Meta & CBRE Are Training Fiber Crews
for the AI Data Center Boom.

LevelUp is a structured fiber technician training and placement program created through a partnership between Meta Platforms and CBRE, the commercial real estate and facilities services giant. The goal is straightforward: train enough qualified fiber installers to keep pace with Meta’s aggressive AI data center expansion schedule in the United States.

The program addresses what has become the single biggest execution risk for hyperscaler infrastructure builds: not hardware, not permits, not power — qualified fiber crews. Meta, Alphabet (Google), Microsoft, and Amazon are all racing to deploy AI compute capacity, and the bottleneck is the same everywhere: not enough trained people to pull cable, terminate fiber, and commission the physical network layer that AI runs on.

CBRE’s role is significant. As one of the world’s largest commercial real estate services firms with a major facilities management and construction division, CBRE brings a structured labor sourcing and training infrastructure to the program. This isn’t a job fair — it’s a credentialed pipeline designed to produce job-ready fiber technicians who can work on active data center builds.

To understand why LevelUp exists, you have to understand what Meta is actually building. The company has announced $115 to $135 billion in capital expenditure for 2026 alone — and the overwhelming majority of that is AI infrastructure: data centers, power, networking, and the physical cabling that connects it all.

Meta is not alone. Alphabet, Microsoft, and Amazon are all in the same position — spending at unprecedented rates on data center infrastructure while competing for the same pool of qualified fiber technicians. This is a structural labor shortage, not a temporary one. The AI compute buildout is expected to run well past 2030, which means the demand for fiber crews at hyperscale facilities isn’t a one-year spike.

For fiber contractors, this is one of the most significant market shifts in decades. The ISP fiber boom from BEAD and carrier buildouts is happening simultaneously with a hyperscaler data center boom — two separate, massive demand drivers for the same core skill set. Contractors who can serve both markets are in an exceptionally strong position.

If you’ve been running ISP subcontractor work — FTTH drops, aerial OSP, underground boring — data center fiber work uses the same core skill set but in a completely different environment with different expectations. Understanding those differences is critical before you pursue this work.

Data center fiber work has higher barriers to entry than ISP residential work — but that also means less competition and better margins for contractors who clear those barriers. Here’s what hyperscaler and large GC projects typically require:

• BICSI Installer Level 1 or 2 — the baseline credential for structured cabling and data center fiber work. Widely recognized by hyperscalers and GCs.
• BICSI RCDD (Registered Communications Distribution Designer) — required for design-build scopes and high-value data center projects.
• OSHA 10 or OSHA 30 — standard on any GC-managed construction site. Non-negotiable on hyperscaler projects.
• Fiber Optic Association (FOA) CFOT — Certified Fiber Optic Technician. Complements BICSI and validates fiber-specific skills.
• Site-specific safety training — most hyperscaler facilities require completion of their own safety orientation before accessing the site.

• Registered business entity (LLC or Corporation) — sole proprietors typically cannot clear vendor approval on large GC projects
• Active general liability insurance with limits meeting GC requirements (typically $2M/$4M or higher)
• Workers’ compensation in all states where your employees work — required even for small crews
• Commercial auto insurance if you’re driving vehicles to the site
• Contractor’s license where required by state law
• Completed and signed W-9, certificate of insurance, and vendor registration forms — have these ready before your first conversation with a GC

Your existing ISP subcontractor insurance may not be sufficient for data center fiber work — and in some cases, the coverage gaps are significant. Here’s what changes when you move from ISP residential work to hyperscaler data center scopes:

Coverage	ISP / Telecom Work	Data Center Work
General Liability	$1M / $2M typical	$2M / $4M+ often required. Some hyperscaler GCs require $5M aggregate.
Workers’ Compensation	Statutory limits	Same, but verify your classification codes cover indoor construction work, not just outside plant (OSP). Misclassification is a common audit issue.
Commercial Auto	$1M CSL	$1M CSL. Same, but GCs often require hired & non-owned auto if employees drive personal vehicles to the site.
Umbrella / Excess	$2M+	$5M–$10M on larger hyperscaler projects. GC contract terms often dictate umbrella limits.
Inland Marine	Equipment coverage for tools in transit	Critical — fusion splicers, OTDRs, and MPO test equipment are expensive and regularly transported to active construction sites. Replacement cost coverage is important.
Technology E&O	Rarely required for ISP sub work	May be required for scopes involving commissioning, testing, and certifying active data center infrastructure. Covers errors in fiber testing and certification documentation.
Installation Floater	Not typically required	Covers fiber and materials while in transit and during installation on large jobs. Often required when the contractor is furnishing materials.

Data center GCs will require you to name the general contractor, the property owner, and sometimes Meta or the hyperscaler directly as additional insureds on your GL policy. They will also require a waiver of subrogation in their favor. These are standard — your insurer needs to endorse your policy to include these, and it needs to be reflected on your certificate of insurance (COI) before you mobilize.

Some hyperscaler GC contracts also require primary and noncontributory language — meaning your policy pays first before any of the GC’s insurance, and the two policies don’t share the loss. This is increasingly standard on commercial construction projects and is worth confirming with your broker before you sign a subcontract.

The LevelUp program and Meta’s buildout signal that hyperscaler data center fiber work is going to be a major market for years. Here’s how to position your business to compete for it:

• Enroll crew members in BICSI Installer Level 1 training — this is the most recognized credential on data center fiber jobs
• Get current OSHA 10 or OSHA 30 cards for all field personnel who will work on GC-managed sites
• Pursue FOA CFOT certification to complement BICSI credentials and validate fiber-specific skills
• Invest in MPO/MTP testing capability — pre-terminated trunk cable verification is standard on data center jobs

• Review your GL policy limits — confirm you can get to $2M/$4M or higher to meet GC requirements
• Confirm your policy covers indoor commercial construction — not just outside plant (OSP) work
• Ask your broker about umbrella options at $5M+ for larger data center scopes
• Get inland marine coverage for your fiber test equipment (OTDRs, power meters, MPO testers, fusion splicers)
• Confirm your policy can issue additional insured endorsements for GCs and property owners on short notice
• Have a clean, current COI template ready to customize quickly — GCs need them fast

• Register as a vendor with major data center construction GCs (DPR, Turner, Skanska, Holder, Brasfield & Gorrie)
• Build a project portfolio documenting data center or structured cabling experience — even smaller commercial jobs count
• Attend BICSI conferences and data center construction industry events — this is where GC relationships are built
• Track Meta, Google, Microsoft, and Amazon data center announcements in your region — permits are public record
• Consider partnering with a larger GC or prime on your first data center job to build a reference