Temika

Cloud Penetration Testing Service

Temika Cyber presents Cloud Penetration Testing, a security testing service designed to identify and address vulnerabilities in cloud infrastructure. With more and more companies adopting cloud technology to store data and run applications, cloud security has become a top priority. This service aims to secure your cloud ecosystem from potential threats, such as unauthorized access, configuration errors, or data leaks.

Process of Digital Forensic & Incident Response​

Process of Layanan Cloud Penetration Testing:

Continuous Monitoring and Incident Response

1. Scoping and Data Collection

We determine the testing area, such as the cloud platform used (AWS, Azure, etc.), as well as the applications and configurations in your cloud system.

Data Analysis & Collection

2. Testing and Vulnerability Identification

We conduct tests to find security vulnerabilities in cloud configurations, data access, and connected applications, and attempt to exploit any weaknesses found.

Penetration Testing Execution

3. Report and Recommendations for Improvement

After testing, we provide a report with vulnerability findings, risks, and easy-to-implement recommendations to improve your cloud security.

Why is Cloud Penetration Testing Important?

Benefit of Cloud Penetration Testing:

Protecting Sensitive Data
This test ensures that your data is protected from unauthorized access and information leaks that could damage the company's reputation.
Preventing Attacks and Financial Losses
By finding and fixing vulnerabilities early on, you reduce the risk of attacks that could damage your system and result in financial losses.
Ensuring Regulatory Compliance
Cloud Penetration Testing helps your company comply with data security regulations such as GDPR, HIPAA, and other standards that require strict data protection.
Reconnaissance
Gathering information about XYZ Corporation's network and systems using publicly available sources and techniques like DNS enumeration, network scanning, and social engineering.
Vulnerability Assessment
Conducting automated vulnerability scans using industry-standard tools to identify known vulnerabilities in network devices and web applications.
Exploitation
Attempting to exploit identified vulnerabilities to gain unauthorized access to the network or compromise web applications. This involved leveraging both automated and manual techniques.
Post-Exploitation
Assessing the extent of access gained during the exploitation phase and attempting to escalate privileges or move laterally within the network to assess the impact of a potential breach.
Reporting
Documenting all findings, including vulnerabilities discovered, their potential impact, and recommended mitigation strategies. The report also included a prioritized list of vulnerabilities based on their severity.
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