Power gets most of the attention in AI data center underwriting. Connectivity is the part that quietly derails timelines after the land is under contract — because "fiber nearby" and "fiber you can actually light up" are two different things.
FIELD NOTES
These are the connectivity questions that surface late in most AI data center deals — usually after capital is committed, not before.
LIT VS. DARK
Conduit maps show where fiber runs, not whether any strands in it are lit, leased, or even physically intact. "Fiber in the area" and "capacity you can buy" are frequently not the same thing.
OWNERSHIP
Conduit is often shared across multiple owners and IRU holders. Finding out who actually controls the strands you need can take longer than negotiating with them once you do.
LAST MILE
Getting a carrier's route from the nearest handhole to the building often means new construction — permits, boring or trenching, and lead times of six to eighteen months you may not have modeled.
ROUTE DIVERSITY
AI workloads at scale typically call for two or more geographically separate entrance points. Many otherwise-attractive parcels only have one viable path in.
RIGHT-OF-WAY
New conduit that crosses rail, highway, or private parcels needs its own easement and permitting process — a separate negotiation track that can stall construction independent of the build itself.
HEADROOM
A route with capacity for phase one may already be earmarked for other projects nearby, leaving nothing for a multi-phase campus buildout.
SELF-ASSESSMENT
Answer what you currently know about the parcel. This is a directional read, not a substitute for a site visit — it's built to show you where the open questions sit.
HOW EDGEOLOGY CLOSES THE GAP
Each phase answers a narrower question than the last. You can stop after any phase — but skipping ahead is where most of the risk above goes unpriced.
A foundational evaluation of the fiber infrastructure surrounding the site — who owns each route, what it actually is (lit, dark, aerial, underground), and whether the site can support a data center at all. This is the gate before any further commitment.
A deeper technical and strategic pass — manhole splice locations, right-of-way study, and a rough order of magnitude cost and deployment approach for the routes Phase 1 identified.
A connectivity plan from major infrastructure to the facility itself — route diversity, technology selection, and cost optimization, carried through to RFPs, engineering drawings, and construction coordination.
NEXT STEP
Bring Edgeology's engineers your candidate site — or shortlist — and a 30-minute call will outline what a Technical Assessment would cover for your timeline and structure.
