In an email delivery, the Business Practitioner uses conditioned content in the creative that varies by recipient segment. Which three methods allow the Business Practitioner to send proofs that can be set up to cover all variations in the content? (Choose three.)

To validate all variations of conditional content within an email, a Business Practitioner must use proofing methods that allow for systematic testing against different recipient profiles.
1. Defined proof target: Selecting specific profiles that belong to each target segment and adding them to a proof group ensures each content variation is generated and sent for review.
2. Seed addresses: If seed addresses are set up as profiles belonging to the different segments, they can be targeted for proofs to systematically review each content variation.
3. Substitution with a fixed profile: This allows sending a proof to a single email address (e.g., the practitioner's) while personalizing it with data from a specific, chosen profile. By repeating this process for a profile from each segment, all variations can be tested.

C. Proof with Substitution of address with a random profile: This method is for spot-checking personalization with a random profile from the target audience. It does not guarantee that all content variations will be generated for review.

1. Adobe Experience League - Campaign Classic v7 Documentation

"Sending proofs": This document outlines the various methods for sending proofs.

Section: "Define the proof target": It states

"You can also select recipients directly and use them as the proof target." This validates option A.

Section: "Define the proof target": It also explains the use of seed addresses for proofs: "You can designate some of the recipients in the target as seed addresses." This validates option B.

Section: "Substitution of addresses": This section details the substitution feature: "The content of the proof is personalized with data from a profile chosen at random or specified." Choosing a specified profile validates option D as a method to systematically test a profile from each segment. The same section describes the random option

confirming it is not a systematic approach

thus invalidating option C for this specific use case.