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Supply chain attacks supply chain attacks target weaknesses in the process of delivering a product or service. Instead of directly attacking the end organization or user, attackers target less secure parts of the supply chain, such as software suppliers, contractors, or even hardware manufacturers. The goal of such an attack is to introduce malware or other threats into products or services before they reach the end user or organization. This type of attack is especially dangerous because it will bypass traditional detection and protection methods used by organizations. An example is when software is compromised during its development or distribution, resulting in even trusted sources unknowingly distributing malware.
Insider threats insider threats refer to the risks associated with the actions or inactions of employees, contractors, or anyone else with access to corporate resources. Although most employees act in the best interests of the company, mistakes, carelessness or betrayal lead to serious Web Development Services security breaches. Some insider threats occur accidentally, such as when an employee accidentally sends sensitive information to the wrong recipient. Other threats are intentional, as in the case of angry or dishonest employees who deliberately try to steal or damage corporate data. Regardless of whether the threat is an error or an intentional act, it is important to pay due attention to security measures aimed at preventing, detecting and responding to internal risks.

Targeted attack a targeted attack is a cyberattack that specifically targets a specific organization, individual, or infrastructure. Unlike mass attacks, where attackers target a large number of potential victims, targeted attacks are highly personalized and often require lengthy and extensive preparation. Attackers behind targeted attacks typically seek specific information or resources, and their motivations range from financial gain to industrial espionage or politically motivated actions. Due to the high degree of specificity and complexity of such attacks
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