Minimize Public IP Address on Compute Instances
Related Videos
5 Benchmarks of Role-Based Access Control Service Accounts
AWS Controls for Implementing a DMZ
AWS Web Application Firewall Defaults
Achieving High Availability in AWS
Assign Appropriate Contacts to Essential Roles
Authenticate and Authorize Users with Client Certificates
Avoid Using Default Service Account When Configuring Instances
Best Practices for Container Security
Best Practices for Secret Management
Configure Shared Access Security Tokens to Expire within an Hour
Configuring Network Border Controls
Consistently Manage User Accounts with OS Login
Create a Minimal Audit Policy for Logging
Disabling Insecure Ports and Protocols
Do Not Enable Serial Ports for VM Instance
Do Not Use API Keys at the Project Level
Do Not Use Project-Wide SSH Keys When Authenticating Instances
Do Not Use RSASHA1 for DNSSEC Key-Signing Keys
EC2 Instances in Availability Zones
Enable Access Transparency to Monitor Google Cloud Engineer Access
Enable Alerting for Cloud Storage IAM Permission Changes
Enable Bucket Lock to Protect Sink Destinations from Modification
Enable Cloud Audit Logging Across Your Project
Enable Cloud DNS Logging for VPC Networks
Enable DNSSEC to Protect DNS Protocols
Enable HTTPS Connections on App Engine Applications
Enable Multi-Factor Authentication for Non-Service Accounts
Enable Shielded VM to Ensure Operating System is Trustworthy
Enable VPC Flow Logs for Every Subnet
Encrypt BigQuery Datasets with Customer Managed Encryption Key (CMEK)
Encrypt Dataproc Cluster Using Customer Managed Encryption Key
Encrypt Kubernetes Secrets Using Keys
Encrypted Cardholder Data and Scope
Encryption for EBS Volumes
Encryption for S3 Buckets
Enforce Separation of Duties When Assigning KMS Related Roles
Enforce Separation of Duties When Assigning Service Account Roles
Ensure Alerts Exist for Project Ownership Changes
Ensure Alerts are Received for VPC Network Changes
Ensure BigQuery Datasets Are Not Publicly Accessible
Ensure Cloud Storage Buckets Are Not Publicly Accessible
Ensure Container Network Interfaces Support Network Policies
Ensure Corporate Login Credentials are Used
Ensure GKE Nodes are Configured Properly
Ensure KMS Cryptokeys Are Not Publicly Accessible
Ensure Kubernetes Idle Timeout Parameter is Appropriately Set
Ensure No Weak SSL Cipher Suites Are Permitted
Ensure Only Authorized Users Can Create Security Groups
Ensure Service Accounts Can't Access Admin Privileges
Ensure Soft Delete Is Enabled
Ensure to Restrict SSH Access from the Internet
Establish a Log Metric Alert for Configuration Changes in SQL Instances
Events that Drive Key Rotation
Exclusively Use GCP-Managed Service Account Keys
GKE Authentication and Authorization Best Practices
GKE Cluster Configuration Security Benchmarks
General Policies for Cluster Management
Generate Log Metric Alerts for Custom Role Changes
Harden Cloud SQL Database with Logging
Historically View Project Resources in Asset Inventory
House Accounts in CloudTrail
How Do You Scope a PCI DSS Assessment?
