AWS Penetration Testing
AWS Penetration Testing
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What AWS Penetration Testing?
Techniques Employed in Our AWS Penetration
1. Scope and Objective Statement
We will always ensure that you keep in line with the policies of testing AWS to go along with business priorities at hand.
2. Reconnaissance and Asset Discovery
Once our security researcher gain open-exposed endpoint configurations, we check for attack surfaces that can damange further your data.
3. Vulnerability Identification
We use automated tool-based and manual-based approaches for vulnerability identification. Among them are IAM Misconfiguration: Poorly designed multi-factor not implemented properly. S3 Bucket Issues: The free flow of any content bucket with weak access controls. API security controls have missing insecure authentications, no rate limit, and no protection over the sensitive endpoint.
4. Controlled Exploitation
This incorporated ethical attacks meant against the recognised weakness but not causing operational damage. The lists include privilege escalation, unauthorised access of information, and by passing the authentication mechanism.
5. Policy Formulation and Review
We rely on configuration in accomplishing the security settings of an AWS environment. We understand the configurations used to validate resources through security groups and then all such access policies in your network.
6. Report and Recommendation
A report based on the risk severity and then the business impact is incorporated in very high details. Recommendations are then given to you for your AWS environment with remediation steps to build safety that is in compliance.
Why Cybernara for Your AWS Penetration Test?
1. Domain-specific knowledge
2. Testing Approach toward Custom-made Infrastructure on AWS
3. Risk-Based Prioritization
4. Organic Integration
5. Continuous Security Monitoring
6. Actionaable Reports
6. Actionaable Reports
Core Values Of Our AWS Penetration Testing
Strong AWS environments
Compliance Readiness
Risk Mitigation
Preventive Incident Detection
Customer Confidence
Key areas on AWS
1. Identity and Access Management (IAM) IAM :
It is the back and core of cloud security, though when not configured right will expose resources to unauthorised accesses. All our pentesting tests IAM roles, permissions, and authentication mechanisms to make sure configurations are in good place. For us, security best practices include minimum privileged access, multi-factor authentication, amongst others.
2. Storage Security S3 Buckets :
The most common cause of leakage that happens in the cloud is that of the misconfigured S3 buckets. Our scan checks on your correct configuration of access and encryption policies and policies related to your bucket, which places a lock on your storage environment from unauthorised access as well as probable exposure.
3. Firewall Support:
The security groups along with the networking group is, in itself a virtual firewall surrounding your AWS resources because it can govern all traffic flows into and out of those resources, hence, permissive rules in these groups give backdoors into the attack within your environment. We go through configurations, with careful notice of points of areas focused upon and apply best practices in terms of network segmentation and traffic controls-all such measures toward helping increase security.
4. Application of API Security :
Applications and services are the main point of convergence for APIs; therefore, they become the main target areas for attack. Our penetration test ensures that your APIs’ methods follow all types of input authentication and validation. We, therefore, ensure that communication among different APIs is done securely. With its security, we protect all your application’s APIs from unauthorised access and misuse.
5. Server and application configurations:
Your protocols might still be using older versions of the software that the application will use both in the databases and in the settings applications inside instances of EC2. The testing process verifies each point whether the system is ready for an update and correct configuration, slightly better in line with the current industry norms holding your AWS structure in a very minimalist attack surface and much better protected against the eventual threats.