Need 2 to 3 pages response to the following:1. Who is ultima…

Need 2 to 3 pages response to the following: 1. Who is ultimately responsible for the security of information in an organization? 2. What are the disadvantages of using a VPN instead of a leased line? 3. If a hacker hacks into a network, copies a few files, defaces the Web page, and steals credit card numbers, identify the different threat categories encompassed by this attack? 4. What do VPNs do that firewalls cannot do? Requirements: Citations and references are must required.

1. The responsibility for the security of information in an organization ultimately lies with the top-level management, specifically the Chief Information Officer (CIO) or Chief Security Officer (CSO). This is because the CIO or CSO typically holds the overall responsibility for overseeing the organization’s information security program.

It is the duty of the CIO or CSO to establish policies and procedures that ensure the confidentiality, integrity, and availability of the organization’s information assets. They are responsible for developing and implementing an effective information security strategy, which includes the identification of risks, the implementation of appropriate controls, and the continuous monitoring of the organization’s security posture.

To fulfill this responsibility, the CIO or CSO often collaborates with other stakeholders within the organization, such as IT managers, system administrators, and security teams. They work together to establish security measures, including the deployment of security technologies, the implementation of security awareness training programs, and the enforcement of security policies and procedures.

2. While virtual private networks (VPNs) offer several advantages over leased lines, they also have some disadvantages that organizations should consider before choosing between the two options.

One disadvantage of using a VPN instead of a leased line is that VPNs are subject to the limitations of the underlying network infrastructure. VPN traffic is transmitted over the public internet, which introduces the risk of latency, packet loss, and reduced bandwidth. This can lead to a decrease in network performance, particularly for applications that require real-time data transmission or high-speed connectivity.

Another disadvantage is that VPNs rely on encryption algorithms to secure data transmission. While encryption provides confidentiality, it also introduces processing overhead on both the client and server sides. This additional processing can impact the performance of devices involved in the VPN communication, such as routers, firewalls, and network interfaces.

Additionally, VPNs may require the installation of specialized client software on devices accessing the network remotely. This can create complexities in terms of deployment, configuration, and compatibility with different operating systems and devices. In contrast, leased lines provide more straightforward connectivity, without the need for additional client software or complex configurations.

3. The described attack involves multiple threat categories, each with distinct objectives and potential harm.

Firstly, the act of hacking into a network and copying files falls under the category of unauthorized access. This refers to the unauthorized entry into a system or network, which can allow an attacker to access sensitive and confidential information.

Secondly, the defacement of the web page can be classified as a form of sabotage or vandalism. This type of attack aims to disrupt the normal functioning of the website, damage the organization’s reputation, or convey a particular message.

Lastly, the theft of credit card numbers falls under the category of data breaches or data theft. This refers to the unauthorized acquisition of sensitive data, which can be exploited for financial gain or used for other malicious purposes.

4. VPNs offer several capabilities that firewalls alone cannot provide, which contribute to enhancing the overall security of network communications.

Firstly, VPNs provide secure remote access to resources within a private network. By establishing an encrypted tunnel between a remote user’s device and the organization’s network, VPNs allow users to securely access internal resources and applications from anywhere, ensuring confidentiality and data integrity.

Secondly, VPNs enable secure communication between geographically distributed offices or branches of an organization. By connecting different sites through a VPN, organizations can ensure that their communication remains confidential, regardless of the network infrastructure used by each location.

Additionally, VPNs can also provide a level of anonymity by hiding the actual IP address of a user. This is particularly useful for individuals who are concerned about their privacy or need to access resources that may be restricted based on geographical location.

In conclusion, the responsibility for the security of information in an organization lies with key management personnel such as the CIO or CSO. While VPNs have advantages over leased lines, they also have some disadvantages, including potential network performance issues and the need for additional encryption processing. The described attack involves threat categories such as unauthorized access, sabotage, and data theft. VPNs provide capabilities that firewalls alone cannot offer, including secure remote access, secure communication between branches, and enhanced user anonymity.