An Architect needs to document the data architecture for a multi-system, enterprise Salesforce implementation. Which two key artifacts should the Architect use? (Choose two.)

A.

User stories

B.

Data model

C.

Integration specification

D.

Non-functional requirements

Get Cloudy Consulting uses an invoicing system that has specific requirements. One requirement is that attachments associated with the Invoice_c custom object be classified by Types (i.e., ""Purchase Order"", ""Receipt"", etc.) so that reporting can be performed on invoices showing the number of attachments grouped by Type. What should an Architect do to categorize the attachments to fulfill these requirements?

A.

Add additional options to the standard ContentType picklist field for the Attachment object.

B.

Add a ContentType picklist field to the Attachment layout and create additional picklist options.

C.

Create a custom picklist field for the Type on the standard Attachment object with the values.

D.

Create a custom object related to the Invoice object with a picklist field for the Type.

Universal Containers (CU) is in the process of implementing an enterprise data warehouse (EDW). UC needs to extract 100 million records from Salesforce for migration to the EDW. What data extraction strategy should a data architect use for maximum performance?

A.

Install a third-party AppExchange tool.

B.

Call the REST API in successive queries.

C.

Utilize PK Chunking with the Bulk API.

D.

Use the Bulk API in parallel mode.

Northern Trail Outfitters (NTO) has a variety of customers that include householder, businesses, and individuals.
The following conditions exist within its system:
NTO has a total of five million customers.
Duplicate records exist, which is replicated across many systems, including Salesforce.
Given these conditions, there is a lack of consistent presentation and clear identification of a customer record. Which three option should a data architect perform to resolve the issues with the customer data?

A.

Create a unique global customer ID for each customer and store that in all system for referential identity.

B.

Use Salesforce CDC to sync customer data cross all systems to keep customer record in sync.

C.

Invest in data duplicate tool to de-dupe and merge duplicate records across all systems.

D.

Duplicate customer records across the system and provide a two-way sync of data between the systems.

E.

Create a customer master database external to Salesforce as a system of truth and sync the customer data with all systems.

As part of addressing general data protection regulation (GDPR) requirements, UC plans to implement a data classification policy for all its internal systems that stores customer information including salesforce. What should a data architect recommend so that UC can easily classify consumer information maintained in salesforce under both standard and custom objects?

A.

Use App Exchange products to classify fields based on policy.

B.

Use data classification metadata fields available in field definition.

C.

Create a custom picklist field to capture classification of information on customer.

D.

Build reports for customer information and validate.

Cloud Kicks needs to purge detailed transactional records from Salesforce. The data should be aggregated at a summary level and available in Salesforce. What are two automated approaches to fulfill this goal? (Choose two.)

A.

Third-party Integration Tool (ETL)

B.

Schedulable Batch Apex

C.

Third-party Business Intelligence system

D.

Apex Triggers

Cloud Kicks has the following requirements:
- Data needs to be sent from Salesforce to an external system to generate invoices from their Order Management System (OMS).
- A Salesforce administrator must be able to customize which fields will be sent to the external system without changing code.
What are two approaches for fulfilling these requirements? (Choose two.)

A.

A set<sobjectFieldset> to determine which fields to send in an HTTP callout.

B.

An Outbound Message to determine which fields to send to the OMS.

C.

A Field Set that determines which fields to send in an HTTP callout.

D.

Enable the field -level security permissions for the fields to send.

Universal Containers (UC) is in the process of migrating lagacy inventory data from an enterprise resources planning (ERP) system into Sales Cloud with the following requirements:
Legacy inventory data will be stored in a custom child objects called Inventory_c.
Inventory data should be related to the standard Account object.
The Inventory_c object should Inhent the same sharing rules as the Account object.
Anytime an Account record is deleted in Salesforce, the related Inventory_c record(s) should be deleted as well.
What type of relationship field should a data architect recommend in this scenario?

A.

Master-detail relationship filed on Account, related to Inventory_c

B.

Master-detail relationship filed on Inventory_c, related to Account

C.

Indirect lookup relationship field on Account, related to Inventory_c

D.

Lookup relationship fields on Inventory related to Account

Cloud Kicks is launching a Partner Community, which will allow users to register shipment requests that are then processed by Cloud Kicks employees. Shipment requests contain header information, and then a list of no more than 5 items being shipped.
First, Cloud Kicks will introduce its community to 6,000 customers in North America, and then to 24,000 customers worldwide within the next two years. Cloud Kicks expects 12 shipment requests per week per customer, on average, and wants customers to be able to view up to three years of shipment requests and use Salesforce reports. What is the recommended solution for the Cloud Kicks Data Architect to address the requirements?

A.

Create an external custom object to track shipment requests and a child external object to track shipment items. External objects are stored off-platform in Heroku’s Postgres database.

B.

Create an external custom object to track shipment requests with five lookup custom fields for each item being shipped. External objects are stored off-platform in Heroku’s Postgres database.

C.

Create a custom object to track shipment requests and a child custom object to track shipment items. Implement an archiving process that moves data off-platform after three years.

D.

Create a custom object to track shipment requests with five lookup custom fields for each item being shipped Implement an archiving process that moves data off-platform a three years.

Cloud Kicks has the following requirements:
• Their Shipment custom object must always relate to a Product, a Sender, and a Receiver (all separate custom objects).
• If a Shipment is currently associated with a Product, Sender, or Receiver, deletion of those records should not be allowed.
• Each custom object must have separate sharing models.
What should an Architect do to fulfill these requirements?

A.

Associate the Shipment to each parent record by using a VLOOKUP formula field.

B.

Create a required Lookup relationship to each of the three parent records.

C.

Create a Master-Detail relationship to each of the three parent records.

D.

Create two Master-Detail and one Lookup relationship to the parent records.