Question # 1
| An organization adopts Google Cloud Platform (GCP) for application hosting services and needs guidance on setting up password requirements for their Cloud Identity account. The organization has a password policy requirement that corporate employee passwords must have a minimum number of characters.
Which Cloud Identity password guidelines can the organization use to inform their new requirements? | | A. Set the minimum length for passwords to be 8 characters. | | B. Set the minimum length for passwords to be 10 characters. | | C. Set the minimum length for passwords to be 12 characters. | | D. Set the minimum length for passwords to be 6 characters. |
A. Set the minimum length for passwords to be 8 characters.
Explanation:
The minimum length for passwords in Cloud Identity can be set to 8 characters. This aligns with common security best practices for password policies, ensuring a basic level of complexity and security.
Step-by-Step:
Access Admin Console: Log in to the Google Admin console.
Navigate to Security Settings: Go to Security > Password Management.
Set Minimum Length: Set the minimum length for passwords to 8 characters.
Save Changes: Save the settings and ensure that all user accounts adhere to the new policy.
References:
Google Cloud Identity Security Settings
Password Policy Best Practicesv
Question # 2
| Applications often require access to “secrets” - small pieces of sensitive data at build or run time. The administrator managing these secrets on GCP wants to keep a track of “who did what, where, and when?” within their GCP projects.
Which two log streams would provide the information that the administrator is looking for? (Choose two.) | | A. Admin Activity logs | | B. System Event logs | | C. Data Access logs | | D. VPC Flow logs | | E. Agent logs |
A. Admin Activity logs
C. Data Access logs
Explanation:
To keep track of "who did what, where, and when?" within GCP projects, the administrator should focus on Admin Activity logs and Data Access logs. Here’s a detailed explanation of why these two log streams are essential:
Admin Activity Logs:
These logs capture administrative actions performed in your Google Cloud resources. This includes actions like creating, modifying, or deleting resources.
Admin Activity logs provide detailed information about the user who performed the action, the resource that was affected, the action performed, and the timestamp.
Data Access Logs:
These logs capture read and write operations on data within your Google Cloud services. This includes actions like accessing or modifying data stored in databases, storage buckets, etc.
Data Access logs help track the access patterns of users and services to sensitive data, providing insights into who accessed which data and when.
Steps to Enable and Access Logs:
Navigate to the Google Cloud Console.
Go to Logging in the left-hand menu.
Enable Admin Activity and Data Access logs if not already enabled.
Use Logs Explorer to filter and view specific logs based on your requirements.
By monitoring both Admin Activity and Data Access logs, administrators can gain comprehensive visibility into the actions performed on their GCP resources and data, ensuring robust security and compliance tracking.
References:
Google Cloud Logging Documentation
Audit Logs Overview
Question # 3
| A customer is collaborating with another company to build an application on Compute Engine. The customer is building the application tier in their GCP Organization, and the other company is building the storage tier in a different GCP Organization. This is a 3-tier web application. Communication between portions of the application must not traverse the public internet by any means.
Which connectivity option should be implemented? | | A. VPC peering | | B. Cloud VPN | | C. Cloud Interconnect | | D. Shared VPC |
A. VPC peering
Explanation:
Objective: Ensure private communication between application tiers in different GCP Organizations.
Solution: Use VPC peering to enable private communication without traversing the public internet.
Steps:
Step 1: Open the Google Cloud Console.
Step 2: Navigate to the VPC Network Peering page.
Step 3: Create a new VPC peering connection in the project hosting the application tier.
Step 4: Specify the VPC network in the other organization (hosting the storage tier) to peer with.
Step 5: Accept the peering request in the other project.
Step 6: Configure the necessary routes and firewall rules to allow traffic between the peered VPC networks.
VPC peering allows you to connect two VPC networks privately and directly, ensuring that traffic between them does not traverse the public internet.
References:
GCP VPC Peering Documentation
VPC Network Peering Guide
Question # 4
| You are creating an internal App Engine application that needs to access a user’s Google Drive on the user’s behalf. Your company does not want to rely on the current user’s credentials. It also wants to follow Google- recommended practices.
What should you do? | | A. Create a new Service account, and give all application users the role of Service Account User. | | B. Create a new Service account, and add all application users to a Google Group. Give this group the role of Service Account User. | | C. Use a dedicated G Suite Admin account, and authenticate the application’s operations with these G Suite credentials. | | D. Create a new service account, and grant it G Suite domain-wide delegation. Have the application use it to impersonate the user. |
D. Create a new service account, and grant it G Suite domain-wide delegation. Have the application use it to impersonate the user.
