Get exam-ready for Mule-Arch-202 with practice questions built around the official Salesforce exam outline, a downloadable PDF, and a scenario-based Test Engine. Start free, upgrade when you're ready.
The Salesforce Certified MuleSoft Platform Integration Architect exam is the credential Salesforce built for architects and senior developers who own the technical quality of an Anypoint Platform implementation after the strategy is already set. Where the Platform Architect (Mule-Arch-201) credential is about deciding the direction of an application network, this exam tests whether you can turn that direction into a working, governed, production-ready integration solution.
You're being tested on judgment as much as knowledge. Expect scenario questions that hand you a business requirement and ask you to pick the deployment model, the messaging pattern, or the persistence approach that actually fits — not just define a term. Salesforce's own guide lists Solution Architects, Technical Architects, and Senior Developers as the typical candidates, and recommends (without requiring) the MuleSoft Developer certification as a starting point.
Format: 60 multiple-choice questions, plus up to 5 unscored questions used for data collection
Duration: 120 minutes
Passing score: 70% (42 out of 60 scored questions)
Prerequisite: None required; MuleSoft Developer certification recommended
Registration fee: $400 USD (plus applicable local taxes)
Retake fee: $200 USD (plus applicable local taxes)
Delivery: Proctored, onsite at a testing center or online
Content version: Aligned to the Spring '24 release
References allowed: None — no hard-copy or online materials permitted during the exam
The Mule-Arch-202 outline is built from 10 weighted domains. Spend your prep time in proportion to these weights — Runtime Plane Architecture, Mule Application Design, and DevOps together make up 44% of the exam.
1. Initiating Integration Solutions on the Anypoint Platform — 8%: functional vs. non-functional requirements, API design and management features, control plane and runtime plane deployment options.
2. Designing for the Runtime Plane Technology Architecture — 15%: Mule runtime clustering, CloudHub network features, runtime domains and shared configuration, Mule 4 class loader isolation, the reactive event processing model.
3. Designing Architecture Using Integration Paradigms — 10%: API-led connectivity, web APIs over HTTP, event-driven APIs with message brokers, common messaging patterns.
4. Designing and Developing Mule Applications — 15%: application properties, core routers, the Salesforce Connector, core connector features, Transform Message metadata sources, Canonical Data Model design, data validation.
5. Designing Automated Tests for Mule Applications — 5%: MUnit test suites and Studio tooling, choosing integration testing vs. performance testing.
6. Designing Integration Solutions to Meet Persistence Requirements — 10%: VM queues and the Anypoint VM Connector, Object Stores and the OS Connector, stateful components backed by an Object Store.
7. Designing Integration Solutions to Meet Reliability Requirements — 8%: alternatives to local and XA transactions, Until Successful scope, reconnection and redelivery strategies, disaster recovery vs. high availability.
8. Designing Integration Solutions to Meet Performance Requirements — 7%: capacity planning, Mule streaming features, processing large message sequences.
9. Designing Integration Solutions to Meet Security Requirements — 8%: securing control plane and API access, Anypoint Security at the edge, common Mule application vulnerabilities, audit logging.
10. Applying DevOps Practices and Operating Integration Solutions — 14%: CI/CD pipeline design with MuleSoft's Maven plugins, automating Anypoint Platform interactions, logging configuration, Anypoint Monitoring.
Beyond the domain list, these are the concepts that show up repeatedly inside Mule-Arch-202 scenario questions:
CloudHub vs. Runtime Fabric vs. customer-hosted runtime — when each deployment model actually wins
Mule runtime clustering and how it differs from simple horizontal scaling
Class loader isolation and why it matters for shared libraries across Mule applications
The Mule 4 reactive, non-blocking event processing model
DataWeave and the Transform Message component's metadata sources
Common/Canonical Data Model design for multi-system integrations
VM queues vs. Anypoint MQ vs. JMS for asynchronous processing
Object Stores for stateful components (dedupe, caching, rate limiting)
Until Successful scope, reconnection strategies, and redelivery policies
Local vs. XA transactions and when distributed transactions are worth the cost
MUnit for automated test suites
Anypoint Security, edge protection, and audit logging
CI/CD with MuleSoft's Maven plugins and Anypoint Monitoring
Day 1 — Foundations: Anypoint Platform architecture, control plane vs. runtime plane, functional vs. non-functional requirements. Covers Domain 1 (8%).
