Cloud Penetration Testing

Trust cloud environments that scale securely by default. Our cloud experts secure cloud-native architectures by continuously validating identity, configuration, and trust boundaries across AWS, Azure, and GCP. Our approach ensures cloud speed doesn’t outpace security, embedding assurance directly into how environments are built and operated.

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Cloud Testing Overview

Persistent testing of cloud controls, IaC, identity, and data paths across multi-cloud environments to surface misconfigurations, privilege escalation, and drift from best practices.

Cloud Penetration Testing

Continuously test cloud environments to uncover exploitable weaknesses across infrastructure, identities, and workloads.

Methodology:

Validate cloud IAM, identity trust paths, and privilege escalation risks
Test exposed services, APIs, and network configurations
Assess container, serverless, and workload security controls
Simulate real-world attacker behavior across cloud attack paths
Deliver prioritized remediation aligned to cloud provider best practices

Cloud Security Assessment

Continuously assess cloud configurations and controls to reduce risk, misconfigurations, and compliance gaps.

Methodology:

Review cloud architecture, configurations, and shared responsibility alignment
Assess security posture against CIS, NIST, and cloud-native benchmarks
Identify misconfigurations, insecure defaults, and policy gaps
Evaluate logging, monitoring, and incident response readiness
Provide risk-ranked findings with actionable remediation guidance

Cloud Penetration Testing

Continuously test cloud environments to uncover exploitable weaknesses across infrastructure, identities, and workloads.

Methodology:

Validate cloud IAM, identity trust paths, and privilege escalation risks
Test exposed services, APIs, and network configurations
Assess container, serverless, and workload security controls
Simulate real-world attacker behavior across cloud attack paths
Deliver prioritized remediation aligned to cloud provider best practices

Cloud Security Assessment

Continuously assess cloud configurations and controls to reduce risk, misconfigurations, and compliance gaps.

Methodology:

Review cloud architecture, configurations, and shared responsibility alignment
Assess security posture against CIS, NIST, and cloud-native benchmarks
Identify misconfigurations, insecure defaults, and policy gaps
Evaluate logging, monitoring, and incident response readiness
Provide risk-ranked findings with actionable remediation guidance

Cloud Penetration Testing

Continuously test cloud environments to uncover exploitable weaknesses across infrastructure, identities, and workloads.

Methodology:

Validate cloud IAM, identity trust paths, and privilege escalation risks
Test exposed services, APIs, and network configurations
Assess container, serverless, and workload security controls
Simulate real-world attacker behavior across cloud attack paths
Deliver prioritized remediation aligned to cloud provider best practices

Cloud Security Assessment

Continuously assess cloud configurations and controls to reduce risk, misconfigurations, and compliance gaps.

Methodology:

Review cloud architecture, configurations, and shared responsibility alignment
Assess security posture against CIS, NIST, and cloud-native benchmarks
Identify misconfigurations, insecure defaults, and policy gaps
Evaluate logging, monitoring, and incident response readiness
Provide risk-ranked findings with actionable remediation guidance

Powered By Our Darwin Attack Platform

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WHAT TO EXPECT?

Onboarding Platform

Align Objectives & Outcomes

Ongoing Testing / PIT Testing

Quarterly Service Review

Ongoing Testing Dashboard

Why Evolve Security?

01 CTEM Maturity Model

Evaluate CTEM maturity and strengthen resilience by assessing readiness against evolving adversary techniques and attack vectors.

02 CPT Market Leader

Offensive SOC and engineering experts drive measurable outcomes, guiding every phase from exposure discovery to remediation.

03 Award Winning Platform

Darwin Attack platform validates security controls and precisely pinpoints prioritized vulnerabilities across dynamic environments.

04 OffSec Operations Center (OSOC)

Agile bullpen of offensive testers rapidly adapts tactics, mirroring adversaries as threats and business priorities shift.

05 Trusted Methodologies

Industry-trusted methodologies including OWASP, OSSTMM, PTES, and NIST ensure disciplined, comprehensive penetration testing rigor.

06 Customized Simulations

Tailored simulations reflect an industry’s distinct threats, adversary behaviors, and mission-critical attack scenarios.

Game Changing Resources

Dive into our game changing resource library that delivers novel thought leadership and real-time perspectives that reimagine how organizations design, manage and elevate offensive security programs

AIUC-1: Why AI Systems Need Continuous Penetration Testing (Not Just a One-Time Assessment)

Point-in-time pen tests are already stale the moment your system prompt changes. Here's why continuous testing is now the baseline for AI security.

AI AppSec Champions: How to Build Internal AI Security Expertise Before It’s Too Late

AI security risks like prompt injection and LLM data flows require a new kind of champion. Discover how the AI AppSec Champion model helps engineering teams catch vulnerabilities before they become breaches.

View all blog posts

Scott Howitt, CEO, SVH Cyber

Scott Howitt explains why Continuous Penetration Testing is essential amid AI-driven threats, highlighting measurable risk reduction, resilience, and stronger business-aligned security outcomes.

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