Malware infection—- a. Server does not have sufficient RAM/CPU resources b. Outdated antivirus c. Equipment Failure d. Fire e. SQL Injection due to poorly-implemented database application f. Weak password policy Potential for denial-of-service attack to be successful—- a. Server does not have sufficient RAM/CPU resources b. Outdated antivirus c. Equipment Failure d. Fire e. SQL Injection due to poorly-implemented database application f. Weak password policy Damage to severs and other IT assets—- a. Server does not have sufficient RAM/CPU resources b. Outdated antivirus c. Equipment Failure d. Fire e. SQL Injection due to poorly-implemented database application f. Weak password policy Unauthorized access —- a. Server does not have sufficient RAM/CPU resources b. Outdated antivirus c. Equipment Failure d. Fire e. SQL Injection due to poorly-implemented database application f. Weak password policy Unauthorized disclosure of data in a database —- a. Server does not have sufficient RAM/CPU resources b. Outdated antivirus c. Equipment Failure d. Fire e. SQL Injection due to poorly-implemented database application f. Weak password policy Resources are unavailable to users when they need them —- a. Server does not have sufficient RAM/CPU resources b. Outdated antivirus c. Equipment Failure d. Fire e. SQL Injection due to poorly-implemented database application f. Weak password policy

Malware infection, the potential for a denial-of-service attack, damage to servers and other IT assets, unauthorized access, unauthorized disclosure of data in a database, and unavailability of resources to users are all potential risks faced by organizations in the modern digital landscape. These risks can have serious consequences, ranging from financial losses to reputation damage.

One common cause of these risks is the lack of sufficient RAM and CPU resources on a server. Insufficient resources can make a server vulnerable to malware infections and denial-of-service attacks. Malware can exploit the weak system resources to gain access to the server and compromise its security. Similarly, a denial-of-service attack can overwhelm a server with excessive traffic, depleting its resources and rendering it inaccessible to legitimate users.

Another factor that can contribute to these risks is the use of outdated antivirus software. Antivirus programs play a crucial role in detecting and preventing malware infections. However, if the antivirus software is not regularly updated, it may not be able to detect the latest threats. This can leave the system vulnerable to malware infections and other malicious activities.

Equipment failure is another potential risk that organizations need to consider. Hardware components, such as servers, routers, and switches, can malfunction or fail due to various reasons. If essential equipment fails, it can disrupt the organization’s operations, cause data loss, or lead to other security incidents.

Fires can also pose a significant risk to IT assets. If a fire breaks out in a data center or server room, it can result in severe damage to critical infrastructure, including servers, storage devices, and networking equipment. The loss of these assets can have a significant impact on an organization’s ability to operate effectively and securely.

SQL injection is a technique used by attackers to exploit vulnerabilities in poorly-implemented database applications. If a database application does not properly validate user input or sanitize SQL queries, it can become susceptible to SQL injection attacks. This can allow attackers to manipulate or extract sensitive data from the database.

Weak password policies can also contribute to the risks mentioned above. If users are allowed to use easily guessable or weak passwords, it becomes easier for attackers to gain unauthorized access to systems and applications. Once inside, attackers can cause various forms of damage, such as stealing data, disrupting operations, or spreading malware.

In conclusion, organizations need to be aware of the potential risks related to malware infections, denial-of-service attacks, damage to IT assets, unauthorized access, unauthorized data disclosure, and unavailability of resources. Mitigation strategies, such as ensuring sufficient resources, using up-to-date antivirus software, implementing robust security measures, and enforcing strong password policies, are crucial to protect against these risks and maintain an organization’s security and operational integrity.

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