networks, for instance, virtual private networks, desktop sharing, privileged access management, and vendor privileged access management. Remote access management has used the installation of special software used to monitor all network activities, servers, and interactions between the organization and clients from remote locations (Van Khoa, and Takayama, 2018). The remote access monitoring tool tracks issues and creates alerts remotely hence solving issues faster. Additionally, remote access enhances the maintenance of tasks and systems in any location where the systems are automatically scheduled.
The remote access monitor enhances installation of software using a unified dashboard and allows automatic administration of many tasks in multiple systems and from a different remote location. The remote access monitor enhances the performance of network systems, user productivity, and optimal network stability and solves issues, such as irregular and out of date systems and data breaches (Van Khoa, and Takayama, 2018). The remote monitoring and management are used in professional services automation (PSA) tools. The PSA tools enable a managed IT service providers (MSPs) to monitor networks and communications. The RMM software uses PSA tools to manage networks remotely, such as automating tasks. The integration between RMM and PSA is cost-friendly and effective in providing information technology services.
The best strategy can do everything effectively and in one place without incurring extra costs. For instance, tracking performance of networks, maintain and monitor security issues, and perform multiple tasks automatically. To enhance easy connectivity with clients, the organization should adopt a Solar Wind network performance monitoring tool and an IP address manager to discover network weaknesses and needs (Levy, et, al.,2017).. Also, the organization should acquire debugging and security tools to enhance security and deep packet inspection tool to manage internet connectivity and using a heat map. Various strategies can be used in managing the organization’s network infrastructure and Help overcome security issues.
The most important strategy for the organization is to prioritize network traffic by choosing the right network management engine for the organization. First, the organization should identify the main infrastructure in the network (Söderholm, et, al., 2019). The user however should know how the network behaves and the right network management software. Additionally, having the escalation protocols in place enable the user to spot security issues. The organization should manage disconnectivity and reduce redundancy in the network systems. Notably, networks should have a dual power source to prevent cases of uninterrupted power supply. Having an engine that suits and manages the network is very important.
The engine should manage the network in various parameters, such as managing traffic flows and potential risks. The management engine should prioritize protecting the organization from security vulnerability to tackle the top area of concern which is security (Söderholm, et, al., 2019). The management engine should also be able to troubleshoot, discover layered breakdowns, and offer failover protection. Strategy for managing the organization’s network infrastructure. The management engine should consist of utilities, such as, a central monitoring system that monitors and provides alerts and notifications. The engine should be able to configure devices and enhance faster recovery.

References
Levy, A., Kwok, R., Hermany, S., Yousef, A., Shirley, D., & Lappas, P. (2017). U.S. Patent No. 9,639,412. Washington, DC: U.S. Patent and Trademark Office.
Söderholm, P., Hellsmark, H., Frishammar, J., Hansson, J., Mossberg, J., & Sandström, A. (2019). Technological development for sustainability: The role of network management in the innovation policy mix. Technological Forecasting and Social Change, 138, 309-323.
Van Khoa, V., & Takayama, S. (2018). Wireless sensor network in landslide monitoring system with remote data management. Measurement, 118, 214-229.

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