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Cloud Penetration Testing

Your cloud environment is the backbone of your digital infrastructure—and a prime target for attackers. Cloud penetration testing helps uncover weaknesses in your cloud systems, applications, and configurations before they can be exploited. Regular testing ensures compliance, protects sensitive data, and reinforces business continuity.

We’re Specialist

Why Cloud Penetration Testing Is Essential

Misconfigurations, insecure interfaces, and weak access controls in cloud environments can leave your organisation vulnerable. Our CREST-accredited testers use a combination of manual techniques and automated tools to assess your cloud infrastructure, exposing and resolving critical risks.

What You’ll Gain

01

Comprehensive Security Visibility

Understand where your cloud systems are exposed, uncover hidden misconfigurations, and receive expert guidance on mitigating the risks effectively.

 

02

Strengthen Access Controls and Identity Management

Ensure only authorised users can access your cloud assets. Improve IAM policies, permissions, and multi-factor authentication to reduce the risk of privilege escalation and unauthorised access.

 

03

Secure Data and Workloads in the Cloud

Identify potential exposures in data storage, encryption practices, and traffic flow between services. We help you protect your cloud-hosted data from leaks and breaches.

What is Cloud Penetration Testing?

Cloud penetration testing simulates a real-world attack on your cloud infrastructure to identify security flaws that could lead to:

01

Unauthorised access to systems or data

02

Exploitation of insecure configurations

03

Disruption to business-critical services

04

Reputational and regulatory consequences

Protect your cloud assets through targeted cybersecurity testing tailored to your infrastructure.

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What We Test

Our cloud penetration testing evaluates areas such as:

IAM misconfigurations and privilege issues

Insecure APIs and exposed endpoints

Inadequate encryption and data handling

Poorly configured storage and databases

Network architecture and segmentation flaws

Vulnerable virtual machines, containers, or serverless components

Audit and logging gaps that hinder incident detection