GPU Collateral Inspection and Serial Verification
What to check before you fund.
What it covers
A collateral inspection confirms that the servers the lender paid for are on the floor, running, and match the invoices, the bill of materials and the UCC-1 equipment schedule by serial number. Each NVIDIA GPU reports a serial number that matches the one printed on its board, so a lender can check every GPU as well as every server.
What you should check for
| Count and match | Counts against the invoices | Servers, GPUs, switches and optics counted against the invoices and the delivered BOM. BOMs can change right up until delivery. |
| Serials read from the hardware | Each GPU serial read through nvidia-smi, which matches the serial printed on the board, then checked against the label and the UCC-1 schedule. | |
| Configuration as financed | GPU model, memory, NICs and drives match the BOM; zero-priced lines under a server line document what is inside it. | |
| Changes since funding | Swapped or removed parts | A log of old and new serials for every GPU replaced under warranty, and a collateral description that reaches replacements. |
| Pledged twice | A lien search under the exact legal name, prior names and any affiliate that held the GPUs, then a watch for new UCC-1 filings by other creditors. | |
| Where the schedule says | Servers at the site address and rack positions on the schedule, with any move reported before it happens. | |
| Facility walk-through | Power and cooling as committed | Committed kW per rack and the cooling type match the systems running. Past roughly 40 kW per rack, air cooling stops working. |
| Access and control | Who holds the cage keys and badges, a named facility contact, and staff who can power down and unplug. | |
| The colo's lien position | Whether the provider claims a security interest in the servers, and whether its lien releases when the account is current. | |
| Records and cadence | Photos and asset tags | Photos of each rack and serial label, and a tag on each server tying it to the lender's schedule, filed with the report. |
| Remote reads each quarter | GPU serials read remotely and matched to the schedule every quarter. | |
| Back on site when something changes | After a move, a large batch of warranty swaps, a refinancing, or an early warning sign such as unpaid power or colo bills at the host. |
Sources: American Compute, NVIDIA.
Why GPU collateral needs a serial-level check
GPUs are small, valuable and swappable. An 8-GPU server carries a chassis serial and eight GPU serials, and a part replaced under warranty comes back with a new serial number. A count of boxes says little about what is inside them.
Collateral can also be pledged twice, and the site can hold a claim of its own. Some colo contracts give the facility provider a security interest in every server on site, and the provider controls the cage. An inspection checks both the equipment and the site that holds it.
What an inspection covers
Inspection, the third level of our service, is on-site equipment verification plus a facility walk-through. It builds on an appraisal and technical due diligence. Lien searches and legal review stay with the lender and its counsel.
Red flags
| Serials that do not match the schedule | GPU serials that no longer match the UCC-1 schedule are one of the early warning signs in our default casebook. |
| New UCC-1 filings by other creditors | First Brands (Chapter 11, September 2025) allegedly double- and triple-pledged its collateral. |
| Equipment that is off during the visit | In a 2026 export case, prosecutors alleged thousands of non-working dummy servers were staged at a warehouse to pass audit inventories. Count systems that are powered and reporting serials. |
| Host behind on its bills | Some colo contracts let the provider cut power about 30 days after a missed bill and sell the servers weeks later. |
Discuss a transaction
Send us the equipment list and the loan or lease you have in mind. We will come back with an indication and the questions we would need answered.
Prefer email? hello@amcompute.com