Role architecture
Mission, inputs, outputs, scope, boundaries, escalation, and success measures are defined before launch.
A standard managed AI employee is $750 per month. The role is defined around one business mission. Company-level software, unusually high third-party usage, advanced integrations, enterprise controls, and custom engineering are scoped separately when the operating model requires them.
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The pricing unit is intentionally a role, not an unlimited pool of prompts. Each employee should have a reason to exist, a bounded mission, a human sponsor, and a scorecard.
Mission, inputs, outputs, scope, boundaries, escalation, and success measures are defined before launch.
Approved knowledge and operating context required for the mission are prepared and connected.
Standard integrations and execution surfaces within the defined role scope are configured and tested.
The employee receives explicit read, draft, execute, and escalation boundaries rather than blanket authority.
Normal, ambiguous, failure, and edge cases are tested before the role receives production responsibility.
7SVN monitors the role, reviews exceptions, and evolves the operating instructions as the business changes.
New CRM products, portals, command centers, or substantial application engineering are scoped as software work.
Large telephony, messaging, model, storage, data, or third-party consumption may require pass-through or expanded pricing.
Special security, compliance, procurement, data residency, legal, or support requirements can change implementation scope.
A second distinct business responsibility should become a second employee rather than silently expanding one role into a generalist.
Before deployment, document the baseline. After launch, separate activity from completed business outcomes. A role deserves expansion only when the operating evidence supports it.
Qualified opportunities answered, advanced, reactivated, or prevented from being lost.
Human hours removed from repetitive, information-heavy, system-based work.
Elapsed time from signal to meaningful next action or verified completion.
How often human intervention is needed and whether repeat failure modes are decreasing.