Are you wondering how to become a Salesforce Certified MuleSoft Associate? The latest Salesforce Certified MuleSoft Associate Exam Questions from PassQuestion are designed to provide candidates with necessary information about the MuleSoft Associate exam. Studying Salesforce Certified MuleSoft Associate Exam Questions will give you a clear perspective of what to expect in the actual exam, allowing you to assess the types of questions and answers that may appear and equip you to pass the Salesforce Certified MuleSoft Associate exam with confidence.

About the Salesforce Certified MuleSoft Associate Credential

The Salesforce Certified MuleSoft Associate credential is designed for individuals who have an interest in working as an informed member of a MuleSoft project team, with knowledge of core integration and application programming interface (API)-led connectivity terminology and concepts. The Salesforce Certified MuleSoft Associate is a foundational certification designed for individuals who are interested in working as an informed member of a MuleSoft project team. Candidates should know core integration and API-led connectivity terminology and concepts and should understand the benefits of Anypoint Platform for system integration and API management.

Exam Details

Read on for details about the Salesforce Certified MuleSoft Associate Exam.
Content: 40 multiple-choice questions and up to five non-scored questions
Time allotted to complete the exam: 70 minutes (time allows for unscored questions)
Passing score: 70%
Registration fee: USD 75, plus applicable taxes as required per local law
Retake fee: Free
Delivery options: Proctored exam delivered onsite at a testing center or in an online environment; 
References: No hard-copy or online materials may be referenced during the exam.
Prerequisite: None

Exam Outline

The Salesforce Certified MuleSoft Associate Exam measures a candidate’s knowledge and skills related to the following objectives. Candidates should have an interest in working as an informed member of a MuleSoft project team. MuleSoft Associate candidates should have knowledge of core integration and application programming interface (API)-led connectivity terminology and concepts, as well as the components and benefits of Anypoint Platform for system integration and API management.

Identify the roles, responsibilities, and lifecycle of a integration project: 17%

• Identify the common reasons that IT integration projects frequently fail.
• Define the IT delivery gap and describe MuleSoft's approach to closing it.
• Describe the characteristics and roles of an API-led IT delivery model that emphasizes both production and consumption.
• Describe the common delivery methodologies for integration projects.
• Identify key DevOps practices and tools for building, testing, deploying, and delivering integration solutions.
• Identify and describe the steps of the design, implement, and management stages of MuleSoft's recommended product-centric API lifecycle.
• Describe the roles and responsibilities within a typical MuleSoft integration project team.

Recognize and interpret essential integration concepts and terminology: 20%

• Distinguish between Infrastructure as a Service (IaaS), Platform as a Service (PaaS), and Software as a Service (SaaS).
• Identify the types of virtualization, computing, and storage infrastructure required by enterprise systems and describe the principles of system scalability.
• Classify and describe common networking protocols used in system communication.
• Recognize the differences between common data formats (for example, XML, YAML, and JSON) used in transformations and configuration files.
• Define and describe the core concepts of API and enterprise system security.
• Identify and describe the HTTP components that enable RESTful web services.
• Define and correctly use the terms API implementation, API proxy, API interface, API client/consumer, and API invocation.
• Identify and classify RESTful, SOAP, AsyncAPI, and GraphQL APIs.

Recognize common integration problems, use cases, and technical solutions: 17%

• Classify and describe the characteristics of common enterprise systems.
• Classify and describe the tradeoffs of legacy and modern integration approaches.
• Given a complex business problem, identify the fundamental integration use cases that can deliver an end-to-end business solution.
• Describe the purpose and function of the different classes of integration technologies.
• Identify the types of integration technologies that are most suitable to realize different integration use cases and business scenarios.
• Deconstruct an integration solution into its integration system constituents.

