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Do Not Use RSASHA1 for DNSSEC Key-Signing Keys
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5 Benchmarks of Role-Based Access Control Service Accounts
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5 Focus Areas for AWS Compliance
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AWS Password Best Practices
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AWS Password Expiration Policies
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AWS Password Reuse Policy
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Access Control Using IAM Instance Roles
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Achieving High Availability in AWS
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Activate Azure Key Rotation Reminders.mov
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Assign Appropriate Contacts to Essential Roles
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Attaching IAM Policies to Groups or Roles
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Audit Your Security Groups for Insecure Ports and Protocols
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Avoid Use of the Root Account
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Basic Tools for AWS Security
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Basics of Role Assumption
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Best Practices for Secret Management
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Cloud Attacks on the Rise
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Consistently Manage User Accounts with OS Login
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Create a Minimal Audit Policy for Logging
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Defining Resources in IAM Policies
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Disabling Unused Credentials
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Do All Keys Have Resources Attached?
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Do Not Enable Serial Ports for VM Instance
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Do Not Use API Keys at the Project Level
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Do Not Use Project-Wide SSH Keys When Authenticating Instances
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Enable Access Transparency to Monitor Google Cloud Engineer Access
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Enable Alerting for Cloud Storage IAM Permission Changes
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Enable Bucket Lock to Protect Sink Destinations from Modification
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Enable Cloud Audit Logging Across Your Project
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Enable Cloud DNS Logging for VPC Networks
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Enable DNSSEC to Protect DNS Protocols
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Enable HTTPS Connections on App Engine Applications
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Enable Multi-Factor Authentication for Non-Service Accounts
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Enable Role Based Access Control (RBAC) for Azure Key Vault
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Enable Shielded VM to Ensure Operating System is Trustworthy
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Enable VPC Flow Logs for Every Subnet
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Enabling MFA for All IAM Users
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Encrypt BigQuery Datasets with Customer Managed Encryption Key (CMEK)
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Encrypt Dataproc Cluster Using Customer Managed Encryption Key
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Encrypt Infrastructure to Further Protect Your Environment
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Encrypt Kubernetes Secrets Using Keys
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Encrypting Traffic In and Out of AWS
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Encryption Decisions for Your Technology Stack
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Encryption Opportunities
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Encryption for EBS Volumes
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Enforce Separation of Duties When Assigning KMS Related Roles
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Enforce Separation of Duties When Assigning Service Account Roles
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Enforcing Strong TLS Ciphers
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Ensure Alerts Exist for Project Ownership Changes
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Ensure Alerts are Received for VPC Network Changes
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Ensure BigQuery Datasets Are Not Publicly Accessible
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Ensure Cloud Storage Buckets Are Not Publicly Accessible
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Ensure Container Network Interfaces Support Network Policies
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Ensure Corporate Login Credentials are Used
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Ensure GKE Nodes are Configured Properly
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Ensure KMS Cryptokeys Are Not Publicly Accessible
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Ensure Kubernetes Idle Timeout Parameter is Appropriately Set
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Ensure No Weak SSL Cipher Suites Are Permitted
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Ensure Service Accounts Can't Access Admin Privileges
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Ensure Use of CMKs for Unattached Disks
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Ensure that an Expiration Date Is Set for All Keys in Non-RBAC Key Vaults
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Ensure to Restrict SSH Access from the Internet
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Ensuring Role Assumption is Logged
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Establish a Log Metric Alert for Configuration Changes in SQL Instances
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Events that Drive Key Rotation
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Exclusively Use GCP-Managed Service Account Keys
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FAQs for Amazon S3 Security
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GKE Authentication and Authorization Best Practices
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GKE Cluster Configuration Security Benchmarks
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General Policies for Cluster Management
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Generate Log Metric Alerts for Custom Role Changes
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Harden Cloud SQL Database with Logging
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Historically View Project Resources in Asset Inventory
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House Accounts in CloudTrail
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How To Configure Your Cluster Networks
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How to Configure Encryption for EBS Volumes on Existing EC2 Instances
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How to Configure Encryption for EBS Volumes on New EC2 Instances
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How to Configure Encryption for RDS
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How to Configure Encryption for S3 Buckets
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How to Configure Kubelet Within Your Environment
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How to Restrict Public Access to S3 Buckets
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How to Use S3 Versioning and Lifecycle Rules
