Ways to Mitigate Network Security Risks
A network system is an integrated system which is a several individual systems which they function together focusing to achieve one common goal. For this systems to work in good conditions they need to be protected against the risks which might affect them and cause inconveniences while processing the main function (Lopez, Lopez, Dunbar and Kumar, 2018, p.25). For example of these risks includes viruses, breakage of the network system by the intended intruder, and lost or manipulation of data from the original one thus getting misleading information. Therefore, this means that network systems, they require strong security which will be used to eliminate or mitigate those risks, thus enabling the system to function in a correct way as intended.
1. IT professionals are the experts who are able to reduce the security issues regarding the network system in the organization. In this case, the IT professional is required to identify the risks and the measures to reduce them. The following are some of the means and techniques which will be used to mitigate the following network risks.
- Software vulnerabilities. Most of the organization is not involved in the regular update of the system software, therefore, exposing the system into a huge risk and can be easily attacked by hackers. The organization, therefore, is recommended to update the software regularly using a strong and malicious security soft wares and install optimal security which will provide constant fixes of any risk rises (Suresh and Gupta, 2018, p.235).
- Hacktivism. This is reduced by ensuring no or they are minimal existence of the loopholes in the system. If any is existing, the organization must be ready having an expert ready to cover it on a correct way immediately after is recognized.
- Skills gap. The organization is required to hire experts and professionals who will control and monitor the network systems. Also, the developer of that system must be professional since they will provide a stable system rather than the weak system which will have many risks (Qazi, Dickson, Quigley and Gaudenzi, 2018, p.40).
Ways to mitigate risks are many considering each individual risk attacking the system. Furthermore, good strategies concerning security are required like performing good communication, ensuring risk assessment, and conducting a risk mitigation process in the whole organization (Taha, Qi, Wang and Panchal, 2018, p.870).
2. The network system is composed of several components which are required to have common and integrated communication flow of data from one end to another within the system. These components are switches, routers, server, operating systems, and firewall including others (Fang and Zio, 2018, p.25). All these components are required total security in the network thus improving and maintaining integrity, confidentiality, and availability of the important data of the organization. This is because the attack of the risk will the same and similar regardless of the size of the organization, therefore, clear and strong control is required to be implemented in the network systems of the organization. The only difference between those two organizations will be the negative effect which will affect the level of profitability (Liu, Wang and Zhao, 2018, p.120501).
3. Keeping data safe, it means protecting the data from being manipulated or altered thus delivering unintended goals and different from the original purpose of the data. The following are ways to ensure information is safe both within and outside the organization.
- Development and implementation of tiered information security models. These include several layers of firewalls which will act as a defense to counter any threating risk. Also, this includes perimeter rings which will isolate and protect data against being compromised externally or internally by any existing threat (Zhang, Cao, Wen, Liang and Zou, 2018, p.440).
- Logical and physical information security is essential. Logical means of securing data is having strong and secure passwords, encryption and authentication codes which will allow or deny the accessibility of data. Installation of antivirus programs from a trusted source is very important in providing information security.
- Physical security involves restricting the access of the physical premises of the systems, therefore, locking and protecting the server and network cabinets. Building strong walls and having security lights, and alarms will help to protect the network serves in the organization (Armbruster, Fiege, Riedl, Schmid and Siemens, 2018, p.30).
4. Cyber-criminal is constantly growing at a greater rate in the world thus becoming a big challenge both within and outside the organization. This is mainly spreading over the internet and standalone systems (Paoli, Visschers and Verstraete, 2018, p.10). The attackers of the organization systems in recent days are aiming to have financial benefits despite the damage of the critical intelligent properties within the organization. Weakness and faults in the systems are used as a pathway of attacking the organizations’ system thus negatively affecting the performance of the whole system.
The organization is required to revise and implement strong security measures not forgetting to consider the critical security strategies. Some principle to adhere with them are very important like “General Data Protection Regulation, 2018, Risk Assessment Model, Mobile Device Management, and Data Leakage Prevention” since they will act like security policies. Therefore, for the organization developing a mitigation plan is required to consider security strategies as a very important factor in controlling the risks (Lewis, 2018, p.570).
References
Armbruster, M., Fiege, L., Riedl, J., Schmid, T. and Siemens AG, 2018. Communication network and method for operating a communication network, pp 25-31.
Fang, Y. and Zio, E., 2018. Application of Topological Network Measures to Identify Critical Gas Transmission Network Components, pp 25.
Lewis, J., 2018. Economic Impact of Cybercrime-No Slowing Down. Santa Clara, pp. 570.
Liu, X., Wang, J. and Zhao, H., 2018. Evolution of the Internet AS-level topology: From nodes and edges to components. Chinese Physics B, 27(12), p.120501.
Lopez, D., Lopez, E., Dunbar, L. and Kumar, R., 2018. Framework for interface to network security functions, pp 25.
Paoli, L., Visschers, J. and Verstraete, C., 2018. The impact of cybercrime on businesses: a novel conceptual framework and its application to Belgium. Crime, Law and Social Change, pp.1-24.
Qazi, A., Dickson, A., Quigley, J. and Gaudenzi, B., 2018. Supply chain risk network management: A Bayesian belief network and expected utility based approach for managing supply chain risks. International Journal of Production Economics, 196, pp.24-42.
Suresh, N. and Gupta, M., 2018. Impact of Technology Innovation: A Study on Cloud Risk Mitigation. In Information Technology Risk Management and Compliance in Modern Organizations, pp. 229-267.
Taha, A.F., Qi, J., Wang, J. and Panchal, J.H., 2018. Risk mitigation for dynamic state estimation against cyber-attacks and unknown inputs. IEEE Transactions on Smart Grid, 9(2), pp.886-899.
Zhang, Y., Cao, Y., Wen, Y., Liang, L. and Zou, F., 2018. Optimization of information interaction protocols in cooperative vehicle-infrastructure systems. Chinese Journal of Electronics, 27(2), pp.439-444.
Order an Essay Now & Get These Features For Free:
Turnitin Report
Formatting
Title Page
Citation
Outline
