Enforce Separation of Duties When Assigning KMS Related Roles

Related Videos

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