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Penetration Testing
Why This Matters
AWS provides strong native security controls, but real risk often comes from how services are configured, integrated, and operated over time. Identity boundaries, network paths, and application logic can expose weaknesses that are not visible through policy reviews or automated scans alone.
Understanding how an attacker could exploit these conditions is critical to improving cloud security posture.
Solution
The Multi-Tenant AWS BI SaaS Platform - centered around Amazon QuickSight and Amazon Q - delivers real-time, interactive dashboards and predictive insights without the complexity of traditional BI tools.
Whether you're empowering internal teams or delivering embedded analytics to your customers, this scalable, serverless solution ensures secure, governed access for thousands of users. Eliminate the burden of high infrastructure and licensing costs. Empower your teams with self-service analytics, intuitive natural language querying, and accelerated insights - while significantly reducing costs.
Transform how your organization leverages data with a fully managed, AI-powered Business Intelligence platform built natively on AWS.
Unlock Smarter Decisions at Scale with AWS BI SaaS Powered by Amazon QuickSight & Amazon Q
A penetration test is an authorized simulation of real-world attacks against AWS infrastructure and applications. Testing uses the same techniques as attackers to identify exploitable weaknesses, validate existing controls, and assess how far an intrusion could progress if a vulnerability is discovered.
Testing scenarios reflect realistic threats to cloud-native and hybrid AWS environments.
What a Penetration Test Does
AWS-Focused Testing Scope
Penetration testing may include:
- IAM role and permission abuse scenarios.
- Network exposure across VPCs, subnets, and security groups.
- Application and API exploitation on AWS-managed services.
- Privilege escalation and lateral movement within AWS accounts.
- Validation of logging, monitoring, and detection controls.
Scope is defined to minimize disruption while accurately representing real attack paths.
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Executive Summary
Clear explanation of identified risks, business impact, and prioritized remediation guidance.
Technical Findings
Detailed analysis of vulnerabilities, exploit paths, affected AWS services, and recommended mitigations aligned with AWS best practices.
Actionable Remediation
Findings are mapped to concrete configuration and control improvements to strengthen AWS security posture.
Penetration Testing
Why This Matters
AWS provides strong native security controls, but real risk often comes from how services are configured, integrated, and operated over time. Identity boundaries, network paths, and application logic can expose weaknesses that are not visible through policy reviews or automated scans alone.
Understanding how an attacker could exploit these conditions is critical to improving cloud security posture.
s
o
l
u
t
i
o
n
s
What a Penetration Test Does
A penetration test is an authorized simulation of real-world attacks against AWS infrastructure and applications. Testing uses the same techniques as attackers to identify exploitable weaknesses, validate existing controls, and assess how far an intrusion could progress if a vulnerability is discovered.
Testing scenarios reflect realistic threats to cloud-native and hybrid AWS environments.
.jpg)
Executive Summary
Clear explanation of identified risks, business impact, and prioritized remediation guidance.
.jpg)
Technical Findings
Detailed analysis of vulnerabilities, exploit paths, affected AWS services, and recommended mitigations aligned with AWS best practices.
AWS-Focused Testing Scope
.jpg)
Actionable Remediation
Findings are mapped to concrete configuration and control improvements to strengthen AWS security posture.
Penetration testing may include:
- IAM role and permission abuse scenarios.
- Network exposure across VPCs, subnets, and security groups.
- Application and API exploitation on AWS-managed services.
- Privilege escalation and lateral movement within AWS accounts.
- Validation of logging, monitoring, and detection controls.
Scope is defined to minimize disruption while accurately representing real attack paths.