Now servicing rack-scale AI infrastructure see the program
AI Infrastructure Repair

Keep high-value AI infrastructure in service

A single failed component can strand a board, and a rack, worth many times the cost of the fix. CSAT services, validates, and recovers the boards, interconnects, power, and cooling that rack-scale AI depends on, returning high-value hardware to service instead of scrap. Built for the OEMs, ODMs, and hyperscalers who run this hardware, and the field-service teams who support them.

Track Record

Not a promise. A track record. We are delivering positive outcomes.

Selected AI infrastructure programs, run on the same disciplines and the same floor as a repair operation serving OEMs, ODMs, hyperscalers, and enterprises worldwide.

113K+
1600Gbps copper interconnect cables reworked in 4 weeks for a hyperscaler deployment, a full week ahead of commitment
17K+
AI server power supplies repaired, validated, and serialized, with firmware rework, for AI server manufacturing
Multiple
Partner programs handling cold plates, manifolds, and liquid-cooling hardware: documented sorting, inspection, and electrical verification on GB200-related assemblies
Active
Board and module rework, repair, test, and validation on GB200/GB300 and CX8 SuperNIC platforms, inside leading ODM and hyperscaler manufacturing flows

Every unit under ISO 27001 & ISO 9001-certified controls.

From first AI program to rack-scale system debug

Power & Firmware High-volume PCB repair & firmware rework
Thermal Components Cold plate / manifold programs
Interconnects & Modules 1600 module rework plus the 113K cable interconnect program
Today SuperNIC Board rework, module and connector remediation, and NVL72 system debug
End-to-End Service Scope

Controlled failure isolation, not just part replacement

Engineering value comes from isolating the real fault and validating the fix, not swapping parts until the symptom disappears. Every unit moves through the same disciplined flow.

1

Intake

Receive the unit, capture identifiers, inspect condition, and open a route record.

2

Isolate

Diagnostic and telemetry review to find the actual fault before any repair begins.

3

Remediate

Component, sub-assembly, connector, and configuration work as the fault requires.

4

Validate

Retest to spec, restore the unit to shippable condition, and close out serialization.

Liquid Cooling

Extending into liquid cooling

Liquid cooling is one of the most under-served areas in AI aftermarket support, and a natural extension of our board and thermal-adjacent work. We service the coolant path and thermal assemblies alongside the boards they sit on, with documented inspection, electrical verification, and controlled fill and pack-out, and we continue to expand this capability with our program partners.

Already executed

Cold plate and manifold work across partner programs, with documented inspection, connector evaluation, and electrical verification on GB200-class assemblies.

In progress

CDU and heat-exchanger warranty-repair readiness: building the repair flow, specialized tooling, documentation, and QA controls for repeatable execution.

On the roadmap

CDU control- and power-board repair as a logical next step from our current board and thermal-adjacent capabilities.

CSAT reporting dashboard showing unit status and repair history
Data & Visibility

Your data, available when you need it

Every unit stays visible from intake to close-out. Serialized tracking logs every diagnostic, repair, and test event against the unit’s serial number, ISO 27001-certified controls govern how we handle your data and IP, and reports reach your team on the cadence you set, so the record stays auditable and available whenever you need it.

Multi-GPU AI accelerator board under automated rework and inspection equipment
Repair Heritage

Device repair experience at scale, extended to AI infrastructure

Over 30 years of PC repair experience, leveraged to support AI infrastructure repair. It is an extension of a depot that has been doing board-level diagnostics and micro-soldering since 1992, and the same disciplines carry over: advanced diagnostic and thermography capabilities, a two-shift operation with an experienced, low-turnover technician base and room to scale quickly, ISO 27001-certified controls for handling customer data and IP, and serialized tracking that keeps every diagnostic, repair, and test event auditable against the unit it belongs to.

Why CSAT

A real repair operation, extended to AI

AI support reads as a credible extension of a proven depot, not a new claim, because it runs on the same disciplines, scale, and controls already in daily use.

Component-level heritage

Board-level diagnostics and micro-soldering since 1992 (30+ years): flying-probe test to 1.25µm, AI thermography predictive diagnostics (85% accuracy, provisional patent), dry-ice cleaning, BGA replacement and re-balling, reflow, and pad repair.

Scale & turnaround

A two-shift operation (5 AM–10 PM) with 9.2-year average technician tenure, under 1%/month attrition, and 55K sq ft of ready capacity, plus roughly 100 staffed heads within six weeks.

ISO 27001 information security

AI hardware carries customer data and IP. Work runs under ISO 27001-certified controls with secure handling across every step.

Serialized & auditable

Every diagnostic, repair, and test event is recorded against the unit’s serial number for first-article validation and audit-ready reporting.

Recover the value in your AI hardware

Tell us your platform, your failure modes, and your turnaround pressure. We’ll show you what’s serviceable, what’s replaceable, and what’s recoverable, and how to keep high-value infrastructure in service instead of scrap.

Talk to an Expert