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IAM Policies that Address Administrative Privileges
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IP Forwarding Should Not Be Enabled for Instances
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Identity and Access Management Benchmarks in GKE
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Image Registry and Scanning Best Practices
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Introduction to Amazon Inspector
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Key Rotation and Management
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Leverage Confidential Computing to Protect Data
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Leverage Google Cloud Engineers by Granting Access Approval
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Load Balancers Must Require TLS 1.2
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MFA for API Calls
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Manage Access Securely Using Uniform Bucket-Level Access
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Migrate Away from RSASHA1 for DNSSEC Zone-Signing Keys
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Minimize Public IP Address on Compute Instances
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Minimize Root and SA Account Access in Cloud SQL
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Networking Configurations in Kubernetes Environment
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Node MetaData Recommendations in GKE
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Only Install Company-Approved Extensions on Your Virtual Machines
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PCI Requirement 3.1 - Keep Cardholder Data Storage to a Minimum
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PCI Requirement 3.2 - Do Not Store Sensitive Authentication Data After Authorization
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PCI Requirement 3.3 Mask PAN when Displayed
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PCI Requirement 3.4 Render PAN Unreadable Anywhere it Is Stored
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PCI Requirement 3.4.1 Logical Access Management
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PCI Requirement 3.5 Document & Implement Procedures to Protect Keys
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PCI Requirement 3.5.1 Maintain a Documented Description of The Cryptographic Architecture
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PCI Requirement 3.5.2 Restrict Access to Cryptographic Keys
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PCI Requirement 3.5.3 Store Secret and Private Keys Used to Encrypt/Decrypt Cardholder Data
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PCI Requirement 3.5.4 Store Cryptographic Keys in The Fewest Possible Locations
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PCI Requirement 3.6 Document & Implement all Key-Management Processes & Procedures
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PCI Requirement 3.6.1 Generation of Strong Cryptographic Keys
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PCI Requirement 3.6.2 Secure Cryptographic Key Distribution
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PCI Requirement 3.6.3 Secure Cryptographic Key Storage
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PCI Requirement 3.6.4 Cryptographic Key Changes at Cryptoperiod Completion
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PCI Requirement 3.6.5 Replacing Weakened Keys
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PCI Requirement 3.6.6 Using Split Knowledge & Dual Control
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PCI Requirement 3.6.7 Prevention of Unauthorized Substitution of Cryptographic Keys
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PCI Requirement 3.6.8 Key-Custodian Responsibilities
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PCI Requirement 3.7 Security Policies & Operational Procedures
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PCI Requirement 4.1 – Use Strong Cryptography & Security Protocols to Safeguard Sensitive CHD
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PCI Requirement 4.1.1 – Ensure Wireless Network Transmitting CHD Use Strong Encryption
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PCI Requirement 4.3 – Ensure Security Policies and Procedures are Known to all Affected Parties
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PCI Requirements 3.2.1, 3.2.2, & 3.2.3 Do Not Store Tracks, Codes, or PINs After Authorization
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PCI v4.0 - 3.1.1 & 3.1.2: Have Requirement 3 Policies and Procedures Assigned and In Place
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PCI v4.0 - 3.2.1: Only Retain the Minimum Account Data Needed
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PCI v4.0 - 3.3.1, 3.3.1.1, 3.3.1.2, & 3.3.1.3: Do Not Retain Any Sensitive Authentication Data
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PCI v4.0 - 3.3.2: Encrypt Sensitive Authentication Data If Retained for Any Length of TIme
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PCI v4.0 - 3.3.3: (Issuers Only) Store Only the Minimum Amount of Sensitive Authentication Data Needed
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PCI v4.0 - 3.4.1: Mask Displayed Primary Account Number
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PCI v4.0 - 3.4.2: Do Not Allow Primary Account Numbers to Be Copied When Using Remote Access
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PCI v4.0 - 3.5.1.1: Ensure All Hashes Are Keyed
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PCI v4.0 - 3.5.1.2: Correctly Utilize Disk-Level Encryption of Primary Account Numbers
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PCI v4.0 - 3.5.1.3: Ensure Disk-Level Encryption Meets Requirements
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PCI v4.0 - 3.5.1: Store Primary Account Numbers Appropriately
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PCI v4.0 - 3.6.1.1: (Service Providers) Document and Describe the Cryptographic Architecture
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PCI v4.0 - 3.6.1.3 & 3.6.1.4: Use Fewest Possible Custodians and Locations for Cryptographic Keys
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PCI v4.0 - 3.6.1: Use Fewest Possible Number of Key Custodians Locations and Forms
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PCI v4.0 - 3.7.1: Utilize Procedures to Generate Strong Cryptographic Keys
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PCI v4.0 - 3.7.2 & 3.7.3: Implement Policies and Procedures to Safely Distribute and Store Keys
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PCI v4.0 - 3.7.4: Define Cryptoperiods in Policies and Procedures for Key Management
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PCI v4.0 - 3.7.5: Properly Retire Replace or Destroy Keys When Appropriate
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PCI v4.0 - 3.7.6: Use Split Knowledge and Dual Control for Manual Cleartext Key Management
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PCI v4.0 - 3.7.7: Do Not Allow Unauthorized Key Substitution
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PCI v4.0 - 3.7.8: Require Key Custodians to Acknowledge and Accept Their Responsibilities
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PCI v4.0 - 4.1.1 & 4.1.2: Have Requirement 4 Policies and Procedures Assigned and In Place
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PCI v4.0 - 4.2.1.1: Maintain Inventory of Trusted Keys and Certificates
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PCI v4.0 - 4.2.1.2: Utilize Strong Cryptography When Transmitting Primary Account Numbers on Wireless Networks
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PCI v4.0 - 4.2.1: Properly Secure Primary Account Numbers During Transmission
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PCI v4.0 - 4.2.2: Secure Primary Account Numbers When Transmitting via End User Messaging
