DEPLOYDatabase

Data center facility

DSM2

Cologix · Cedar Falls. Every figure below is individually sourced and dated.


Facility record

operating

Status

colocation

Type

Cologix

Operator

Cedar Falls

Location

6,000 sqft

Building

On the data center map

Free to use on your site, with a link back to DEPLOY.

Evidence

Each fact traces to a source. This is what a verified record looks like next to an unsourced directory listing.

  • building sqft: 6000 (reported) · source
  • record: DSM2 (reported) · source

Timeline

  1. Aug 2026
    First recorded
    Added to the DEPLOY registry as a sourced facility record
  2. Aug 2026
    Current: operating

Facility-tier record. For campus-scale announced-vs-energized tracking see the data center index. DEPLOY is neutral infrastructure: what is claimed, what is verified, and when.

Common questions

What is DSM2?
DSM2 is a data center facility record on the DEPLOY registry, in Cedar Falls. Every fact on the record is individually sourced and dated.
Who operates DSM2?
Cologix operates DSM2, per the sourced record on the DEPLOY registry.
Is DSM2 operating?
DSM2 is recorded as operating on the DEPLOY registry. Each figure traces to a source.
How verified is the data on DSM2?
A human editor has reviewed this record for the indexed registry. Every rendered fact shows its source: this is what a verified record looks like next to an unsourced directory listing.

Deploy Watch

Track DSM2 on Deploy.

We notify you when operating status, capacity, or the operator changes against a sourced record.

Cite this page

DEPLOY. (2026). DSM2: data center facility record. Retrieved August 20, 2026, from https://registry.deploy.report/datacenters/facilities/cologix-dsm2-cedar-falls-ia

More citation formats (MLA, Chicago, BibTeX) →
CC BY 4.0

The verified data on this page is available under a Creative Commons Attribution 4.0 license: reuse the facts freely, with attribution to DEPLOY (deploy.report). The prose, design, and any imagery are not included and keep their own rights.

Machine-readable surfaces