Managed IT & Logistics

Warehousing for a rollout is an inventory problem before it is a shipping problem: shipments from multiple OEMs land on different schedules, and each receipt is checked in, reconciled against the order and bound to the program's inventory before anything moves toward a site. Kitting then builds site-shaped shipments out of that verified pool.

That single point of receipt is where a multi-source order becomes one accountable program: discrepancies are caught at the dock, not discovered by a receiving clerk three states away.

Staging and kitting turn a warehouse of loose boxes into deployment-ready, site-labeled bundles. Hardware is kitted by site — the right units, accessories, cables and paperwork per location — and held until the install plan calls for it.

Shipments are then released in the sequence the rollout requires, rather than a single all-at-once delivery a receiving dock can't absorb. For builds that need more than kitting — imaging, rack integration, asset tags, burn-in — the OEM-integration lane stages the system before it ships.

White-glove delivery closes the loop with a signature and a record. Each shipment moves under signature-based chain of custody, so an asset arriving on-site months into a program still traces cleanly back to its receipt and its compliance documentation.

TAA country-of-origin, NDAA §889 screening and chain-of-custody records are carried through warehousing and delivery — audit obligations that live at the logistics layer as much as the procurement layer — so the paperwork is intact whenever it's asked for.

The equipment record opened at receipt is the same one that closes at disposal: an asset tagged on the dock keeps one identity through staging, delivery, every refresh and eventual retirement, instead of being re-inventoried at each hop. Refresh cycles are scheduled against that record so aging hardware is planned out before it fails, and nothing drops off the books between the day it ships and the day it is retired.

For programs with recurring refresh cycles, the reverse side is managed as deliberately as the forward side — certified data sanitization or destruction for data-bearing drives, with disposition records that satisfy both the security office and the asset-management system.