How To Configure Your Cluster Networks
How to Configure Kubelet Within Your Environment
IP Forwarding Should Not Be Enabled for Instances
Identity and Access Management Benchmarks in GKE
Image Registry and Scanning Best Practices
Industry Best Practices for Configuration Standards
Introduction to AWS Network Firewall
Introduction to Amazon EKS
Introduction to PCI DSS Requirement 1
Introduction to PCI Requirement 2.mp4
Key Rotation and Management
Leverage Confidential Computing to Protect Data
Leverage Google Cloud Engineers by Granting Access Approval
Load Balancers Must Require TLS 1.2
Manage Access Securely Using Uniform Bucket-Level Access
Meeting Firewall and Router Configuration Standards
Migrate Away from RSASHA1 for DNSSEC Zone-Signing Keys
Minimize Root and SA Account Access in Cloud SQL
Network Segmentation for AWS
Networking Configurations in Kubernetes Environment
Node MetaData Recommendations in GKE
PCI DSS Assessment Scope: Identify All Other People Processes and Technology
PCI DSS Assessment Scope: Identify Cardholder Data Flows
PCI DSS Assessment Scope: Identify People and Processes
PCI DSS Assessment Scope: Identify Technology
PCI DSS Assessment Scope: Identify Third Parties
PCI DSS Requirement 1.1.1 - Implementing a Change Control Program
PCI DSS Requirement 1.1.2 and 1.1.3 - Network Documentation Best Practices
PCI DSS Requirement 1.1.4 - Establishing a Firewall and DMZ
PCI DSS Requirement 1.1.5 Defining Roles and Responsibilities for Managing Network Components
PCI DSS Requirement 1.1.6 Documentation of Business Justification & Approval for use of all Services, Ports and Protocols
PCI DSS Requirement 1.1.7 - Review Firewall and Router Rule Sets
PCI DSS Requirement 1.2 Restrict Connections to Untrusted Networks
PCI DSS Requirement 1.2.1 Restrict Traffic to that which is Necessary
PCI DSS Requirement 1.2.2 Secure and Synchronize Router Configuration Files
PCI DSS Requirement 1.2.3 Install Firewalls Between all Wireless Networks and the CDE
PCI DSS Requirement 1.3 Examine Firewall and Router Configurations
PCI DSS Requirement 1.3.1 - Establishing a DMZ
PCI DSS Requirement 1.3.2 Limit Inbound Internet Traffic
PCI DSS Requirement 1.3.3 - Implement Anti Spoofing Measures
PCI DSS Requirement 1.3.4 - Deny Unauthorized Outbound Traffic
PCI DSS Requirement 1.3.5 - Permit Only Established Connections into the Network
PCI DSS Requirement 1.3.6 Segregate the CDE from the DMZ
PCI DSS Requirement 1.3.7 Do Not Disclose Private IP Addresses
PCI DSS Requirement 1.4 Install Personal Firewall Software
PCI DSS Requirement 1.5 Ensure Security Policies are Known to all Affected Parties
PCI Requirement 2.1 - Always Change Vendor-Supplied Defaults
PCI Requirement 2.1.1 - Change all Wireless Vendor Defaults
PCI Requirement 2.2 - Develop Configuration Standards for all System Components
PCI Requirement 2.2.1 - Implement Only One Primary Function Per Server
PCI Requirement 2.2.2 - Enable Only Necessary Services, Protocols and Daemons
PCI Requirement 2.2.3 - Implement Additional Security Features
PCI Requirement 2.2.4 - Configure System Security Parameters to Prevent Misuse
PCI Requirement 2.2.5 - Remove all Unnecessary Functionality
PCI Requirement 2.3 - Encryption
PCI Requirement 2.4 - Maintain an Inventory of In-Scope System Components
PCI Requirement 2.5 - Ensure Security Policies Are Known to All Affected Parties
PCI Requirement 2.6 - Shared Hosting Providers Must Protect Each Entity’s Hosted Environment
PCI Requirement 6.4 – Follow Change Control Processes & Procedures for Changes to System Components
PCI v4.0 - 1.1.1: Requirement 1 Policies and Procedures Are In Place
PCI v4.0 - 1.1.2: Requirement 1 Roles and Responsibilities Are In Place
PCI v4.0 - 1.2.1: Configuration Standards for Network Security Controls Are Implemented
PCI v4.0 - 1.2.2: Changes to Network Connections and Security Controls Are Approved
PCI v4.0 - 1.2.3: Maintain an Accurate Network Diagram
PCI v4.0 - 1.2.4: Maintain an Accurate Data-Flow Diagram
PCI v4.0 - 1.2.5: All Services Protocols and Ports Are Identified and Approved
PCI v4.0 - 1.2.6: Security Features Are Implemented on All Services Protocols and Ports
PCI v4.0 - 1.2.7: Network Security Controls Configurations Are Reviewed Regularly
PCI v4.0 - 1.2.8: Keep Configuration Files for Network Security Controls Secure and Consistent
PCI v4.0 - 1.3.1: Inbound Cardholder Data Environment Traffic Is Restricted
PCI v4.0 - 1.3.2: Outbound Traffic from the Cardholder Data Environment Is Restricted
PCI v4.0 - 1.3.3: Implement a Network Security Control Between Wireless Network and Wired CDE Segments
