SOFTWARE SYSTEM

By

Course

Professor

[Name of institution]

October 30, 2020

Several incidents happen regarding cyber-attacks worldwide; sometimes, they are worst because they steal the whole confidential information of the organization. In such cases, we can modify the software system according to the changes required because sometimes the software does not work effectively against viruses, worms, etc. For this purpose, a software system that must possess modification abilities because sometimes software has fixed architecture, due to which we would not be able to modify them to prepare them to work against cyber-attacks (Ruhe, 2020). Several modern anti-virus software contains such properties as a manual modification to effectively and efficiently secure the information systems.

To identify and manage risks that come under business, portfolios must be overcome by implementing specific effective and efficient software systems by limiting their scope creep. Business risk usually arrives in both tangible and intangible forms throughout the business cycle. Risk occurrence usually depends upon the nature of the business operations, whether it is an ordinary course of business operations or extraordinary (Horton 2018). For this purpose, they must adopt appropriate risk management strategies, i.e., an efficient modern security software system, to enhance the firm’s overall security measures techniques. When we talk about effective security measures explained above, we have modern cloud technology, i.e., cloud computing and other anti-virus software, i.e., Norton Security, McAfee, etc. are reliable in terms of securing the general confidential information.

It is essential to implement metrics regarding security systems so that they would be able to work in a specified pattern designated or already constructed; otherwise, in case of no metrics system, software systems often do a terrible performance. It helps the organization to stop unauthorized users from accessing the important information of the organization. For instance, we take an example of cloud computing, which is induced by reputable organizations around the globe to manage the data from illegal or unauthorized data entry and for risk management process by automatically an implementation of risk mitigation strategies to assess, identify and analyze the risks so that they can stop at initial stages and do not let them penetrate the organizational network (Laughton, 2008).

These systems are constructed so that in the way of that kind of event, they already prepared themselves to go into the non-operating state. In a non-operating state, there will be no mishap in terms of loss of internal data at all. For this purpose, these software systems are constructed in order to detect the failures and frauds early so that they would be able to respond immediately at the time of danger, i.e., cyber-attack or other events that happened to the system. This is why systems fail-safely to make the computer system safe from all aspects of data, especially the internal data.

As a software engineer, several security requirements need to be implemented to protect private information successfully. It is essential to assess the Risk before it damages the business’s operations or harms the company from another point of view. Once Risk is accessed, it is also important how we respond to the risks to avoid failures.

Outgoing messages and error considerations are highly important factors in terms of protecting systems from harmful attacks. In such cases, we can modify the software system according to the changes required because sometimes the software does not work effectively against viruses, worms, etc. For this purpose, a software system must possess modification abilities because sometimes software has fixed architecture, due to which we would not be able to modify them to prepare them to work against cyber-attacks. Several modern anti-virus software contains such properties of manual modification that can make to secure the information systems effectively and efficiently.

References

Laughton, P. (2008). Hierarchical Analysis of Acceptable Use Policies. Information and Knowledge Management.

Ruhe, G. (2020). Information and Software Technology. International Archival Journal.

Scarfone, K., & Tim, G. (2015). Cyber Security Standards. Security Standards in Technology.