Which two statements are true for vRealize Business for Cloud? (Choose two.)

Grace U.Jan 13, 2026

B and E are your two, and the logic holds up once you see what vRealize Business for Cloud is actually built to do. It handles automatic private cloud metering, costing, and pricing (E) as its core job, and it extends that picture by pulling in public cloud costing and consumption analysis for platforms like AWS and Azure (B). The tricky distractors are A and C, which describe direct agent-based or native-service integration that is not how this product works, and D is close but too narrow since B already covers public cloud costing more accurately.

Bao N.Mar 23, 2026

B and E are your two keepers here. vRealize Business for Cloud handles public cloud costing and consumption analysis (B) and automates private cloud metering, costing, and pricing (E), those are the core pillars of what the product actually does. A and C describe capabilities it does not have, and D is a trap because while it touches AWS and Azure data, "native services" costing is not a direct feature the way B and E describe.

Carlos M.Mar 26, 2026

B and E are correct. vRealize Business for Cloud handles public cloud cost visibility and consumption analysis (B), and it automates the metering, costing, and pricing for your private cloud infrastructure without manual setup (E). The other options trip people up because vRB for Cloud pulls cost data through vCenter and cloud APIs, not through agents deployed in workloads, and it does not directly integrate with non-vSphere workloads the way A and C describe.

Toby R.Feb 7, 2026

B and E are the right picks here. vRealize Business for Cloud is built around giving you visibility into your private cloud costs with automatic metering and pricing, and it pulls in public cloud spend and consumption data so you can compare across environments, it does not go out and collect performance data via agents or directly integrate with non-vSphere workloads to calculate their costs.

Grigory K.Apr 1, 2026

B and E are the right picks here. vRealize Business handles the public cloud cost and consumption side (B) and the automatic private cloud metering/costing/pricing (E), but it does NOT directly integrate with non-vSphere workloads to pull costing data, and native AWS/Azure service costing comes through API integration, not some direct agent-based collection method. Quick question for anyone who has touched this product in a real environment: when you set up the public cloud account connection in vRB4C, does it pull the billing data directly from the AWS Cost Explorer or Azure Billing API, or does it go through vRealize Operations as an intermediary? I always get tripped up on whether the data path goes product-to-cloud or product-to-vrops-to-cloud.

Viktor S.Feb 11, 2026

Look, I keep coming back to A and B on this one. A says it provides costing for non-vSphere workloads by directly integrating with them, and that lines up with what vRealize Business is actually trying to do, which is give you a unified cost picture across your whole environment, not just the VMware-native stuff. If it only worked with vSphere you would just call it a vSphere tool, the whole point of the "for Cloud" branding is that it reaches beyond that. B is pretty clearly true because public cloud costing and consumption analysis is bread and butter for this product, nobody argues that one. E trips people up because it sounds right but "automatic" is doing a lot of work in that sentence and I do not think the metering is as hands-off as E implies. C is wrong because vRealize Business does not deploy agents into workloads, that is not how it collects data. D is close but it narrows to native services on AWS and Azure specifically, whereas A is the broader and more accurate statement about how the integration model works. So I am going with A and B, the costing reach across non-vSphere and the public cloud analysis piece.

Nina C.Apr 9, 2026

Okay so I keep coming back to C and I am pretty confident about it, here is my thinking. vRealize Business for Cloud has to actually gather usage and performance data from somewhere, and deploying agents into the cloud workloads makes total sense as the collection mechanism, same way a lot of monitoring tools work. If it did not use agents sitting inside the workloads, how else would it get that granular consumption data to feed into the costing engine? I also think B is correct because public cloud costing and consumption analysis is literally one of the main selling points they harp on in the study material. So I am going with B and C as my two, but C especially feels solid to me because the agent-based collection model is the whole reason the tool can report on actual resource usage rather than just estimates.

Ingrid P.Jan 28, 2026

C and E, agent-based collection is the core architecture, card that fact now.