Recovering a laptop shouldn't depend on scattered messages, separate spreadsheets, or improvised coordination.
Well-executed reverse logistics lets you pick up the device, record its condition, define its destination, and keep visibility across the entire process — with clear compliance and traceability criteria.
What is reverse logistics in an IT context?
In technology, reverse logistics is the flow that starts when a device has to come back.
It can be triggered by:
- Offboarding
- Role change
- Replacement due to failure
- Internal reassignment
- Project or operation closure
The point isn't just to "pick up" the device. The point is to recover it without losing control, with enough information to decide what happens next.
What usually goes wrong in an offboarding
The most common issues are quite predictable:
- Poor coordination with the person (pickup window, address, contact)
- It's unclear when it was picked up or who picked it up
- No evidence of the device's condition at pickup time
- The device arrives but nobody knows what to do next
- Time is lost between recovery, storage, and reuse
This creates friction for HR, extra work for IT, and value lost on the asset.
The minimum playbook to recover equipment correctly
1) Trigger the pickup with complete data
Before moving the device, you need clarity on:
- Who has it assigned
- Address and contact
- Possible pickup window
- What the pickup includes (laptop, charger, peripherals, etc.)
This avoids re-coordination and failed pickups.
2) Confirm the type of operation (why it's coming back)
Recovering for different purposes isn't the same:
- Storage (regional stock / warehouse)
- Reassignment (new onboarding)
- Support / repair
- Buyback
- End of life (permanent retirement)
Defining the "why" from the start speeds up the flow and reduces downtime.
3) Keep track of the movement (in-transit visibility)
During the pickup, there should be visibility of:
- Process status
- Location / progress
- Key milestones (pickup confirmed, in transit, received)
This is where Tracking becomes part of control, not just "information".
¿Nuevo en el tema?
Si recién estás montando un proceso de gestión de activos IT, empezar por el DSN es lo que más fricción te ahorra a futuro. Más que una buena práctica, es la fuente de verdad a la que van a apuntar todos los demás procesos.
Recovering a laptop shouldn't depend on scattered messages, separate spreadsheets, or improvised coordination.
Well-executed reverse logistics lets you pick up the device, record its condition, define its destination, and keep visibility across the entire process — with clear compliance and traceability criteria.
What is reverse logistics in an IT context?
In technology, reverse logistics is the flow that starts when a device has to come back.
It can be triggered by:
- Offboarding
- Role change
- Replacement due to failure
- Internal reassignment
- Project or operation closure
The point isn't just to "pick up" the device. The point is to recover it without losing control, with enough information to decide what happens next.
What usually goes wrong in an offboarding
The most common issues are quite predictable:
- Poor coordination with the person (pickup window, address, contact)
- It's unclear when it was picked up or who picked it up
- No evidence of the device's condition at pickup time
- The device arrives but nobody knows what to do next
- Time is lost between recovery, storage, and reuse
This creates friction for HR, extra work for IT, and value lost on the asset.
The minimum playbook to recover equipment correctly
1) Trigger the pickup with complete data
Before moving the device, you need clarity on:
- Who has it assigned
- Address and contact
- Possible pickup window
- What the pickup includes (laptop, charger, peripherals, etc.)
This avoids re-coordination and failed pickups.
2) Confirm the type of operation (why it's coming back)
Recovering for different purposes isn't the same:
- Storage (regional stock / warehouse)
- Reassignment (new onboarding)
- Support / repair
- Buyback
- End of life (permanent retirement)
Defining the "why" from the start speeds up the flow and reduces downtime.
3) Keep track of the movement (in-transit visibility)
During the pickup, there should be visibility of:
- Process status
- Location / progress
- Key milestones (pickup confirmed, in transit, received)
This is where Tracking becomes part of control, not just "information".
