A. -45 percent

B. 5.5 percent

C. 45 percent

D. 82 percent

A. USB OTG

B. Internal application store

C. Sideloading

D. OTA

E. TPM

F. HTTPS

A. Raise the dead peer detection interval to prevent the additional network chatter

B. Ensure routers will use route advertisement guards.

C. Deploy honeypots on the network segment to identify the sending machine.

D. Deploy ARP spoofing prevention on routers and switches.

A. The ICS components are unsupported and vulnerable, and they cannot be patched.

B. The employed network segmentation does not use cryptographic isolation.

C. The IT systems across the two organizations run different security architectures.

D. Some factory-floor systems are incompatible with legacy protocols

A. The attacker harvested the hashed credentials of an account within the database administrators group after dumping the memory of a compromised machine. With these credentials, the attacker was able to access the database containing sensitive information directly.

B. An account, which belongs to an administrator of virtualization infrastructure, was compromised with a successful phishing attack. The attacker used these credentials to access the virtual machine manager and made a copy of the target virtual machine image. The attacker later accessed the image offline to obtain sensitive information.

C. A shared workstation was physically accessible in a common area of the contractor's office space and was compromised by an attacker using a USB exploit, which resulted in gaining a local administrator account. Using the local administrator credentials, the attacker was able to move laterally to the server hosting the database with sensitive information.

D. After successfully using a watering hole attack to deliver an exploit to a machine, which belongs to an employee of the contractor, an attacker gained access to a corporate laptop. With this access, the attacker then established a remote session over a VPN connection with the server hosting the database of sensitive information.