The Different Dimensions of Cybersecurity

Cyber security

Cybersecurity

Abstract 2

Introduction 3

What is Cybersecurity? 3

The dimensions of cybersecurity 4

The principles of security 4

The States of data 5

Cybersecurity safeguards 5

Principles of cybersecurity 5

Confidentiality 5

Integrity 6

Availability 6

How the principles and dimensions of cybersecurity provide system security 7

Importance of cybersecurity principles and the concept of Assured operations 7

Conclusion 8

References 9

Abstract

The term “cybercrime” is associated with illegal activity involving systems and software. Cybercrime encompasses anything from digital espionage to dishonesty assaults that result in monetary losses for e-commerce businesses (Ekanayake et al., 2020). Cybersecurity is a challenge to almost all modern technology. Numerous strategies have been implemented to protect a customer organization’s culture. Cybersecurity refers to a range of approaches for preventing illegal exposure to systems software and information. The paper focuses on the various definitions of cybersecurity and the dimensions and principles to protect against the data on the hardware and software from unauthorized access, harm, or misuse. The three dimensions of cybersecurity and the information security triad ensure overall security and ensure that it operates at its total capacity. The organization is viewed as a computing environment in which people, activities, data, technology, and networks are combined to generate business value.

Introduction

With the recent advances in technology, every person has access to the internet, and it has changed the way we all talk, play, work, shop, listen, make friends, name it, and there is an app for that. Due to this, the cyber system has become more vulnerable to hacking. The most common cyber-attacks that occur target business organizations, the military, the government, and other financial organizations such as the banking industry with high economic power. To utilize a portable computer with assurance, a person or business should first confirm that it will not be hacked in just about any manner. Therefore all connections are safe (Bourgeois, 2014). Many cybersecurity issues affect technology. Consequently, this article reveals the dimensions and principles of cybersecurity and how they are essential in maintaining overall security. They ensure that the business operates to its full potential without any threat.

What is Cybersecurity?

“Cybersecurity is the practice of protecting any internet-connected systems, networks, software and different types of data from cyber-attacks” (Ekanayake et al., 2020 p, 2).

According to Rashid, Chivers, Danezis &Martin (2018), “Cybersecurity refers to the protection of information systems hardware, software, and associated infrastructure the data on them and the services they provide from unauthorized access, harm or misuse.” (P, 3). A component of cybersecurity is the protection aimed at ensuring user privacy, accuracy, and accessibility.

It can also be classified as “the art of protecting networks, devices, and data from unauthorized access or criminal se and the practice of ensuring confidentiality, integrity, and availability of information” (“What is Cybersecurity? | CISA”, 2019)

The dimensions of cybersecurity

Most security practitioners have access to various models for analyzing and implementing safeguards. For case in point, the National Security Telecommunications and Information Systems Committee uses the cybersecurity cube, commonly known as the McCumber cube. As with the models, the value lies in adapting to the information environment irrespective of the specific technologies involved. The three cybersecurity fundamentals are represented in the very first level of the cybersecurity cube. The secondary level describes the key forms of data. Finally, the cube’s third dimension indicates the level of knowledge necessary to ensure security.

The principles of security

The purpose of cybersecurity is to secure cyberspace, which is the first dimension. The underlying concepts are located in the first dimension (Golovanteko, 2018). Defining the nature of information is a tedious task. Different mechanisms are employed to maintain or ensure the entire transmission column and examine all security-related characteristics that get enforced. Various relevant security-related safeguards are reviewed from the cube to verify that the content in the transmission state has the required sense of individual guarantee. Whether low, medium or high, the report’s value helps determine the degree to which the security requirements are enforced (McCumber, 2004 p, 137).

The States of data

The storage state is described as the condition in which data is stored in a dedicated server at repose. The database environment’s supporting programs analyze and send data into or out of the system (McCumber, 2004, p, 141). The second dimension of the cube requires protection from cyberspace professionals tasked to account for data safeguarding in transit, rest or storage, or process.

Cybersecurity safeguards

Modern technological platforms have their operational state. If no computers systems are involved, the processing is a regular human activity. The laptop is only executing the commands coded by a human. The dimension identifies the powers used to protect the cyber world (McCumber, 2004 p, 146). The three capabilities encompass the equipment and technologies available to safeguard information systems and the rules and practices that are in place to protect such systems. It enables the citizens of the cyber world to stay safe. These people are aware and knowledgeable about the dangers in the world and those that threatened the world (Golovanteko, 2018).

Principles of cybersecurity

Understanding various cyber threats and implementing defense tactics that help maintain the privacy, authenticity, and accessibility of any electronic information technology is what cybersecurity is all about.

Confidentiality

Another term for confidentiality is privacy. It’s a word for preventing information from being accessed by unauthorized users or networks. Most organization’s collect data that may or might not be sensitive. Data that is not sensitive is publicly available, but sensitive data is protected from unauthorized access (McCumber, 2004, p, 35). Data security necessitates the use of establishment of policies and procedures. The numerous cryptosystems in use effectiveness are determined by the algorithm’s quality and the strength and adaptability of the code. According to administrative control, only permitted users can enter data into the database, and only authorized personnel can retrieve the received data. The essential policy is who has access to the data and under what circumstances. Implement a framework that describes the nature of privacy for your workplace to ensure that the system used to preserve is efficient.

Integrity

The integrity element is the basis of security. Erroneous information is far worse than useless. The term “integrity” refers to the assurance that data is correct, comprehensive, and reliable. The need for information integrity varies from one organization to another. One of the challenging yet nuanced and loosely implemented data qualities to preserve is information integrity. The loss of any data integrity renders the entire data resources unusable (McCumber, 2004, p, 36). Therefore, it is essential to carry out integrity checks to ensure integrity even before material or content is connected to the network; it is examined and implemented.

Availability

If data is disclosed for a judgment or some other reason, it should be available. Different methods such as system redundancy, system backups, firewalls, password security, encryption, intrusion detection systems, physical security, security policies ensure that the data is protected and available (Bourgeois, 2014). It also incorporates a range of different protections and remedies to guarantee that decision-makers have access to instructional assets when they are necessary.

How the principles and dimensions of cybersecurity provide system security

The business value generation capability is driven by information. If the data is accurate, complete, and timely, then the value of the business increases. The information is the basis of competitive advantage. If a rival gets a hold of some of this information, the results are catastrophic. Such information intercepts the costs, leading to more significant business losses (Raggad, 2010, p 5). Information security management emphasizes protecting the assets that constitute the information system, including the people, activities, data, technology, and networks. Following the principles and the three dimensions of cybersecurity helps identify all the security risks, assess them and then mitigate them by devising a comprehensive risk-driven security program of protecting the data.