Computer hacking: Understanding the term and its types.

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Computer hacking: Understanding the term and its types

Did you know that the term 'hacking' was initially associated with innovative problem-solving strategies in the 1960s? It's only in recent years that it has been linked to illicit activities involving the breach of computer systems.

Definition of Hacking

Hacking is the unauthorized access, alteration, or destruction of computer systems or networks, often with malicious intent. It involves exploiting software vulnerabilities to bypass system security and gain unauthorized privileges.

For instance, consider this example:

A hacker identifies a weak point in the security system of a banking website. They exploit this vulnerability to access customer account details and transfer funds illicitly.


This example represents a typical case of hacking where the hacker has malicious intentions to cause harm.

Malicious vs Non-Malicious Hacking

While hacking might usually be associated with malicious intent, it is essential to differentiate between malicious hacking (often termed "black hat hacking") and non-malicious hacking ("white hat hacking").

🎩 Black hat hackers intentionally breach computer security systems to exploit vulnerabilities for personal or financial gain, or to inflict damage. They are the culprits behind cyber-crimes such as identity theft, financial fraud, and data breaches.

On the other hand,

🎩 White hat hackers use their expertise to identify and fix vulnerabilities in systems before malicious hackers can exploit them. They work ethically and lawfully, often employed by organizations to enhance system security. A classic example of this is the ethical hackers at tech companies like Google, who find vulnerabilities in their own systems to strengthen their defenses.

Why Organizations Are Targeted

Businesses and organizations are prime targets for hackers due to the wealth of sensitive data they hold. Data like customer information, financial records, and intellectual property are valuable on the black market. Furthermore, the disruption caused by a successful hack can cripple an organization's operations, making them susceptible to blackmail attempts by hackers.

To give a real-life example, the 2014 Sony Pictures hack saw hackers retrieve and release confidential data from the film studio. This not only included unreleased films but also personal information about employees and their families, leading to significant financial loss and damaged reputation for the company.

In conclusion, understanding hacking is crucial in today's digital world. Recognizing the difference between malicious and non-malicious hacking can help organizations better protect their systems and data, reducing their risk of falling victim to a damaging cyber-attack. The evolving nature of hacking techniques underscores the importance of continuous learning and adaptation in the field of cybersecurity.

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Class Sessions

1- Introduction 2- Computer hacking: Understanding the term and its types. 3- Impacts of hacking on individuals and organizations. 4- Types of hackers and their motivations. 5- Introduction 6- Types of cyber-attack methods: Understanding the different methods used in cyber-attacks on business communities. 7- Targeted vs. untargeted cyber-attacks: Understanding the difference and impact of targeted and untargeted attacks. 8- Identifying hacked devices: Recognizing 9- Introduction 10- Laws and regulations relating to computer and data use. 11- Impact of EU GDPR and similar legislation on businesses in an international trading environment. 12- Ways to protect data in transit and data at rest. 13- Criteria for Personal Data under EU GDPR and other major jurisdictions. 14- Legal sanctions for computer misuse. 15- Legal requirements to report suspected 16- Introduction 17- Key cyber security lapses and challenges in relation to mobile devices. 18- Threats posed to mobile devices and Wi-Fi enabled devices from malicious hacking. 19- Key cyber security lapses and challenges in relation to the Internet of Things. 20- Methods used to protect a range of mobile devices and the related data. 21- Practical steps to prevent the loss of data. 22- Introduction 23- Importance of mindset in cyber security. 24- Physical security approaches in cyber security plans 25- CPTED principles in cyber security plans. 26- ISO27001 Information Security Management Standard. 27- Other useful standards and education programs. 28- Key requirements of a security toolkit. 29- Designing a cyber security toolkit.
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