Initiating integration solutions on Anypoint Platform |
8% |
This section of the exam covers summarizing the basic value proposition of MuleSoft Catalyst and Catalyst Knowledge Hub. This section also covers differentiating between functional and non-functional needs for incorporating solutions. |
Designing for the runtime plane technology architecture |
15% |
This section of the exam covers the analysis of the mode of operation of a Mule runtime cluster. This helps to distinguish it from other implementation choices. This section covers designing integration solutions used to address specific requirements by utilizing the nework features. |
Designing architecture using integration paradigms |
10% |
This section of the exam covers creating an integration architecture by utilizing API-based Connectivity and also creating high-level integration architectures by utilizing HTTP. Creating a high-level integration architecture by utilizing event-based APIs and message brokers.
|
Designing and developing Mule applications: |
15% |
Choose between available choices forsetting Mule application properties; using the basic features present to all Mule applications. It also covers the design of Mule applications using key routers available to all Mule applications. |
Designing and developing Mule applications: |
15% |
Choose between available choices forsetting Mule application properties; using the basic features present to all Mule applications. It also covers the design of Mule applications using key routers available to all Mule applications. |
Designing automated tests for Mule applications |
5% |
This section of the exam covers designing unit test suites by utilizing MUnit and Studio's relevant features. The section covers identifying test needs and scenarios addressed by utilizing integration testing or performance testing. |
Designing integration solutions to meet persistence requirements |
10% |
This section of the exam covers designing Mule applications by utilizig Virtual Machine (VM) queues and the Anypoint VM Connector. Moreover, this section covers the designing of Mule applications after utilizing Object Stores (OSs), the OS Connector, and OS services in all deployment options. |
Designing for the runtime plane technology architecture |
15% |
This section of the exam covers examining the mode of operation of a Mule runtime cluster that differentiates it from other deployments. Moreover, it also covers how to design the integration outcomes implemented to CloudHub to address specific requirements. |
Designing architecture using integration paradigms |
10% |
This section of the exam covers creating high-level integration architectures using API-led Connectivity. This includes creating high-level integration architectures by utilizing HTTP and also forming integration architectures by utilizing even-based APIs and message brokers.
|
Designing and developing Mule applications |
15% |
This section of the exam covers choosing the available options for configuring Mule application properties. It also covers choosing and utilizing basic features related to Mule applications and how to design them after utilizing basic routers. It also covers explaining the important features of the Salesforce Connector and how to design Mule applications after utilizing common core connectors features. |
Designing automated tests for Mule applications: 5% |
5% |
This section of the exam covers how to design unit test suites after utilizing the MUnit and Studio's features. It also covers how to pinpoint test requirements to perfectly suit and address using integration testing or performance testing. |
Designing integration solutions to meet persistence requirements |
10% |
This section of the exam considers designing Mule applications using Virtual Machine VM queues and the Anypoint VM Connector in several implementation options. Also, this section covers how to design Mule applications using Object Stores (OSs), the OS Connector, and OS services in all deployment options. |
Designing integration solutions to meet reliability requirements |
8% |
This section covers choosing alternatives to traditional transactions where they are beneficial. It also covers realizing the goal and attributes of Until Successful scope, reconnection strategies, and redelivery rules. Morevoer, the section covers distinuishing the disaster recovery with the basic strategies to acheive either in all deployment options. |
Designing integration solutions to meet performance requirements |
7% |
This section covers how to design Mule applications and integration solutions. The candidates are tested for their knowledge of designing Mule applications after utilizing streaming features in Mule. Moreover, it also covers designing Mule applications to process large sequences/streams of messages. |
Designing integration solutions to meet security requirements: |
8% |
This section of the exam covers how to design secure access to the Anypoint platform control plane and APIs. This section of the exam covers how to design secure edge access uisng Anypoint Security.
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Applying DevOps practices and operating integration solutions |
14% |
This section of the exam covers creating the design of continuous integration (CI) and continuous delivery (CD) pipelines after utilizing MuleSoft-provided Maven plugins. Moreover, this section covers how to identify the features related to automating interactions with the Anypoint Platform. |