Well, this session is all about data protection. More specifically, data encryption while at rest and in transit; and best practice sharing around securely storing data within and among various AWS services.
WEEK 3 QUIZ 1
1. What requirement must you adhere to in order to deploy an AWS CloudHSM?
Run the HSM in two regions
Provision the HSM in a VPC (CORRECT)
Deploy an EBS volume for the HSM
Call AWS Support first to enable it
2. What AWS KMS keys are used to encrypt and decrypt data in AWS?
Customer master keys (CORRECT)
AWS master keys
Seller recrypt keys
User recrypt keys
3. How much data can you encrypt/decrypt using an Customer Master Key?
Up to 4MB
Up to 4TB
Up to 1MB
Up to 4KB (CORRECT)
WEEK 3 QUIZ 2
1. The purpose of encrypting data when it is in transit between systems and services is to prevent (choose 3 correct answers):
unauthenticated server and client communication
eavesdropping (CORRECT)
unauthorized alterations (CORRECT)
unauthorized copying (CORRECT)
2. Which protocol below is an industry-standard cryptographic protocol used for encrypting data at the transport layer?
HTTPS
TLS (CORRECT)
X.509
IPSec
3. How do you encrypt an existing un-encrypted EBS volume?
EBS volumes are encrypted at rest by default
Enable Encryption by Default feature
Take a snapshot for EBS volume, and create new encrypted volume for this snapshot (CORRECT)
Enable encryption for EC2 instance, which will encrypt the attached EBS volumes
4. Can you encrypt just a subset of items in a DynamoDB table?
Yes
No (CORRECT)
5. When you enable encryption for RDS DB instance, what would not be encrypted?
JBDC connection (CORRECT)
Transaction logs
Automated backups
Read Replicas
Snapshots
6. Which of the following is a valid storage service on AWS?