RedSecLabs delivers AWS penetration testing aligned to the AWS Customer Support Policy for Penetration Testing. Coverage spans IAM misconfigurations, S3 bucket exposure, Lambda function security, EC2 and VPC architecture, RDS configuration, EKS hardening, and serverless attack surface. Senior CREST-accredited testers with hands-on AWS experience , not generic web pentesters claiming cloud expertise.
AWS penetration testing is the structured assessment of an AWS environment for exploitable security weaknesses. Unlike traditional pentesting which focuses on network and application exposure, AWS testing centres on cloud-specific attack surfaces: IAM policies and roles, S3 bucket configurations, EC2 instance metadata exposure, Lambda execution permissions, EKS pod-to-service-account mappings, RDS network exposure, and the cross-service interactions that create attack paths.
AWS operates a shared responsibility model. Amazon secures the cloud, customers secure their configuration within it. The overwhelming majority of cloud breaches trace to customer-side misconfiguration rather than AWS platform vulnerabilities, which is why customer-side AWS pentesting is so valuable.
Comprehensive IAM analysis including privilege escalation paths
S3 bucket configuration review and accidental public exposure detection
EC2, EKS, and Lambda security configuration assessment
VPC, security group, and network ACL review
CloudTrail and detection coverage analysis
AWS-specific remediation guidance from cloud-native specialists
AWS testing should happen at least annually, with focused re-testing after major architectural changes or significant new AWS service adoption.
Cloud misconfiguration remains the leading cause of cloud-environment breaches, overly-permissive IAM policies enabling privilege escalation, publicly-exposed S3 buckets leaking customer data, exposed EC2 metadata services enabling credential theft, weak EKS RBAC allowing pod escapes. These are findable with proper testing.
Generic infrastructure pentesting rarely covers cloud-specific risk effectively. AWS testing requires understanding AWS services, what each service does, how it integrates with IAM, what its common misconfigurations look like, and what realistic attack paths combine multiple services. Generalist testers miss most of this.
IAM privilege escalation via policy combination weaknesses
S3 bucket misconfiguration leaking customer data publicly
EC2 instance metadata exposure enabling role credential theft
EKS RBAC weaknesses enabling cluster compromise
Lambda over-privileged execution roles
Cross-account assumed role chains enabling lateral movement
AWS environments demand AWS-specific testing, and the findings are typically among the highest-impact in any security programme.
Any organisation with substantial AWS workloads benefits from regular AWS-specific testing:
AWS-specific methodology aligned to the AWS customer testing policy, combining configuration review, IAM analysis, and active exploitation where in scope.
We agree the in-scope AWS accounts, services, and testing approach (read-only assessment, active exploitation, or both). Read-only IAM role access is established for testing.
Comprehensive enumeration of AWS resources across in-scope accounts, services in use, regions, account relationships, organisational structure.
Deep analysis of IAM policies, roles, and trust relationships, looking for privilege escalation paths, overly-permissive policies, and cross-account risk.
S3 bucket configurations, public access settings, cross-account access, encryption posture, and accidental exposure of sensitive data.
EC2 instance configurations, security groups, instance metadata service exposure, EKS RBAC and pod security, Lambda execution roles.
VPC configurations, network ACLs, security groups, VPC peering, transit gateways, and exposed endpoints.
Manual exploitation of identified weaknesses where the engagement scope allows. IAM privilege escalation, metadata service abuse, cross-service attack paths.
Assessment of CloudTrail, GuardDuty, Security Hub coverage, identifying detection gaps for the attack paths we identified.
Typical engagement: 5-8 days for single-account environments, 10-15 days for multi-account AWS organisations, longer for very large or complex estates.
Every AWS testing engagement with RedSecLabs includes:
We deliver this service across these industries:
AWS testing requires testers who actually understand AWS, services, integrations, IAM model, common architectural patterns, at engineering depth, not just security depth. Our AWS testers are cloud-native practitioners who have built AWS environments themselves; the remediation guidance you get reflects real implementation experience, not theoretical best practice.
Book a free 30-minute scoping call. Fixed-fee proposal within 48 hours, engagement starts within 1-2 weeks.