GCSEC - Security in Google Cloud Platform

This certification & training course uses lectures, demos, and hands-on labs to teach you about a variety of Google Cloud security controls and techniques. You'll explore the components of Google Cloud and deploy a secure solution on the platform. You'll also learn how to mitigate attacks at several points in a Google Cloud-based infrastructure, including distributed denial-of-service attacks, phishing attacks, and threats involving content classification and use.

INR 45000 + tax

Date : 25 Jun 2024

Code: gcsec

Duration: 3.0 days

other dates


Virtual ILT | 25 Jun 2024 - 27 Jun 2024
Virtual ILT | 09 Jul 2024 - 11 Jul 2024
Virtual ILT | 23 Jul 2024 - 25 Jul 2024
Virtual ILT | 12 Aug 2024 - 14 Aug 2024
Virtual ILT | 26 Aug 2024 - 28 Aug 2024
Virtual ILT | 10 Sep 2024 - 12 Sep 2024
Virtual ILT | 24 Sep 2024 - 26 Sep 2024
Virtual ILT | 07 Oct 2024 - 09 Oct 2024
Virtual ILT | 21 Oct 2024 - 23 Oct 2024
Virtual ILT | 11 Nov 2024 - 13 Nov 2024
Virtual ILT | 25 Nov 2024 - 27 Nov 2024
Virtual ILT | 02 Dec 2024 - 04 Dec 2024
Virtual ILT | 16 Dec 2024 - 18 Dec 2024

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This course teaches participants the following skills:
  • Understanding the Google approach to security Managing administrative identities using Cloud Identity.
  • Implementing least privilege administrative access using Google Resource Manager, Cloud IAM.
  • Implementing IP traffic controls using VPC firewalls and Google Cloud Armor.
  • Implementing Identity-Aware Proxy.
  • Analyzing changes to the configuration or metadata of resources with Cloud audit logs.
  • Securing a Kubernetes environment.
  • Scanning for and redacting sensitive data with the Cloud Data Loss Prevention API.
  • Scanning a Google Cloud deployment with Forseti.
  • Mitigating important types of vulnerabilities, especially in public access to data and VMs


The course includes presentations, demonstrations, and hands-on labs.

