The person who enables the debt of Google cloud technologies is the certified Google cloud Professional Cloud Architect. The Professional Cloud Architect designs, develop the solutions, manages the robust, scalable. For the dedrivation of the business objective, dynamic solutions are created when he understands the Google technology and cloud architecture. In all aspects, the proficiency of cloud architect is required, like in strategy of cloud in the enterprise, best practice of architecture, and solution design. Experience is needed of cloud architect in :

  •  Multi-tiered distributed applications
  • Methods of software development.

Exam Overview:

Here are the six main domains/topics of the exam certification of Professional-Cloud-Architect exam questions, so in this article, I will discuss brief details about these domains. 

  • Solution infrastructure’s management and provisioning
  • Technical processes and business processes analysis and optimization
  • Cloud solution architecture’s designing planning
  • For security and compliance purposes designing
  • Implementations management
  • Reliability of solutions and operation’s ensurance

Solution infrastructure’s management and provisioning:                                      

In this, the network topologies are configured, including the extension of the multi-cloud environment. There is communication between the Google cloud and the hybrid networking. The protection of security is also essential. Storage systems of an individual are also configured in this section which includes the allocation of the data storage and the processing of the data & provisioning of a computer includes. Retention of data and the management of the data lifecycle are there. It includes planning for the growth of the data. Computer system configuration is the last step important for this where there is the configuration of its(compute) volatility and the provisioning of computing resources. There are two types of volatility: preemptible and the second is standard. Compute resources’ network configuration is also there between several networks like Google Kubernetes Engine, serverless networking, and the Google Compute Engine. Management of the patch and the orchestration of the container is also included in the configuration of the computing system.

Technical processes & Business process analysis and optimization:      

In this task, the technical processes are analyzed and defined. The analysis and the definition of technical processes include the development life cycle’s software (SDLC). Software validation, testing, and infrastructure are also considered. Recoveries of disaster, the business continuity, and the business catalog are the parts. To analyze and define the technical processes, the good practices for analyzing the root cause of issues and integration are continuously done, and provisioning is done.

Secondly, the business processes are analyzed and defined after the technical processes. In this, the management of the stakeholders includes the facilitation and the influencing. Management of change, optimization of cost, management for the success of the management, and the team’s assessment are the main essentials for analyzing and defining the business processes. At last, in the production, the solution’s for ensurance of the reliability of the development procedure is there.

Cloud solution architecture’s designing & planning:                                     

To meet the business requirements, the solutions infrastructure is designed in this section. The considerations for this task are optimization of the cost, supporting the design of the application, and data movement. It includes the strategy of the product and the cases that are used in the business, external system’s integration, and trade-off decisions are designed measurements for the success, and the compliances/ observability.

To meet the technical requirements, the infrastructure of solution designing includes viewing the quotas and limitations of the cloud resource’s elasticity to meet the requirements of growth, scalability, design failover, and performances. The Creation of the migration plan is also essential. It includes the planning for the network, planning for the management of the dependency, concepts proofs, and testing, and supporting the solutions, the data, and Migrating system should be known. With the present system, the solutions are integrated. Envisioning is also done for the improvement of future solutions, which includes business needs evolve and the improvements of clouds and technologies.

For security and compliance purposes designing:                                                      

for the purpose of the security, designing includes the duties separation (SOD), controlling of security, the hierarchy of resources, i.e., organization, folder, projects, etc., security for the data, and Identity and access management (IAM). It also includes the access remotely and the managing of the encryption keys that are managed by the customers by the management service of cloud key.

For the purpose of the compliance designing there are some considerations like certifications of the industry, audits and the legislations i.e. privacy of the health record, privacy of data etc

Implementation’s Management:                                                                                   

Advising the teams that are deployment or operation teams for solution’s successful deployment ensurrance, this task includes some of the components like to be considered includes the development of the application, framework testing, and the good practices of the API. Migration of system and data also includes in it.

Programmatically interaction with Google Clouds which includes the shell and SDK of Google Clouds and the Emulators of the clouds.

Reliability of solutions & operations ensurance:                                                                                                             

This section includes the management of the deployment, management of release, and with the help of deployed solutions, the assistance is done, measures for the control of quality is evaluated. The monitoring of solutions, logging of the solutions and the solution’s alerting is also the part in consideration.

Examination Guide For Exam of Professional Cloud Architect Certification Exam:

The exam for the certification of the professional cloud architect is of about 2 hours (120 minutes ). The registration fee is 200 US Dollars plus the taxes are also there of where it is applicable. It consists of multiple-choice questions from the candidate in the paper center. Exam is taken from the onsite proctored from a remote location or the testing center and the languages under which the exam is executed are English and Japanese.

You can prepare for this exam certification via online lectures, audio, and video. And you can also join paid or free online trail bases courses on one of the trustworthy websites; you can join DumpsMate sources. They will provide you with study materials, exam guides, pdf files, sample papers, and other helping material. So make sure to have solid preparations to qualify for certification.


In this article, I have shared a detailed guide on Professional Cloud architect exam certification domains to clear your mind about these domains that you need to prepare for this exam. 

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