Identify the AWS resources that need to be secured
2
Check existing security groups and assess their configurations
3
Analyze IAM policies and check for insecure permissions
4
Evaluate the encryption of data at rest and in transit
5
Enable and review AWS CloudTrail logs
6
Approval: CloudTrail Logs Review
7
Activate Multi-Factor Authentication on all accounts
8
Regularly rotate and securely store AWS access keys
9
Perform a security assessment of AWS S3 buckets
10
Approval: AWS S3 Buckets Security Assessment
11
Review VPC flow logs for abnormal traffic patterns
12
Evaluate the need for a web application firewall
13
Ensure proper security measures for RDS and DynamoDB databases
14
Review the possibility of using AWS Shield for DDoS protection
15
Ensure all APIs are secured as per AWS best practices
16
Approval: APIs Security Review
17
Implement stringent password policies for IAM users
18
Ensure use of secure and latest AMIs
19
Check for unused EC2 and RDS instances
20
Approval: Final Security Checklist Review
Identify the AWS resources that need to be secured
Identify all AWS resources that may pose security risks. Determine the scope of the security assessment and prioritize resources based on their importance to the business. Consider the potential impact if these resources were compromised. Are there any specific tools or techniques that can be used to identify these resources?
1
EC2 instances
2
RDS databases
3
S3 buckets
4
IAM roles
5
Lambda functions
1
High
2
Medium
3
Low
Check existing security groups and assess their configurations
Review the current security group settings and configurations to ensure they align with security best practices. Evaluate the inbound and outbound traffic rules for each security group. Are there any specific configuration steps that need to be taken to address any identified vulnerabilities or weaknesses?
1
App Servers
2
Database Servers
3
Web Servers
1
Check for unrestricted inbound access
2
Review outbound access rules
3
Analyze open ports and protocols
4
Verify security group attachments
Analyze IAM policies and check for insecure permissions
Examine the existing IAM policies to check for any insecure permissions. Look for policies with overly broad or unnecessary permissions. Review the trust relationships established through IAM roles. Are there any specific patterns or indicators to watch out for when analyzing these policies?
1
Check for wildcards in permissions
2
Review trust relationships
3
Identify unused policies
4
Evaluate permissions boundaries
Evaluate the encryption of data at rest and in transit
Assess the encryption mechanisms used to protect data at rest and in transit. Verify that encryption is enabled for all appropriate AWS resources. Evaluate the encryption algorithms and key management practices in place. Are there any specific industry standards or compliance requirements that need to be considered?
1
Server-Side Encryption
2
Client-Side Encryption
3
Database Encryption
1
HIPAA
2
GDPR
3
PCI DSS
Enable and review AWS CloudTrail logs
Enable AWS CloudTrail logging and review the generated logs for any suspicious or unauthorized activity. Verify that the necessary AWS services and regions are included in the CloudTrail configuration. Are there any specific log analysis techniques or tools that can be used to identify potential security incidents?
1
Enable CloudTrail logging
2
Configure log file validation
3
Review log events
4
Monitor CloudTrail trails
Approval: CloudTrail Logs Review
Activate Multi-Factor Authentication on all accounts
Enable Multi-Factor Authentication (MFA) for all AWS user accounts. Ensure that MFA is enforced for all administrative and privileged users. Are there any specific challenges or considerations when implementing MFA for AWS accounts?
1
Enable MFA for root account
2
Enforce MFA for IAM users
3
Configure MFA device options
4
Communicate MFA requirements to users
Regularly rotate and securely store AWS access keys
Establish a process for regularly rotating AWS access keys and securely storing them. Determine the key rotation frequency based on business requirements and security best practices. Are there any specific key management practices or tools that should be used?
1
AWS Access Key ID
2
AWS Secret Access Key
1
Set key rotation schedule
2
Disable unused access keys
3
Store access keys securely
Perform a security assessment of AWS S3 buckets
Conduct a comprehensive security assessment of AWS S3 buckets to identify potential vulnerabilities and misconfigurations. Evaluate the bucket permissions, access controls, and encryption settings. Are there any specific tools or techniques that can be used for this assessment?
1
Verify bucket permissions
2
Analyze access logs
3
Review encryption settings
4
Check for public access
Approval: AWS S3 Buckets Security Assessment
Review VPC flow logs for abnormal traffic patterns
Review the VPC flow logs to identify any abnormal traffic patterns or suspicious network activity. Analyze the inbound and outbound traffic flows for any indicators of compromise. Are there any specific network monitoring or analysis tools that can aid in this assessment?
1
Collect and enable VPC flow logs
2
Monitor traffic patterns
3
Identify potential security incidents
4
Integrate with SIEM solution
Evaluate the need for a web application firewall
Assess the requirement for a web application firewall (WAF) to protect AWS resources against common web-based attacks. Consider the types of web applications and the potential risks they face. Are there any specific WAF solutions or deployment strategies that need to be considered?
1
Static websites
2
APIs
3
Web portals
1
SQL injection
2
Cross-site scripting
3
DDoS attacks
Ensure proper security measures for RDS and DynamoDB databases
Review the security measures implemented for RDS and DynamoDB databases. Evaluate the database security groups, encryption settings, and access controls. Are there any specific database-specific security measures or best practices that need to be considered?
1
RDS
2
DynamoDB
1
Review security groups
2
Assess encryption settings
3
Check access controls
Review the possibility of using AWS Shield for DDoS protection
Assess the feasibility of using AWS Shield for Distributed Denial of Service (DDoS) protection. Evaluate the potential benefits and limitations of AWS Shield for the organization. Are there any specific considerations or requirements for implementing AWS Shield?
1
Automatic DDoS protection
2
Real-time threat intelligence
3
Integrated with other AWS services
1
AWS WAF integration
2
Subscription plan
Ensure all APIs are secured as per AWS best practices
Review the security configurations of all APIs to ensure they adhere to AWS best practices. Verify the authentication and authorization mechanisms in place for each API. Are there any specific API security tools or services that can aid in this assessment?
1
Check authentication mechanisms
2
Analyze authorization settings
3
Verify encryption requirements
4
Monitor API activity
Approval: APIs Security Review
Implement stringent password policies for IAM users
Enhance the password policies for IAM users to ensure strong and secure passwords. Consider password complexity requirements, password expiration periods, and password reuse restrictions. Are there any specific challenges or considerations when implementing stringent password policies?
1
Set password complexity requirements
2
Define password expiration periods
3
Enforce password reuse restrictions
Ensure use of secure and latest AMIs
Verify that secure and up-to-date Amazon Machine Images (AMIs) are used for launching EC2 instances. Evaluate the patching and vulnerability management practices for the AMIs. Are there any specific AMI scanning tools or services that can aid in this assessment?
1
Amazon Linux 2
2
Ubuntu 20.04 LTS
3
Windows Server 2019
1
Scan for vulnerabilities
2
Check for operating system updates
3
Review AMI configurations
Check for unused EC2 and RDS instances
Identify and decommission any unused or unnecessary EC2 and RDS instances. Determine the service usage, resource utilization, and cost implications for each instance. Are there any specific tools or techniques that can aid in identifying these unused instances?