Explanation:

In Salesforce Revenue Cloud, usage records are a key component of the usage-based pricing model. They track the consumption of a product or service over a predefined time period1.

The required fields on the usage record to load and rate the usage are:

Start Date Time: This field represents the start of the usage period1.

End Date Time: This field represents the end of the usage period1.

Matching ID: Salesforce Billing uploads usage only to usage summaries with matching IDs1.

Matching Attribute: Usages are rated against usage summaries where the Matching ID, Matching Attribute, and Unit of Measure fields all match1.

Unit of Measure: This field represents the unit in which the usage is measured1.

Quantity: This field represents the amount of usage1.

These fields are essential for accurately tracking and billing usage-based products or services. They allow Salesforce Revenue Cloud to calculate charges based on the actual consumption of a product or service, which can be more flexible and customer-friendly than flat-rate pricing2.

References

Usage Summary and Usage Fields - Salesforce

Usage-Based Products - Salesforce

Explanation:

In Salesforce Revenue Cloud, an Invoice Scheduler is used to automate the generation of invoices for billable order products. The Invoice Scheduler uses an Invoice Run to evaluate when and if an Order Product gets invoiced1.

When the Invoice Scheduler is set up with a Target Date (e.g., January 15) and Bill Usage Charges is set to False, it will generate invoice lines for Order Products with a Next Billing Date that is equal to or earlier than the Target Date1. This is because the Invoice Run is looking for eligible Order Products that match its criteria, which in this case would be Order Products with a Next Billing Date on or before the Target Date1.

It’s important to note that the Invoice Scheduler kicks off Invoice Runs when it hits the start time that you specify. For example, if you have a monthly Invoice Scheduler that runs on the 15th of every month, it will generate invoices for all Order Products with a Next Billing Date of January 15 or earlier1.

References:

Use Invoice Scheduler to Generate Invoices - Salesforce

Using Invoice Schedulers to Automate Invoice Creation - Salesforce

Explanation:

Incorrect future invoicing for an amended order product might be caused by the following scenarios:

A. Not contracting the Amendment Order: If the amendment order is not contracted, the changes made in the amendment order will not be reflected in the future invoices. This is because the contract is the legal agreement that specifies the terms of the sale, including the products, quantities, and prices. If the amendment order is not contracted, the original terms of the sale remain in effect, which may result in incorrect future invoicing1.

B. Having a subscription on the Contract be linked to an Order Product with one or more unpaid invoice lines: If there are unpaid invoice lines linked to the order product, it may cause discrepancies in the future invoices. This is because the unpaid invoice lines may still be pending for payment, and if they are not resolved before the amendment order is contracted, the future invoices may not accurately reflect the changes made in the amendment order2.

C. Having a subscription on the Contract be linked to an Order Product with one or more invoice lines in draft: If there are invoice lines in draft status linked to the order product, it may cause inaccuracies in the future invoices. This is because the draft invoice lines have not yet been finalized and may still be subject to changes. If these changes are not finalized before the amendment order is contracted, the future invoices may not accurately reflect the changes made in the amendment order2.

References: Salesforce Revenue Cloud documents12

Explanation:

The three design examples that will negatively impact the scale and performance of the Revenue Cloud implementation are:

A. Multiple automation types (trigger/workflows,flows) on a single object: Having multiple automation types on a single object can lead to complex and inefficient processes. This can slow down the system and negatively impact the performance and scalability of the Revenue Cloud implementation1.

B. External API calls within the pricing sequence: Making external API calls within the pricing sequence can introduce latency and potential points of failure. This can slow down the pricing process and negatively impact the performance and scalability of the Revenue Cloud implementation1.

C. Extensive use of quote line custom fields: Using a large number of custom fields can increase the complexity and size of the data model. This can slow down queries and negatively impact the performance and scalability of the Revenue Cloud implementation1.

References: 1

https://trailhead.salesforce.com/content/learn/modules/scalability-with-salesforce/understand-scalability-at-salesforce

Design examples that can negatively impact the scale and performance of the Revenue Cloud implementation include using multiple automation types on a single object, making external API calls within the pricing sequence, and extensively using custom fields on quote lines. Multiple automations on a single object can lead to complex logic processing and increased execution times, impacting overall system performance. External API calls within pricing sequences can introduce latency and potential points of failure, affecting the responsiveness and reliability of pricing calculations. Additionally, an excessive number of custom fields on quote lines can increase the data load and processing time during quote generation and manipulation, further degrading system performance. These design considerations are critical for maintaining optimal performance and scalability in Revenue Cloud implementations.

Explanation:

The correct sequence of evaluation events for a price rule, quote calculator plugin (QCP), and CPQ package pricing engine is as follows:

Internal Initialization: This is the first step where the system prepares for the calculation process. On Initialization: At this stage, any price rules that are set to trigger ‘On Initialization’ are run. Calculate Formulas: The system evaluates formula fields.

Before Calculate: Any price rules that are set to trigger ‘Before Calculate’ are run. Calculate Quantities: The system calculates quantities, for example, bundle components. On Calculate: Any price rules that are set to trigger ‘On Calculate’ are run.

Price Waterfall Calculation: The system calculates out-of-the-box pricing tools such as block pricing, discount schedules, etc.

After Calculate: Any price rules that are set to trigger ‘After Calculate’ are run1. This sequence ensures that all calculations and price rules are applied in the correct order, providing accurate pricing information1. References:

https://help.salesforce.com/s/articleView?id=sf.cpq_price_rule_considerations.htm &language=en_US&type=5

https://help.salesforce.com/s/articleView?id=000388745 &language=en_US&type=1