Explanation:
To access a user's Google Drive on their behalf without relying on the user's credentials and following Google-recommended practices, you should use a service account with domain-wide delegation.
Create a Service Account:
Go to the Cloud Console, navigate to IAM & Admin > Service Accounts.
Click "Create Service Account" and provide necessary details.
Grant Domain-Wide Delegation:
Edit the service account to enable "G Suite Domain-wide Delegation".
Download the JSON key file.
Configure API Access in G Suite:
Go to the Google Admin Console.
Navigate to Security > API Controls > Domain-wide Delegation.
Add a new API client and use the client ID from the service account.
Authorize the necessary API scopes (e.g., https://www.googleapis.com/auth/drive).
Implement in Application:
Use the Google API Client Library for the desired language.
Load the service account credentials and perform user impersonation to access Google Drive.
References:
Domain-wide Delegation of Authority
Using OAuth 2.0 for Server to Server Applications
Question # 5
| Which two implied firewall rules are defined on a VPC network? (Choose two.) | | A. A rule that allows all outbound connections | | B. A rule that denies all inbound connections | | C. A rule that blocks all inbound port 25 connections | | D. A rule that blocks all outbound connections | | E. A rule that allows all inbound port 80 connections |
A. A rule that allows all outbound connections
B. A rule that denies all inbound connections
Explanation:
Implied IPv4 allow egress rule. An egress rule whose action is allow, destination is 0.0.0.0/0, and priority is the lowest possible (65535) lets any instance send traffic to any destination
Implied IPv4 deny ingress rule. An ingress rule whose action is deny, source is 0.0.0.0/0, and priority is the lowest possible (65535) protects all instances by blocking incoming connections to them.
https://cloud.google.com/vpc/docs/firewalls?hl=en#default_firewall_rules
Question # 6
| An administrative application is running on a virtual machine (VM) in a managed group at port 5601 inside a Virtual Private Cloud (VPC) instance without access to the internet currently. You want to expose the web interface at port 5601 to users and enforce authentication and authorization Google credentials
What should you do? | | A. Modify the VPC routing with the default route point to the default internet gateway Modify the VPC Firewall rule to allow access from the internet 0.0.0.0/0 to port 5601 on the application instance. | | B. Configure the bastion host with OS Login enabled and allow connection to port 5601 at VPC firewall Log in to the bastion host from the Google Cloud console by using SSH-in-browser and then to the web application | | C. Configure an HTTP Load Balancing instance that points to the managed group with Identity-Aware Proxy (IAP) protection with Google credentials Modify the VPC firewall to allow access from IAP network range | | D. Configure Secure Shell Access (SSH) bastion host in a public network, and allow only the bastion host to connect to the application on port 5601. Use a bastion host as a jump host to connect to the application |
C. Configure an HTTP Load Balancing instance that points to the managed group with Identity-Aware Proxy (IAP) protection with Google credentials Modify the VPC firewall to allow access from IAP network range
Explanation:
This approach allows you to expose the web interface securely by using Identity-Aware Proxy (IAP), which provides authentication and authorization with Google credentials. The HTTP Load Balancer can distribute traffic to the VMs in the managed group, and the VPC firewall rule ensures that access is allowed from the IAP network range.
Question # 7
| You are using Security Command Center (SCC) to protect your workloads and receive alerts for suspected security breaches at your company. You need to detect cryptocurrency mining software.
Which SCC service should you use? | | A. Container Threat Detection | | B. Web Security Scanner | | C. Rapid Vulnerability Detection | | D. Virtual Machine Threat Detection |
D. Virtual Machine Threat Detection
Explanation:
Enable Security Command Center (SCC):
SCC provides centralized visibility and control over your cloud resources' security status.
Ensure that SCC is enabled in your Google Cloud environment.
Configure Virtual Machine Threat Detection (VMTD):
VMTD is part of SCC and specializes in detecting threats within VM instances, such as cryptocurrency mining malware.
Navigate to the SCC settings in the Google Cloud Console.
Activate VMTD:
Enable VMTD for the projects or resources where you want to monitor and detect potential threats.
VMTD uses behavioral analysis to identify anomalies indicative of unauthorized mining activities.
Monitor and Respond to Alerts:
VMTD generates alerts when it detects suspicious activities, such as unauthorized cryptocurrency mining.
Set up appropriate response actions, such as notifications, automatic remediation, or manual investigation, to handle these alerts.
References:
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Security Command Center Documentation
Virtual Machine Threat Detection
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