There are many different threats to the confidentiality, integrity, and availability of data-at-rest, data-in-transit, and processing. Some threats affect one of these security risks (like confidentiality only), and some threats affect more than one or even all these risks. Create a 1-to 2 -page table, in Microsoft® Word, listing a minimum of 6 threats using the column headers and details below: Threat – List the threat. Threat to Type of Data (data-at-rest,data-in-transit, or processing) – Identify the type. Confidentiality/Integrity/Availability– Identify whether some or all are affected by labelling: C, I, and/orA. Mitigation Suggestion – Describe a mitigation plan in 2-3 sentences. Example: Threat: Password Compromise Threat to Type of Data: Data-At-Rest Confidentiality/Integrity/Availability: C & I Mitigation: Employ a strong password that is changed at regular intervals. Do not share your password or write it down on sticky notes on your desk. .

1. There are many different threats to the confidentiality, integrity,
and availability of data-at-rest, data-in-transit, and processing.
Some threats affect one of these security risks (like
confidentiality only), and some threats affect more than one or
even all these risks.
Create a 1-to 2 -page table, in Microsoft® Word, listing a
minimum of 6 threats using the column headers and details
below:
Threat – List the threat.
Threat to Type of Data (data-at-rest,data-in-transit, or
processing) – Identify the type.
Confidentiality/Integrity/Availability– Identify whether some or
all are affected by labelling: C, I, and/orA.
Mitigation Suggestion – Describe a mitigation plan in 2-3
sentences.
Example:
Threat: Password Compromise
Threat to Type of Data: Data-At-Rest
Confidentiality/Integrity/Availability: C & I

2. Mitigation: Employ a strong password that is changed at regular
intervals. Do not share your password or write it down on sticky
notes on your desk.