Day 2 — Runtime Plane: Mule runtime clustering, CloudHub networking, runtime domains, class loader isolation, the reactive event model. Covers Domain 2, the single heaviest domain (15%).
Day 3 — Integration Paradigms: API-led connectivity, web APIs, event-driven APIs, message brokers, messaging patterns. Covers Domain 3 (10%).
Day 4 — Mule Application Design: application properties, core routers, the Salesforce Connector, Transform Message metadata, Canonical Data Model, data validation. Covers Domain 4, tied for the heaviest domain (15%).
Day 5 — Persistence & Reliability: VM queues, Object Stores, transactions, Until Successful scope, reconnection and redelivery, disaster recovery vs. high availability. Covers Domains 6 and 7 (18% combined).
Day 6 — Performance, Security & Testing: streaming, capacity planning, Anypoint Security, audit logging, MUnit and test strategy. Covers Domains 5, 8, and 9 (20% combined).
Day 7 — DevOps & Full Mock Exam: CI/CD pipeline design, Maven plugins, Anypoint Monitoring, then a full timed 60-question mock in the Test Engine to check pacing before you book the real exam. Covers Domain 10 (14%).
TroyTec builds Mule-Arch-202 prep around the exact objectives in Salesforce's own exam guide, not a generic MuleSoft syllabus. Every scenario question mirrors the format you'll actually see: a requirement, a set of trade-offs, and one architecturally sound answer.
Free preview: sample PDF questions, a limited Test Engine, and unlimited access to TroyTec's AI chat tutor to work through concepts before you commit
Scenario-based Test Engine: multi-step, requirement-driven questions that match the judgment-heavy style of the real exam
PDF question bank: study offline, organized by domain weight so high-value topics get more of your time
Content verified against the current Spring '24-aligned exam outline
You need 70%, which works out to 42 correct answers out of the 60 scored questions. The exam also includes up to 5 unscored questions mixed in for data collection — they don't count toward your score.
No. Salesforce recommends it as useful prior experience, but there's no formal prerequisite listed in the exam guide.
Platform Architect (Mule-Arch-201) is about defining the overall Anypoint Platform strategy and shaping the application network. Platform Integration Architect (Mule-Arch-202) is about leading the technical implementation, quality, and governance of solutions once that strategy already exists. See the comparison below.
Leaked or brain-dumped exam questions violate Salesforce's Certification Candidate Code of Conduct and can get a certification revoked. They're also frequently outdated once Salesforce refreshes the exam version. TroyTec doesn't sell dumps — our question bank is written to match the current published exam objectives, not copied from a live exam.
Yes. Apply code TROYTEC50OFF at checkout for 50% off any TroyTec exam prep bundle, including the PDF, Test Engine, and premium AI chatbot access.
Full name — Mule-Arch-201: Salesforce Certified MuleSoft Platform Architect
Full name — Mule-Arch-202: Salesforce Certified MuleSoft Platform Integration Architect
Primary focus — Mule-Arch-201: Defining and owning an organization's overall Anypoint Platform strategy and application network
Primary focus — Mule-Arch-202: Leading implementation quality, governance, and operationalization of integration solutions
Typical candidates — Mule-Arch-201: Enterprise Architects and Solution Architects with integration background (SOA experience, foundational Anypoint knowledge)
Typical candidates — Mule-Arch-202: Solution Architects, Technical Architects, and Senior Developers who've built and deployed non-trivial Mule applications
Recommended prerequisite — Mule-Arch-201: None formally required
Recommended prerequisite — Mule-Arch-202: MuleSoft Developer certification (recommended, not required)
Format (both exams): 60 scored multiple-choice questions, up to 5 unscored, 120 minutes, 70% passing score, $400 registration fee
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Everything you need to know about the Salesforce Certified MuleSoft Platform Integration Architect certification
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Updated July 08, 2026
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