Module 1: Foundations of GCP Security
  • Understand the GCP shared security responsibility model.
  • Understand Google Cloud’s approach to security.
  • Understand the kinds of threats mitigated by Google and by GCP.
  • Define and Understand Access Transparency and Access Approval (beta).
Module 2:Cloud Identity
  • Cloud Identity.
  • Syncing with Microsoft Active Directory using Google Cloud Directory Sync.
  • Using Managed Service for Microsoft Active Directory (beta).
  • Choosing between Google authentication and SAML-based SSO.
  • Best practices, including DNS configuration, super admin accounts.
  • Lab: Defining Users with Cloud Identity Console.
Module 3: Identity, Access, and Key Management
  • GCP Resource Manager: projects, folders, and organizations.
  • GCP IAM roles, including custom roles.
  • GCP IAM policies, including organization policies.
  • GCP IAM Labels.
  • GCP IAM Recommender.
  • GCP IAM Troubleshooter.
  • GCP IAM Audit Logs.
  • Best practices, including separation of duties and least privilege, the use of Google groups in policies, and avoiding the use of primitive roles.
  • Labs: Configuring Cloud IAM, including custom roles and organization policies.
Module 4: Configuring Google Virtual Private Cloud for Isolation and Security
  • Configuring VPC firewalls (both ingress and egress rules).
  • Load balancing and SSL policies.
  • Private Google API access.
  • SSL proxy use.
  • Best practices for VPC networks, including peering and shared VPC use, correct use of subnetworks.
  • Best security practices for VPNs.
  • Security considerations for interconnect and peering options.
  • Available security products from partners.
  • Defining a service perimeter, including perimeter bridges.
  • Setting up private connectivity to Google APIs and services.
  • Lab: Configuring VPC firewalls.
Module 5: Securing Compute Engine: techniques and best practices
  • Compute Engine service accounts, default and customer-defined.
  • IAM roles for VMs.
  • API scopes for VMs.
  • Managing SSH keys for Linux VMs.
  • Managing RDP logins for Windows VMs.
  • Organization policy controls: trusted images, public IP address, disabling serial port.
  • Encrypting VM images with customer-managed encryption keys and with customer-supplied encryption keys.
  • Finding and remediating public access to VMs.
  • Best practices, including using hardened custom images, custom service accounts (not the default service account), tailored API scopes, and the use of application default credentials instead of user-managed keys.
  • Lab: Configuring, using, and auditing VM service accounts and scopes.
  • Encrypting VM disks with customer-supplied encryption keys.
  • Lab: Encrypting disks with customer-supplied encryption keys.
  • Using Shielded VMs to maintain the integrity of virtual machines.
Module 6: Advanced Logging and Analysis
  • Cloud Storage and IAM permissions.
  • Cloud Storage and ACLs.
  • Auditing cloud data, including finding and remediating publicly accessible data.
  • Signed Cloud Storage URLs.
  • Signed policy documents.
  • Encrypting Cloud Storage objects with customer-managed encryption keys and with customer-supplied encryption keys.
  • Best practices, including deleting archived versions of objects after key rotation.
  • Lab: Using customer-supplied encryption keys with Cloud Storage.
  • Lab: Using customer-managed encryption keys with Cloud Storage and Cloud KMS.
  • BigQuery authorized views.
  • BigQuery IAM roles.
  • Best practices, including preferring IAM permissions over ACLs.
  • Lab: Creating a BigQuery authorized view.
Module 7: Securing Applications: techniques and best practices
  • Types of application security vulnerabilities.
  • DoS protections in App Engine and Cloud Functions.
  • Cloud Security Scanner.
  • Lab: Using Cloud Security Scanner to find vulnerabilities in an App Engine application.
  • Identity Aware Proxy.
  • Lab: Configuring Identity Aware Proxy to protect a project.
Module 8: Securing Kubernetes: techniques and best practices
  • Authorization.
  • Securing Workloads.
  • Securing Clusters.
  • Logging and Monitoring.
Module 9: Protecting against Distributed Denial of Service Attacks
  • How DDoS attacks work.
  • Mitigations: GCLB, Cloud CDN, autoscaling, VPC ingress and egress firewalls, Cloud Armor (including its rules language).
  • Types of complementary partner products.
  • Lab: Configuring GCLB, CDN, traffic blacklisting with Cloud Armor.
Module 10: Protecting against content-related vulnerabilities
  • Threat: Ransomware.
  • Mitigations: Backups, IAM, Data Loss Prevention API.
  • Threats: Data misuse, privacy violations, sensitive/restricted/unacceptable content.
  • Threat: Identity and Oauth phishing.
  • Mitigations: Classifying content using Cloud ML APIs; scanning and redacting data using Data Loss Prevention API.
  • Lab: Redacting Sensitive Data with Data Loss Prevention API.
Module 11: Monitoring, Logging, Auditing, and Scanning
  • Security Command Center.
  • Stackdriver monitoring and logging.
  • Lab: Installing Stackdriver agents.
  • Lab: Configuring and using Stackdriver monitoring and logging.
  • VPC flow logs.
  • Lab: Viewing and using VPC flow logs in Stackdriver.
  • Cloud audit logging.
  • Lab: Configuring and viewing audit logs in Stackdriver.
  • Deploying and Using Forseti.
  • Lab: Inventorying a Deployment with Forseti Inventory (demo).
  • Lab: Scanning a Deployment with Forseti Scanner (demo).


This class is intended for the following job roles:
  • [Cloud] information security analysts, architects, and engineers.
  • Information security/cybersecurity specialists.
  • Cloud infrastructure architects.
  • Additionally, the course is intended for Google and partner field personnel who work with customers in those job roles.
  • The course should also be useful to developers of cloud applications.


To get the most out of this course, participants should have: Prior completion of Google Cloud Platform Fundamentals: Core Infrastructure or equivalent experience Prior completion of Networking in Google Cloud Platform or equivalent experience Knowledge of foundational concepts in information security: Fundamental concepts: vulnerability, threat, attack surface confidentiality, integrity, availability Common threat types and their mitigation strategies Public-key cryptography Public and private key pairs Certificates Cipher types Key width Certificate authorities Transport Layer Security/Secure Sockets Layer encrypted communication Public key infrastructures Security policy Basic proficiency with command-line tools and Linux operating system environments Systems Operations experience, including deploying and managing applications, either on-premises or in a public cloud environment Reading comprehension of code in Python or JavaScript


This course is not associated with any certification.

Course Benefits

  • Career growth
  • Broad Career opportunities
  • Worldwide recognition from leaders
  • Up-to Date technical skills
  • Popular Certification Badges

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