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PCI v4.0 - 6.1.1: Requirement 6 Policies and Procedures Are In Place
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PCI v4.0 - 6.1.2: Requirement 6 Roles and Responsibilities Are In Place
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PCI v4.0 - 6.2.1: Bespoke and Custom Software Are Developed Securely
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PCI v4.0 - 6.2.2: Train Personnel Developing Custom Software in Secure Software Practices
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PCI v4.0 - 6.2.3 & 6.2.3.1: Bespoke and Custom Software Is Reviewed Before Being Released
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PCI v4.0 - 6.2.4: Utilize Software Engineering Techniques to Secure Bespoke and Custom Software
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PCI v4.0 - 6.3.1: Identify Security Vulnerabilities in Software
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PCI v4.0 - 6.3.2: Maintain a List of Bespoke and Custom and Third-Party Software
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PCI v4.0 - 6.3.3: Remediate Known Vulnerabilities Through Security Patches
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PCI v4.0 - 6.4.1: Protect Public-Facing Web Applications
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PCI v4.0 - 6.4.2: Use an Automated Solution to Protect Public-Facing Web Applications
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PCI v4.0 - 6.4.3: Payment Page Scripts Are Managed Properly
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PCI v4.0 - 6.5.1: Have a Documented Change Process for All System Components
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PCI v4.0 - 6.5.2: Ensure Applicable PCI DSS Requirements Are In Place After Significant Changes
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PCI v4.0 - 6.5.3: Pre-Production and Production Environments Are Separated
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PCI v4.0 - 6.5.4: Separate Duties Between Production and Pre-Production Environments
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PCI v4.0 - 6.5.5: Live Primary Account Numbers Are Not Used In Pre-Production Environments
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PCI v4.0 - 6.5.6: Ensure Test Data and Accounts Are Removed Before Going into Production
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PCI v4.0 - A1.1.1: (Multi-Tenant Service Providers) Logical Separation Is Implemented Appropriately
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PCI v4.0 - A1.1.2: (Multi-Tenant Service Providers) Each Customer Can Only Access Its Own Data and Environment
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PCI v4.0 - A1.1.3: (Multi-Tenant Service Providers) Customers Can Only Access Resources Allocated to Them
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PCI v4.0 - A1.1.4: (Multi-Tenant Service Providers) Logical Separation Control Effectiveness Is Tested Regularly
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PCI v4.0 - A1.2.1: (Multi-Tenant Service Providers) Ensure Appropriate Logging Is Enabled
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PCI v4.0 - A1.2.2: (Multi-Tenant Service Providers) Implement Processes to Support Forensic Investigations
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PCI v4.0 - A1.2.3: (Multi-Tenant Service Providers) Implement Processes for Reporting and Addressing Security Incidents
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Periodically Regenerate Access Keys
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Pods Security Policies Benchmarks
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Practice Regular Key Rotation for Service Accounts
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Preventing Public Accessibility on DB Instances
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Protect Admin Accounts with Security Key Enforcement
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Protect Against Threats With Extensible Admission Control
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Protect Kernel Defaults Through Configuration Settings
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Protect Your Data with PCI DSS
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Re-Keying for Decryption
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Receive Alerts for Audit Configuration Changes
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Receive Alerts for VPC Network Firewall Rule Changes
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Regularly Rotate API Keys
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Remove Default Networks from All Projects
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Requirement 4 - Encrypt Transmission of Cardholder Data Across Open, Public Networks
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Requirement 4.2 – Never Send Unprotected PAN by End-User Technologies
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Restrict API Key Use to Specified Hosts and Apps
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Restrict API Keys to Applications That Need Access
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Restrict API Permissions If Using Default Service Accounts
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Restrict RDP Authorized Access from the Internet
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Restrict Unnecessary External Access in Cloud SQL
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Restricting Access to EBS Snapshots
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Rotate KMS Encryption Keys Regularly
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Rotating Access Keys
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Route 53 Support for DNSSEC
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Securely Store and Access Secrets in Secrets Manager
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Specify Customer-Managed Encryption Key (CMEK) as Default in BigQuery Datasets
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Systems Manager Maintenance
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Take Advantage of Automatic Key Rotation within Azure Key Vault
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The AWS Shared Responsibility Model
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The Importance of Patch Management in Virtual Machines
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Use CMEK To Secure GKE Storage
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Use Cloud Logging Sinks to Retain Logs
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Use Customer Supplied Encyryption Keys (CSEK) for Critical VM Disks
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Use Identity Aware Proxy (IAP) to Restrict Access to Network
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Use Least Privilege For Users at Project Level Roles
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Use TLS to Encrypt All Connections in Cloud SQL
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Using AWS KMS
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Using IAM Instance Roles for AWS Resource Access
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Using Prowler to Evaluate AWS Security
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Using Systems Manager from a Service-Linked Role
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Using TLS 1.2 to Encrypt Data in Transit
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Using VPC Endpoints to Access Systems Manager
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Utilize CMKs for OS and Data Disks
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Utilize Private Endpoints for Azure Key Vault
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VPC Network Route Changes Should Trigger Alerts
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What is the Google Kubernetes Shared Responsibility Model
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