Skip to content
← Return to profile

Cartis diligence evidence schedule

US Signal MN01 Minneapolis Data Center

PRJ-1261 · Site · Eden Prairie, Minnesota, United States

Captured 2026-09-10T05:50:36.576Z · Record last updated 2026-09-10

SHA-256: 8303a9f838d42dc2a7cea8c0bc8d0efc111f19fc2fc6f92ca3782cde0bdc0244

Save a diligence baseline

Download the public evidence as it appears now. Compare a previously saved snapshot to see added, removed and changed claims, counterparties, financing and milestones. Files are read in this browser and are not uploaded.

The fingerprint detects file changes; it is not a digital signature or a claim of independently verified authenticity. Keep your downloaded copy with the transaction file.

Scope and capacity

Headline: 0.5 MW Planned critical IT

Numbers refer to their stated physical boundaries and are not added together. Source dates, claim dates and record updates have different meanings. Missing dates and locators are not inferred.

Claims and exhibit sources

Reported Capacity · 0.523 MW operating critical IT load

actual · US Signal MN01 Minneapolis Data Center (project)

Claim 157784 · Review: Approved · Claim date: 2026-09-04T00:00:00+00:00

Headline treatment: Selected headline

  1. MN01 Minneapolis data center

    US Signal · Document date: 2026-09-04 · Primary

    https://ussignal.com/data-centers/mn01-minneapolis/
  2. US Signal’s OneNeck acquisition expands nationwide footprint

    Lightwave Online · Document date: 2024-06-03 · Corroborating

    https://www.lightwaveonline.com/home/article/55055663/us-signals-oneneck-acquisition-expands-nationwide-data-center-footprint-it-network

Counterparties and capital

US Signal · Operator · CMP-1691

This schedule captures public Cartis research. It is not a title, lien or legal-opinion report. Document page/section locators and claim review timestamps are included only when published; this version has no separate locator or claim-review-time feed. Downloaded snapshots are retained by you; Cartis does not archive them automatically.