Explain the common technical complexities and patterns in integration development: 18%

• Describe the differences between the request-reply, one-way, multicast, batch, and stream interaction patterns.
• Explain the differences between the aggregation, orchestration, and choreography composition patterns.
• Describe the purpose of an API specification and the benefits of following a design-first approach to API development.
• Describe and compare observability approaches for integration solutions including logs, metrics, and tracing.
• Design MuleSoft applications using common features of core connectors.
• Describe the differences between cloud, hybrid, and on-premise deployment architectures.
• Describe the differences and tradeoffs between monolithic and microservices application architectures.
• Describe the difference between a service mesh and an API gateway.

Describe the components and benefits of Anypoint Platform for system integration: 18%

• Identify the primary components of Anypoint Platform and their benefits for system integration.
• Identify and describe the common characteristics of popular Anypoint Connectors for connecting to software applications, databases, and protocols.
• Identify the components and describe the benefits of the Anypoint Platform runtime planes and control planes.
• Describe the MuleSoft-hosted and customer-hosted deployment options for Anypoint Platform.
• Describe the uses and benefits of the Anypoint Platform development tools and languages for integration developers and DevOps teams.
• Describe and classify the types of reusable assets in Anypoint Exchange that form the building blocks of integration solutions.

Describe the components and benefits of Anypoint Platform for API management: 10%

• Identify the primary components of Anypoint Platform and their benefits for API management.
• Identify how MuleSoft products realize the goals of full lifecycle API development and Universal API Management (UAPIM).
• Explain the advantages of API-led connectivity with Anypoint Platform over other integration and API management approaches.

View Online Salesforce Certified MuleSoft Associate Free Questions

1. What organizational deficiency is a common cause of IT project failure, according to MuleSoft's surveys of global IT leaders?
A. Lack of enablement
B. Lack of project managers
C. Lack of recruiters
D. Lack of planning
Answer: A
 
2. According to MuleSoft, which system integration term describes the data that is sent between two systems as part of an interaction?
A. Variable
B. Message
C. Memory
D. Specification
Answer: B
 
3. What are the main tradeoffs when comparing legacy integration approaches to modern cloud-based approaches? (Choose Two)
A. Legacy systems typically offer higher scalability.
B. Legacy systems often have higher maintenance costs.
C. Modern systems are less secure.
D. Modern systems typically enhance flexibility and speed of deployment.
Answer: B, D
 
4. While logging in to Anypoint Platform, providing a password followed by a verification code is known as what type of authentication?
A. Biometric authentication
B. Multi-factor authentication
C. Token-based authentication
D. OAuth 2.0 authentication
Answer: B
 
5. How can API-led connectivity help an enterprise close its IT delivery gap?
A. APIs create a Center for Enablement (C4E)
B. APIs provide a common language for IT to document business requirements
C. APIs facilitate the production and consumption of reusable technology assets
D. APIs process data more efficiently than point-to-point integrations
Answer: C
 
6. Which Exchange asset type represents a WSDL file that specifies an API?
A. AsyncAPI Specifications
B. Rulesets
C. SOAP APIs
D. API Spec Fragments
Answer: C
 
7. What is a typical productivity advantage of using Anypoint Platform to both design and govern an API?
A. Compliance violations are discovered and resolved earlier
B. Compliance alerts can be customized
C. Compliance violations are centrally logged and audited
D. Compliance rules can be enforced at runtime
Answer: A
 
8. When considering the deployment of a new integration solution, which aspect would be considered a characteristic of a tightly coupled system?
A. Independent scaling of components
B. High flexibility in technology stack changes
C. High dependency between modules
D. Use of microservices architecture
Answer: C
 
9. An integration team is transitioning to DevOps principles. Which key DevOps practice should the team adopt to begin its transition to a DevOps approach?
A. Separation of development and operations 
B. Manual testing
C. Passive monitoring
D. Continuous integration
Answer: D
 
10. Which Anypoint Platform runtime plane deployment option can be hosted on customer-managed infrastructure in a private cloud?
A. Anypoint Runtime Fabric
B. CloudHub Shared Space
C. CloudHub Private Space
D. AWS GovCloud
Answer: A