Industries · Telecom & Carriers
At carrier volume, a procedure is not a control
Anything that depends on a person remembering to check will eventually not be checked. The only controls that survive tens of thousands of units a month are the ones built into the system as gates.
The scaling problem
Trade-in economics collapse quietly, one exception at a time
A carrier trade-in or device-recovery program is a high-throughput manufacturing process wearing the clothes of a customer service function. Units arrive continuously, each one needs identity validation, sanitization, evidence, a grade, a price and a disposition path — and each one is individually small enough that no single exception looks urgent.
That is exactly why the failures compound. A hundred unresolved exceptions a week is a rounding error until it is a settlement dispute or an unwiped handset on a resale shelf.
So the design question is not how fast a floor can move devices. It is which conditions the system physically refuses to let a device pass — and whether your side can see those refusals in real time rather than in a monthly reconciliation.
Control design
Six things the system refuses to do
Double eligibility gate
Wipe validation is enforced twice — once at label creation and again in ERP fulfilment. Any unit lacking a wipe_pass is blocked from finished goods, from shipping and from invoicing. The control is structural rather than procedural, which is the only kind that survives volume.
Automatic quarantine with reason codes
Failures route themselves rather than waiting to be noticed. WIPE_FAILED, NO_CUSTODY, SERIAL_MISMATCH, CERT_INVALID and QC_PHYSICAL each send the unit to quarantine with the reason attached and published over a JSON API, so your side sees the exception at the same moment ours does.
Serial and IMEI validation at intake
Every unit is identity-validated on arrival with operator authentication recorded. A mismatch between the declared manifest and the physical device is an exception at intake, not a discrepancy discovered at settlement.
Certificates published for self-service
Erasure certificates are written to cloud storage the carrier can query directly, with JSON and PDF export. Your team does not raise a ticket to obtain evidence for a device — they look it up.
Status screening before value is assigned
Units are screened for blacklisted, carrier-locked and financially encumbered status before they are graded and priced, because a device that cannot be legitimately resold has no residual value and should not be carried as if it does.
Charge before wipe
Mobile sanitization tools require a minimum charge threshold to complete a verified cycle. Our mobile floor is pre-wired for high-density power delivery so hundreds of handsets charge simultaneously, which is why the charge stage is a formal gate rather than a bottleneck.
Program example
Tier-1 US mobile carrier
Described here in anonymized form, as it appears in our own technical documentation.
What we built. Erasure certificates generated at scale and published into cloud storage the carrier queries directly, removing evidence requests from the support queue entirely.
The gate that matters. Wipe validation is enforced twice — at label creation and again in ERP fulfilment — so any item lacking a passing wipe record is blocked from finished goods, shipping and invoicing. Not flagged. Blocked.
Exception handling. Automatic quarantine with published reason codes, so a failure becomes a routed, visible event rather than a device sitting on a bench waiting for someone to notice.
Beyond handsets
Network equipment is data-bearing too
Carrier and operator estates retire far more than devices. Network refreshes and site consolidations release switching, routing, transport and premises equipment — and a surprising amount of it is treated as inert metal on the way out.
It is not inert. Configuration files, routing tables, credentials, VPN parameters and topology information persist on this equipment, and none of it is covered by a process designed around handset wipes.
We handle network and infrastructure hardware as a distinct asset class with its own sanitization and verification path, and value it on configuration rather than weight. If your program spans both devices and network estate, running both through one provider is what keeps a single reconciled record across the two.
FAQ
What carrier program teams ask
What volume can you actually handle?
How do you stop an unwiped device shipping?
Can you integrate with our systems rather than a portal?
Do you handle trade-in grading as well as disposition?
What happens to devices that fail testing?
Do you support network equipment as well as handsets?
Can you meet our reverse-logistics SLAs?
Bring us your exception rate.
Tell us where units currently get stuck and we will show you which gate would have caught them.