One role per step
The flow is split into steps that can be described separately. Interpret, check, register, reply. Each step gets its own role with its own mandate.
Digital teams
One digital coworker solves a task. A digital team solves a flow — from the incoming email to the posted invoice — with clear division of responsibility and a human still in place where judgement is required.
Definition
A digital team is a group of digital coworkers working on the same process or department. Each has its own defined role, but they hand over to one another: the one interpreting the incoming order hands over to the one checking stock, which in turn hands over to the one sending the confirmation.
The point is not to have many agents. The point is that a whole process chain can run through without anyone moving information between systems by hand. It is in the handovers — between the inbox, the ERP and the warehouse — that the manual time is actually spent.
Responsibility is explicit. Every role has its own mandate and its own limits, and the handover between two roles is logged like any other action. When something goes wrong, it is visible where in the chain it happened.
Composition
A team is built around a flow, not around a technology.
The flow is split into steps that can be described separately. Interpret, check, register, reply. Each step gets its own role with its own mandate.
What passes between two roles is decided in advance — not negotiated by the agents. Every handover is logged.
The team has a clear boundary to the human. If a case stops at step three it goes to a person, not back into the loop.
Throughput and accuracy are measured for each role, so the bottleneck is visible at step level rather than only as a total.
Comparison
The difference is how much of the chain is covered — not how advanced the technology is.
| One digital coworker | A digital team | |
|---|---|---|
| Scope | One defined task | A whole process chain |
| Handovers | To a human | Between roles, then to a human |
| Typical starting point | The most manual task | The flow where time goes between systems |
| Follow-up | Cases and hours saved | Throughput per step in the chain |
| Suitable when | You want to measure the effect first | The effect is proven and the flow is known |
Examples
What they share: the value sits in the handovers, not in any single step.
One role interprets the order email, one checks items and stock, one creates the sales order in the ERP and one sends the confirmation.
One role watches reorder points, one creates and sends the purchase order, one matches the goods against the order on arrival and flags discrepancies.
One role reads the invoice, one matches it against purchase order and goods receipt, one codes it to your rules and sends it on for approval.
One role interprets the request, one looks up items with the right customer price and contract discount, one drafts the quote and one handles follow-up.
FAQ
A digital coworker has one defined task. A digital team is several digital coworkers sharing the same process and handing over to one another, so a whole chain runs through without manual entry between the steps.
No, and it is rarely advisable. Most companies start with a single role on the most manual task, measure the result, and only expand into a team once the flow is known and the effect is proven.
Every action and every handover between two roles is logged with its timestamp, input and outcome. If a case stops, it is visible exactly at which step in the chain it happened and why.
The case goes to a human rather than back into the loop. The team has one shared escalation path, so a stop at one step never becomes a case circulating between roles.
A team covers more roles and therefore more work during rollout. On the other hand, the manual time usually goes into the handovers between systems, which is where a team delivers what a single role cannot.
Yes. The roles are granted access to the systems they each need, so a team can span email, ERP and warehouse system within the same chain.
Describe a process chain where information is moved between systems by hand today. We will show how the roles would be split and where the boundary to the human sits.