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AI Governance

What Actually Constitutes a Digital Employee?

A Digital Employee is an AI agent with the same four things you'd require before giving a contractor a badge and a login: its own identity, a defined scope, a defined authority boundary, and a managed lifecycle. Not a chatbot. Not a script. If it doesn't have its own identity and its own audit trail, you can't answer "who did this" six months from now.

01

Its Own Identity

A defined identity in the target system — never a shared or borrowed login. Whatever it does is attributable to it specifically.

02

A Defined Scope

An explicit list of the tasks it's permitted to attempt. Not "help with procurement" — the actual transactions, by type.

03

A Defined Authority Boundary

Thresholds within that scope: what it can complete alone, what needs sign-off, what dollar or quantity limits apply.

04

A Managed Lifecycle

Provisioned, monitored, and revocable — same as any contractor's access. It can be suspended the moment something looks wrong.

A Digital Employee Is a Team, Not a Single Agent

For any non-trivial process, one agent doing everything is the wrong design. Split the work into narrow, single-purpose workers, coordinated by an orchestrator.

Orchestrator

  • Owns the goal, plans the steps, routes between workers.

PR Validator read PRs

  • Checks the request for completeness and flags gaps.

Vendor Matcher read vendor master

  • Selects a vendor against sourcing policy.

PO Builder write POs

  • Builds and submits the purchase order.

Exception Handler notify & route

  • Escalates anything outside the rules to a human.
Each worker holds only the access its job requires. A failure or misuse in one is contained — it can't compromise the whole Digital Employee.

The Digital Employee Lifecycle

The same discipline you already apply to a human role — just compressed, and largely automatable. Monitoring runs continuously, not as a one-time checkpoint.

1. Design & Compose

  • Define the outcome. Decompose into worker agents if needed. Map each worker to specific transactions and the authorization it requires.

2. Provision & Authorize

  • Create identities per the chosen model. Assign roles. Register in the connectivity layer.

3. Deploy & Orchestrate

  • Go live. The orchestrator sequences workers, manages handoffs, and escalates to a human at the thresholds you defined.

4. Evaluate & Benchmark

  • Score every worker against pass/fail criteria before go-live — accuracy, safety, edge cases. No agent reaches production without clearing its benchmark.

5. Monitor & Audit

  • Continuous, not a phase you exit. Real-time monitoring, anomaly circuit breakers, full audit trail on every action.

6. Recommission or Decommission

  • Rescoped and redeployed when the process changes. Formally retired — access revoked, identity deprovisioned — when it's no longer needed.

Guarding Against Two Different Failure Modes

Most governance conversations only cover the first one. For an agent with real authority, the second matters just as much.

If the Agent Goes Rogue

  • Least-privilege authorization, scoped per task — never standing broad access.
  • Human-in-the-loop thresholds: below X it executes, above X it proposes and waits.
  • Anomaly circuit breakers on volume or pattern — auto-halt, not caught after the fact.
  • A kill switch that's actually fast — not "open a ticket."

If a Human Misuses It

  • The agent inherits the requesting human's authorization — never its own elevated privilege.
  • Segregation of duties extends to the agent: what a human can't do alone, the agent can't do for them.
  • A human who can't both create and approve a PO still can't, even by routing through a Digital Employee.
  • The same review process applies whether a human or their agent initiated the action.

Identity Model for Execution: Two Options

Both are architecturally valid. The right answer depends on your GRC posture and how much of this runs unattended — this is a call that should come from your GRC and SAP security team.

Option A: Per-Agent SSO Account

  • + Native SAP audit trail shows the real agent, not a shared account.
  • + SoD is automatic — bounded by that agent's own role.
  • − Doesn't suit unattended flows without a designed fallback.
  • − More provisioning work, more moving parts.

Option B: Per-Agent Service Account

  • + Simple to provision — one role to build and review.
  • + Works for unattended, trigger-based flows with no human present.
  • − SoD lives outside SAP's native controls.
  • − May fail SOX-style controls expecting a real named employee.
Our default recommendation: per-user mapping for anything touching financials or production data, with a narrowly scoped service account reserved only for explicitly approved unattended scenarios.

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