CERTALYTH Certified Cloud Security Professional

CCCS-P · CT-CS-P · Cloud Security Engineering on Google Cloud

Secure infrastructure and data in Google Cloud.

Google Cloud Professional Cloud Security Engineer

40 hoursCertificate with unique codeMultiple-choice exam

249EUR

Full bundle: course PDF + online exam + certification.

Recertification every 3 years: 99 EUR

Instant access after payment
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Publicly verifiable certificate

About the course

Develop skills to secure Google Cloud environments: identity and access management, network security, encryption, compliance, and threat detection. Aligned with the Google Cloud Professional Cloud Security Engineer exam.

Focus: Cloud security on GCP: IAM, networking, encryption, compliance, and incident response.

What you'll learn

Configure IAM and secure access policies

Secure networks and data in the cloud

Implement compliance controls

Detect and respond to security incidents

Sample questions (free)

A sample from the official exam set — correct answers are revealed only during the actual exam.

CERTALYTH Certified Cloud Security Professional

About the course

What you'll learn

Sample questions (free)

Your organization wants to enforce least-privilege access for a team that needs to deploy and manage Compute Engine instances but should not change network configuration. Which IAM approach best enforces least privilege?

A CI/CD pipeline running in Cloud Build needs short-lived access to a BigQuery dataset in another project without using long-lived keys. Which approach follows best practice?

You must allow a third-party SaaS to call a Cloud Run service in your project using an identity that isn't a Google account. Which mechanism is most appropriate and secure?

Your security policy requires that only a small break-glass group can grant or modify IAM policies. Which combination of controls gives the strongest enforcement and auditable separation of duties?

A service account used by a VM needs to access Cloud Storage. You want to minimize privilege escalation if the VM is compromised. Which of these reduces risk the most?