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Security Controls: Types with Examples and Best Practices

Security controls are parameters that are put in place to protect various types of data and infrastructure that are important to an organization. A security control is any safeguard or countermeasure used to avoid, detect, counteract, or minimize security risks to physical property, information, computer systems, or other assets. Data security controls are more crucial now than ever due to the rising number of cyberattacks. According to research from the Clark School at the University of Maryland, one in three Americans are now subject to cybersecurity attacks in the United States, which happen on average every 39 seconds and target small businesses 43% of the time. In the United States, a data breach cost an average of USD 9.44 million between March 2021 and March 2022. Businesses must strengthen their data protection policies or risk facing fines as a result of the expansion of data privacy regulations. Last year, the General Data Protection Regulation (GDPR) regulations of the Europ...

Relationship between frameworks and controls

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In this article, we'll go over security frameworks, controls, and design principles in greater depth, as well as how they can be used in security audits to help protect organizations and people. The relationship between frameworks and controls. Before we get there, let's define frameworks and controls. Plans are put in place in an organization to protect against a wide range of threats, risks, and vulnerabilities. However, the requirements for protecting organizations and people frequently overlap. As a result, organizations use security frameworks as a starting point for developing their own security policies and procedures. Let us begin by quickly defining frameworks. Security frameworks are guidelines for developing plans to reduce risk and threats to data and privacy. Frameworks aid organizations in adhering to compliance laws and regulations. For example, the healthcare industry uses frameworks to comply with the Health Insurance Portability and Accountability Act (HIPAA)...

What are 8 CISSP Domains and How to Crack the Exam Like a Boss?

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Certified Information Systems Security Professional (CISSP) and it's 8 domains. The Certified Information Systems Security Professional (CISSP) certification is the gold standard and most sought-after information security certification for demonstrating knowledge in Cybersecurity. This validates the professionals' knowledge and experience in developing and managing security architects for the organization. The International Information System Security Certification Consortium (ISC)2 is a non-profit organization that develops and maintains the CISSP Domains and administers examinations to professionals worldwide. The CISSP Common Body of Knowledge (CBK) is an 8-domain collection that covers all aspects of information security and CISSP domains explained. To obtain the certification, an applicant must demonstrate expertise in each of the domains. The 8 security domains are explained in detail.  CISSP-8 Security Domains 1: Security and risk management All organizations must develo...

The Evolution of Cybersecurity: Where Did This All Begin?

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Cybersecurity's Evolution This article will investigate the evolution of hacking and cybersecurity. When ENIAC, the first modern computer, went online in 1945, cybersecurity was not a word in the dictionary. Because the only way to interact with the era's building-sized computers was to be physically present, virtual threats were non-existent, and access control was a matter of physical security. Cybersecurity emerged as a distinct field in the 1960s and 1970s, then exploded into the public consciousness in the late 1980s, following a series of events that demonstrated how dangerous a lack of security could be. Having grown steadily throughout the 1990s, cybersecurity is now an essential component of modern life. Let's go over the basics of this field! Origins When you hear the word "hacker," you probably envision a mysterious individual sitting alone in a dark room, watching data scroll by on multiple windows while carrying out nefarious deeds. When depicting hac...

Top 10 reasons Why Cybersecurity is important for an Organizations?

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Here are 10 reasons why CEOs should care about cybersecurity or Cybersecurity importance for a growing organization?  1. Cybersecurity is a competitive differentiator Customers and clients no longer see privacy as merely an option in the business world of today; it has evolved into an expectation. Therefore, fostering a strong cybersecurity culture can significantly empower businesses. This idea was articulated during the first Human Layer Security Summit by Mark Parr, the Global Director at HFW, who stressed the importance of developing a strong information security framework to establish credibility. The ability of a business to secure more projects or contracts is directly correlated with its reputation. The results of Cisco's international survey of security experts and business executives show that Mark Parr is not the only person with this viewpoint. According to the survey, 41% of participants cited "competitive advantage" as one of the key advantages of investing ...

Most Common Attacks and their effectiveness

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The landscape of the cybersecurity industry is dynamic and innovative in some ways. More significantly, it is having an impact on almost all entities, both public and private. However, we must be aware of the most prevalent and successful attacks carried out by modern cybercriminals if we are to protect entities and ourselves. We can then give the security measures in place a higher priority. A cyber - attack is an attempt to gain access to a computer network or system by cybercriminals, hackers, or other digital adversaries, typically with the goal of changing, stealing, destroying, or disclosing information. Therefore, we will discuss the most prevalent and successful cyber-attacks used today in the cybersecurity industry in this article. 1.Malware Any program or piece of code that was written with the intention of damaging a computer, network, or server is known as malware, also known as malicious software. The majority of cyberattacks fall under the category of malware, which i...