PCI v4.0 - 1.4.1: Network Security Controls Are Installed Between Trusted and Untrusted Networks
PCI v4.0 - 1.4.2: Inbound Traffic From Untrusted to Trusted Networks Is Restricted
PCI v4.0 - 1.4.3: Anti-Spoofing Measures Are In Place
PCI v4.0 - 1.4.4: Ensure Stored Cardholder Data Is Not Accessible from Untrusted Networks
PCI v4.0 - 1.4.5: Internal IP Addresses And Routing Information Is Only Disclosed to Authorized Parties
PCI v4.0 - 1.5.1: Security Controls Are Implemented on Any Computing Devices
PCI v4.0 - 11.1.1: Requirement 11 Polices and Procedures Are In Place
PCI v4.0 - 11.1.2: Requirement 11 Roles and Responsibilities Are In Place
PCI v4.0 - 11.2.1: Wireless Access Points Are Properly Managed
PCI v4.0 - 11.2.2: Maintain Inventory of All Authorized Wireless Access Points
PCI v4.0 - 11.3.1.1: Manage Non-High Risk and Non-Critical Vulnerabilities Appropriately
PCI v4.0 - 11.3.1.2: Use Authenticated Vulnerability Scanning Tools for Internal Scans
PCI v4.0 - 11.3.1.3: Perform Internal Scans After Significant Changes
PCI v4.0 - 11.3.1: Perform Internal Vulnerability Scans Frequently
PCI v4.0 - 11.3.2.1: Perform External Scans After Significant Changes
PCI v4.0 - 11.3.2: Perform External Vulnerability Scans Frequently
PCI v4.0 - 11.4.1: Define Document and Implement a Penetration Testing Methodology
PCI v4.0 - 11.4.2: Regularly Perform Internal Penetration Testing
PCI v4.0 - 11.4.3: Regularly Perform External Penetration Testing
PCI v4.0 - 11.4.4: Correct Vulnerabilities Found in Penetration Testing
PCI v4.0 - 11.4.5 & 11.4.6: Test the Effectiveness of Segmentation Controls Regularly
PCI v4.0 - 11.4.7: Multi-Tenant Service Providers Support Customers for External Penetration Testing
PCI v4.0 - 11.5.1.1: Detect Alert and Address Covert Malware Communication Channels
PCI v4.0 - 11.5.1: Implement Intrusion Detection and or Prevention Techniques
PCI v4.0 - 11.5.2: Deploy a Change-Detection Mechanism
PCI v4.0 - 11.6.1: Change-Detection or Tamper-Detection Mechanisms Are Deployed on Payment Pages
PCI v4.0 - 2.1.1: Requirement 2 Policies and Procedures Are In Place
PCI v4.0 - 2.1.2: Requirement 2 Roles and Responsibilities Are In Place
PCI v4.0 - 2.2.1: Configuration Standards Are Developed Implemented and Maintained
PCI v4.0 - 2.2.2: Vendor Default Accounts Are Managed Properly
PCI v4.0 - 2.2.3: Primary Functions Requiring Different Security Levels Are Managed
PCI v4.0 - 2.2.4: Unnecessary Functionalities Are Removed or Disabled
PCI v4.0 - 2.2.5: Insecure Daemons Protocols and Services Have Additional Security Features
PCI v4.0 - 2.2.6: System Security Parameters Are Configured to Prevent Misuse
PCI v4.0 - 2.2.7: Non-Console Administrative Access Is Encrypted
PCI v4.0 - 2.3.1: Wireless Vendor Defaults Are Changed or Confirmed to Be Secure
PCI v4.0 - 2.3.2: Wireless Encryption Keys Are Changed Accordingly
Pods Security Policies Benchmarks
Practice Regular Key Rotation for Service Accounts
Preventing Publicly Available S3 Buckets
Protect Admin Accounts with Security Key Enforcement
Protect Against Threats With Extensible Admission Control
Protect Kernel Defaults Through Configuration Settings
Receive Alerts for Audit Configuration Changes
Receive Alerts for VPC Network Firewall Rule Changes
Regularly Rotate API Keys
Remove Default Networks from All Projects
Restrict API Key Use to Specified Hosts and Apps
Restrict API Keys to Applications That Need Access
Restrict API Permissions If Using Default Service Accounts
Restrict RDP Authorized Access from the Internet
Restrict Unnecessary External Access in Cloud SQL
Reviewing Firewall and Router Configurations
Rotate KMS Encryption Keys Regularly
SOC 2 Academy: Change Control Processes
SOC 2 Academy: Change Management Best Practices
Securely Store and Access Secrets in Secrets Manager
Specify Customer-Managed Encryption Key (CMEK) as Default in BigQuery Datasets
Systems Manager Maintenance
The Importance of Patch Management in Virtual Machines
Third Parties and Your PCI DSS Assessment
Use CMEK To Secure GKE Storage
Use Cloud Logging Sinks to Retain Logs
Use Customer Supplied Encyryption Keys (CSEK) for Critical VM Disks
Use Identity Aware Proxy (IAP) to Restrict Access to Network
Use Least Privilege For Users at Project Level Roles
Use TLS to Encrypt All Connections in Cloud SQL
Utilize Managed Disks for Virtual Machines
VPC Network Route Changes Should Trigger Alerts
What Data Does PCI DSS Apply To?
What is the Google Kubernetes Shared Responsibility Model
Who Does PCI DSS Apply To?
