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Cloud penetration testing is the practice of performing offensive security tests on a cloud in order to identify security flaws before hackers do. Depending on the type of cloud service and the provider, various manual methods and automatic tools may be used.
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Attack the cloud environment from within a customer's access context, simulating the impact of a compromised customer system or partner network
Assume the role of an anonymous attacker and launch an Internet-based attack against the cloud environment.
Assume the role of an anonymous attacker and launch an Internet-based attack against the cloud environment.
Attack the corporation by gaining a foothold in the environment via social engineering.
Cloud Configuration Review is an evaluation of your Cloud configuration against industry best practices and benchmarks. A report is created that includes a summary table that shows the benchmarks and whether you are following best practices, as well as individual technical findings in more detail, detailed explanation, and remediation advice.
Cloud Penetration Testing employs a combination of external and internal penetration testing techniques to examine the organization's external posture. Unprotected server blobs and S3 buckets, servers with management ports open to the internet, and poor egress controls are examples of vulnerabilities discovered through this type of active testing.
External attack surface – Identify all possible entry points – Web Applications, Storage Blobs, S3 Buckets, O365, SQL/RDS Databases, Azure Automation APIs, AWS APIs, Remote Desktops, VPNs, and others.
Authentication and Authorization Testing – Ensure that users in the environment follow the Principle of Least Privilege, are protected by robust multi-factor authentication policies, and that known ‘bad passwords' are not used.
Virtual Machines / EC2 – Azure provides two types of virtual machines: Classic and v2. These virtual machines will be tested to ensure that they are protected by Network Security Groups (NSGs – similar to firewalls) and that their data is encrypted at rest. Audits of missing patches and their effects are included wherever possible. In the places where virtual machines are publicly accessible, the external interfaces of those machines will be examined.
Storage and Databases – This area of testing will actually analyze the storage blob permissions as well as subfolder permissions to ensure that only authenticated and authorised users can access the data contained within. Examining the database (either on virtual machines running SQL Server, or on physical machines).
Before beginning a penetration test, Microsoft (Azure) and Amazon (AWS) used to require testing authorization. This is no longer an issue, but apart from a few AWS exceptions, you are no longer required to request authorization for a cloud penetration test for Azure, AWS, or GCP.
Policy for AWS Pen Testing https://aws.amazon.com/security/penetration-testing
Rules of Engagement for Azure https://www.microsoft.com/en-us/msrc/pentest-rules-of-engagement
GCP https://partner-security.withgoogle.com/docs/pentest_guidelines.html
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