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AI risk monitoring focuses content exposure rather than general adoption. It would support sensitive prompt frequency, not the stated purchased and unassigned Copilot seats.

Usage reporting measures users and interactions rather than only license purchases. Its purpose is active Copilot user adoption; the specified need is purchased and unassigned Copilot seats.

Usage-based billing reports show cost from metered services. Its purpose is financial metered AI usage amount; the specified need is purchased and unassigned Copilot seats.

Scheduling establishes the recurring execution cadence. The action is relevant to automated monthly summary prompt rather than personal prompt preservation.

Sharing exposes a reusable instruction to selected users. This helps with controlled prompt distribution instead of the required personal prompt preservation.

Removing stale prompts prevents reuse of incorrect guidance. The action is relevant to obsolete prompt cleanup rather than personal prompt preservation.

Audit records attribute supported license changes. It is used for accountable license modification; this scenario calls for license removal after reassignment.

Available seat counts reveal the capacity for new entitlements. That addresses license capacity before rollout, whereas the current case requires license removal after reassignment.

Per-user entitlement grants the supported licensed experience. It is used for initial premium user provisioning; this scenario calls for license removal after reassignment.

Cohort targeting constrains rollout risk and enables measured feedback. Its purpose is staged Copilot onboarding; the specified need is evidence-driven enablement planning.

Targeted feature governance prevents unapproved exposure. Its purpose is guarded rollout of a new feature; the specified need is evidence-driven enablement planning.

Comparable usage windows support evaluation of enablement outcomes. It would support training-related adoption comparison, not the stated evidence-driven enablement planning.

Budget notifications can be exceeded without automatic service shutdown. This helps with diagnosis of usage beyond a budget alert instead of the required platform-wide Copilot availability diagnosis.

Copilot cannot make inaccessible Microsoft 365 files available. The action is relevant to authorization issue for one source rather than platform-wide Copilot availability diagnosis.

Features and admin surfaces depend on authorized role and product support. The action is relevant to admin access to feature configuration rather than platform-wide Copilot availability diagnosis.

Named-user product assignment provides ongoing authorized premium access. It is used for premium Copilot licensed accounts; this scenario calls for automatically licensed pilot membership.

Removing no-longer-needed licenses helps reclaim available entitlement. That addresses reclaimed unused Copilot seat, whereas the current case requires automatically licensed pilot membership.

Feature rights depend on the actual license and applicable settings. That addresses diagnosis of unavailable premium capability, whereas the current case requires automatically licensed pilot membership.

Removing the connection ends the corresponding metered entitlement path. It would support deactivation of unused billing connection, not the stated restricted pay-per-use audience.

Usage billing needs a policy connected to an approved subscription context. Its purpose is first-time metered AI service billing; the specified need is restricted pay-per-use audience.

A policy must be linked to the service for authorized metered use. It would support activation of an agent billing connection, not the stated restricted pay-per-use audience.

Unconnected services cannot incur that policy's new metered consumption. This helps with prevention of unapproved usage charges instead of the required actual usage-based agent expenses.

Billing budget thresholds can generate spending notifications. The action is relevant to alerting when metered spend grows rather than actual usage-based agent expenses.

Documented pay-as-you-go budgets can alert without automatically stopping usage. This helps with realistic budget-control expectation instead of the required actual usage-based agent expenses.

Analytics can help evaluate organizational Copilot adoption and impact trends. That addresses segment-level adoption insights, whereas the current case requires metered Copilot expenditure.

AI data-security reporting monitors risk rather than productivity adoption. That addresses compliance risk during Copilot usage, whereas the current case requires metered Copilot expenditure.

Copilot usage reports summarize adoption and activity over the reporting window. It is used for usage statistics for licensed Copilot; this scenario calls for metered Copilot expenditure.

Saved prompts enable repeat use of an approved instruction. Its purpose is personal reusable Copilot prompt; the specified need is recurring scheduled Copilot prompt.

Prompt sharing distributes a template to authorized users. It would support team reuse of a vetted prompt, not the stated recurring scheduled Copilot prompt.

Prompt deletion retires a stale reusable instruction. It would support removal of outdated prompt guidance, not the stated recurring scheduled Copilot prompt.

Licensing does not override a centrally disabled capability. This helps with resolving entitlement versus policy conflict instead of the required inventory of configured Copilot capabilities.

Product-level policy can govern feature eligibility where supported. The action is relevant to pilot-scoped Copilot feature access rather than inventory of configured Copilot capabilities.

Tenant configuration can turn off eligible Copilot integrations. This helps with containment of an unreviewed integration instead of the required inventory of configured Copilot capabilities.