Who We Serve / Manufacturing

A dead machine is product that doesn't ship.

When an HMI or engineering laptop drops at 2am, the line can't wait on a courier — a spare comes out of the plant's on-site cage running your validated image, and the failed unit goes back to the RTP hub for RMA and disposition. Prevention supports the promise: every spare is imaged to the builds your controls engineering team validates, with drivers pinned to spec — and the cage covers whatever still fails.

/ Recovery Model

Same-Day

SPARE OUT OF THE ON-SITE CAGE · SERIALIZED RMA FROM THE RTP HUB

/ Proof Points

Proof points.

P / 01

engineering builds, executed to your spec

We image engineering laptops to the validated builds your controls engineering team owns — TIA Portal, Step 7, Fanuc Ladder/Roboguide, RSLogix — pinned against the controller versions you run.

P / 02

Serialized RMA and restock

Failed units return to the RTP hub under serialized custody for manufacturer repair/return (RMA) and disposition; the cage restocks from the RTP hub on a cadence sized to your plant's actual burn rate.

P / 03

Pinned drivers

NIC, USB, and serial drivers locked to the versions your PLC and CNC programming cables expect, so a Windows update doesn't cost you a shift.

P / 04

Site-consistent execution

App allow-listing, removable-media controls, and endpoint profiles applied identically at every site — executed to your standard.

/ Scenarios

From the floor, not the brochure.

Scenario / RecoveryOn-Site Cage — 2am Line-Down

HMI drops at 2am. Spare out of the plant's cage running your validated image.

The line can't wait on a courier. Every plant runs an on-site spare cage stocked with pre-imaged engineering laptops and HMIs — pre-loaded with your validated build so they run on first boot. When a unit fails, a spare is out of the cage and on the machine immediately; the failed unit is tagged, serialized, and returned to the RTP hub for manufacturer repair/return (RMA) and disposition. Restock to the cage runs from the RTP hub on a cadence tied to the plant's actual burn rate.

  • +On-site spare cage at every plant, pre-imaged to your validated build
  • +Spare out of the cage at 2am — no courier wait, no procurement cycle
  • +Serialized retrieval, RMA, and disposition run from the RTP hub
  • +Restock cadence from the RTP hub, sized to actual burn rate

Scenario / Plant FloorEngineering Laptops — Manufacturing

The engineering laptop is imaged to your controls team's validated build.

The laptops your plant engineers use to run the floor are imaged to the builds your controls engineering team validates, with NIC, USB, and serial drivers pinned to what your PLC and CNC programming cables expect. Update authority stays with your controls engineering team — we do not run rings against your controllers. When a unit fails anyway, the swap comes from the plant's on-site cage; the failed unit returns to the RTP hub for RMA and disposition.

  • +Imaged to your controls team's validated build: TIA Portal, Step 7, Fanuc Ladder/Roboguide, RSLogix
  • +NIC, USB, and serial drivers pinned to your PLC and CNC programming-cable spec
  • +Update authority stays with your controls engineering team
  • +When a unit fails, the swap comes from the on-site cage — RMA runs from the RTP hub

/ Cost Anchor

On the floor, a down device is a stopped line.

The second invoice is measured in output, not tickets. Plant-floor hardware failures resolve from on-site, pre-imaged spare pools — on logistics timelines, not procurement timelines.

/ Surya Critical

Past the engineering laptop.

PLCs, HMIs, and control-network switches — the operation-stopping endpoints that live outside the laptop fleet, run under the same custody. An attach for existing Surya fleet customers.

Explore Surya Critical →

/ Contact

Start a conversation with our RTP team.

One working session. Fleet, sites, what breaks today, what you want us to own. No slides.

Facility

Surya IT Logistics
Research Triangle Park, NC 27703

Verticals

Healthcare · Manufacturing