The Adobe Commerce Architect Master Exam (AD0-E722) is designed for experienced Adobe Commerce professionals who architect and lead enterprise-level implementations. This exam validates your ability to design solutions, review system configurations, and deploy production environments that meet complex business requirements. This page provides a clear roadmap of exam topics, question formats, and practical preparation strategies to help you approach the test with confidence. Whether you're advancing your career or validating your expertise, understanding the exam structure is your first step toward success.
Use this topic map to guide your study for Adobe AD0-E722 (Adobe Commerce Architect Master Exam) within the Adobe Commerce path.
The AD0-E722 exam combines multiple question types to assess both theoretical knowledge and practical decision-making in real-world scenarios.
Questions increase in complexity and require you to connect concepts across design, review, and deployment domains, simulating the integrated thinking needed in production environments.
Effective preparation requires a structured approach that maps exam topics to weekly study goals and reinforces connections between design decisions, configuration reviews, and deployment practices. Allocate time proportionally to each domain, prioritize hands-on practice, and use targeted feedback to close knowledge gaps.
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Design and Configure and Deploy typically account for a larger portion of the exam, as they directly impact project success and business outcomes. Review is equally important but often tests deeper analytical skills within a smaller question set. Balance your study time across all three domains, but expect more questions on architectural design decisions and production deployment scenarios.
Design establishes the system blueprint and technology choices; Review ensures those choices are implemented correctly and securely; Configure and Deploy brings the reviewed design into production. On the exam, questions often test your ability to trace decisions across all three phases, such as how a design choice affects configuration options or how a review finding influences deployment strategy.
Hands-on experience is valuable but not mandatory if you study strategically. Prioritize working with Adobe Commerce configuration areas like system settings, extension management, and deployment pipelines. If possible, practice in a sandbox environment; if not, use detailed practice scenarios to build mental models of how configurations behave and interact.
Candidates often confuse similar features, overlook security and performance implications of design choices, and misunderstand how different configuration settings interact. Another frequent error is rushing through scenario questions without fully analyzing all requirements and trade-offs. Slow down on complex items, re-read requirements, and consider long-term maintenance and scalability, not just immediate functionality.
Spend your final week reviewing high-weight topics and revisiting questions you missed earlier. Avoid learning new material; instead, consolidate existing knowledge and clarify concept connections. Do one full-length timed practice test, review it thoroughly, and focus your remaining study time on weak areas identified in that test. On exam day, allocate extra time to scenario-based questions and double-check your answers before submitting.
An Adobe Commerce Architect is working on a scanner that will pull prices from multiple external product feeds. The Architect has a list of vendors and decides to create new config file marketplace.feeds.xml.
Which three steps can the Architect take to ensure validation of the configuration files with unique validation rules for the individual and merged files? (Choose three.)
The Architect can take the following steps to ensure validation of the configuration files with unique validation rules for the individual and merged files:
Create validation rules in marketplace.schema.xsd. This file defines the structure and constraints of the XML elements and attributes for the marketplace.feeds.xml configuration file. The Architect can use this file to specify the required and optional elements, data types, values, and patterns for the configuration file.
Provide schema to validate a merged file. This schema is used to validate the final configuration file that is generated after merging all the individual configuration files from different modules. The Architect can use this schema to check the consistency and completeness of the merged configuration file.
Provide schema to validate an individual file. This schema is used to validate each individual configuration file from each module before merging them. The Architect can use this schema to check the syntax and validity of each configuration file.
An Adobe Commerce Architect needs to ensure zero downtime during the deployment process of Adobe Commerce on-premises. Which two steps should the Architect follow? (Choose two.)
Option D is incorrect because there is no such option as --convert-old-scripts-true for the bin/magento setup:upgrade command. This option does not exist in Magento 2 and does not have any effect on the deployment process or the downtime.
Option E is incorrect because there is no such config flag as developer/zero_down_time/enabled in Magento 2. This flag does not exist in Magento 2 and does not have any effect on the deployment process or the downtime.
1: Blue-green deployment | Adobe Commerce Developer Guide
2: Deploy Magento to production | Adobe Commerce Developer Guide
3: Command-line installation options | Adobe Commerce Developer Guide
An Adobe Commerce Architect is creating a new GraphQL API mutation to alter the process of adding configurable products to the cart. The mutation accepts configurable product ID. If the given product has only one variant, then the mutation should add this variant to the cart and return not nullable Cart type. If the configurable product has more variants, then the mutation should return not nullable Conf igurableProduct type.
The mutation declaration looks as follows:
How should the Adobe Commerce Architect declare output of this mutation?
A)
B)
C)
According to the Adobe Commerce documentation, the output of a GraphQL mutation is declared by specifying the type of the data returned by the mutation. The type can be either a scalar type (such as String, Int, Boolean, etc.), an object type (such as Cart, Product, Customer, etc.), or a union type (such as SearchResult, which can be either Product or Category). A union type is used when the mutation can return more than one possible type of data, depending on the input or the logic of the mutation. In this case, the mutation can return either a Cart type or a ConfigurableProduct type, depending on the number of variants of the configurable product. Therefore, the output of the mutation should be declared as a union type that includes both Cart and ConfigurableProduct types. Option B is the only option that correctly declares a union type using the pipe symbol (|) to separate the possible types. Option A and Option C are incorrect because they use brackets ([ ]) and curly braces ({ }), which are used for declaring list types and input object types, respectively.
A merchant notices that product price changes do not update on the storefront.
The index management page in the Adobe Commerce Admin Panel shows the following:
* All indexes are set to 'update by schedule'
* Their status is 'ready'
* There are no items in the backlog
* The indexes were last updated 1 minute ago
A developer verifies that updating and saving product prices adds the relevant product IDs into the catalog_product_price_cl changelog table. Which two steps should the Architect recommend to the developer to resolve this issue? (Choose two.)
An Adobe Commerce Architect needs to customize the workflow of a monthly installments payment extension. The extension is from a partner who is contracted with the default website Payment Service Provider (PSP), which has its own legacy extension (a module using deprecated payment method).
The installment payment partner manages only initializing a payment, and then hands the capture to be executed by the PSP Once the amount is successfully captured, the PSP notifies the website through a webhook. The goal of the webhook is only to create an "invoice" and save the "capture information" to be used later for refund requests through the PSP itself.
The Architect needs the most simple solution to capture the requested behavior.
Which solution should the Architect implement?
