ECCouncil 112-51 Exam With Confidence Using Practice Dumps

Finch has implemented the COBO (Corporate-Owned, Business-Only) mobile usage policy in the above scenario. COBO is a policy where the organization provides mobile devices to the employees and restricts them to use the devices only for work-related purposes. The organization has full control over the devices and can enforce security measures, such as encryption, password protection, remote wipe, and application whitelisting or blacklisting. The employees are not allowed to use the devices for personal use, such as browsing the internet, making personal calls, or installing personal apps. COBO is a policy that aims to maximize security and minimize distractions and risks for the organization and the employees.References:

• Mobile usage policy in office - sample, cell phone policy in companies and organization, HR Help Board, 2020
• Employee Cell Phone Policy Template, Workable, 2020
• How Employers Enforce Cell Phone Policies in the Workplace, Indeed, 2022

Physical security controls are security measures that prevent or deter unauthorized physical access to a facility, resource, or information. Physical security controls include locks, doors, gates, fences, guards, cameras, alarms, sensors, biometrics, and badges. Physical security controls protect the network and its components from theft, damage, sabotage, or natural disasters. Clark implemented physical security controls in the above scenario, as he installed security controls that allow employees to enter the office only after scanning their badges or fingerprints.References:

• Understanding the Various Types of Physical Security Controls- Week 4: Network Security Controls: Physical Controls
• The Role of Physical Security in Maintaining Network Security
• Physical Security: Planning, Measures & Examples + PDF

The type of attack initiated by Jacob in the above scenario is a cross-container attack. A cross-container attack is a type of attack that targets container technology and exploits the shared resources and network connections between containers. A cross-container attack can compromise the security and availability of multiple containers and the underlying host by performing actions such as stealing data, executing commands, consuming resources, or spreading malware. A cross-container attack can be launched by an external attacker who gains access to a container through a network vulnerability, or by a malicious insider who runs a rogue container on the same host or cluster.A cross-container attack can be prevented or mitigated by implementing security best practices for container technology, such as isolating containers, limiting privileges, enforcing policies, scanning images, and monitoring network traffic123.References:

• Network Defense Essentials Courseware, EC-Council, 2020, pp. 3-37 to 3-38
• 6 Common Kubernetes and Container Attack Techniques and How to Prevent Them - Palo Alto Networks, Palo Alto Networks, March 2, 2022
• The evolution of a matrix: How ATT&CK for Containers was built - Microsoft, Microsoft, July 21, 2021