Omaha's technology sector has grown faster in the last decade than most observers outside Nebraska would expect. Data centers that leverage the city's low-cost power and geographic position at the center of the U.S. fiber backbone, established tech firms like PayPal's Omaha operations center, healthcare IT companies that have emerged from the UNMC and Nebraska Medicine ecosystem, and a growing startup community in the Aksarben and Millwork Commons neighborhoods.
Omaha's technology profile is not what it was fifteen years ago. The city's position on the major east-west fiber routes, its low-cost industrial power from OPPD (Omaha Public Power District), and its lower real estate costs compared to coastal metros have made it an attractive location for data center development and tech company operations expansion. PayPal has maintained a significant Omaha operations presence for years. Fiserv, First Data, and a cluster of fintech companies connected to Omaha's financial sector our process have established or expanded operations in the metro.
The Millwork Commons district in north Omaha has become the city's primary tech startup neighborhood — a collection of renovated warehouse buildings in the historic Millwork District that now house co-working spaces, tech startups, and creative firms. The buildings themselves are 1920s-1940s masonry warehouse construction with aging flat roofs that have often been deferred for decades. The Aksarben corridor hosts a second cluster of newer tech office and mixed-use development.
Technology companies have specific roofing concerns that differ from standard commercial accounts. Data centers are the most acute case: server infrastructure is worth tens of millions of dollars and generates heat continuously — roof failure over a data center has consequences that are not just building-envelope problems. Co-working and tech office buildings have specific HVAC and ventilation requirements that make penetration and flashing details more complex than standard office work. And tech company facilities managers, in my experience, want to understand what they are buying — not just receive a price.
Data Centers — Uptime-Critical Roofing
Omaha hosts a number of data centers that serve the Midwest market — facilities operated by national colocation providers and by large enterprises that run private data centers for their own operations. The server infrastructure inside these buildings generates heat continuously, which creates year-round HVAC loading on the roof and on the rooftop cooling equipment. A roof failure over an active data center — a drain blockage that floods the raised floor, a flashing failure that allows water infiltration into the overhead cable tray runs — creates a business continuity event, not just a maintenance call.
Data center roofing requires attention to four specific conditions that standard commercial roofing routinely ignores: the density of rooftop mechanical equipment (cooling towers, condensers, precision air handling units) and the access traffic those units require; the floor-to-ceiling cable infrastructure that connects rooftop HVAC to the server environment below; the 24/7 operational schedule that eliminates any downtime window; and the building's fire suppression system, which may be a dry-pipe or clean-agent system that cannot be disrupted by hot work without a formal suppression system shutdown and restart procedure.
We scope data center roofing the same way we scope healthcare — with a written project execution plan submitted to the facilities team before mobilization, mechanical attachment preferred over hot-work wherever the design allows, daily dry-in commitment, and suppression system coordination documented before any torch or welding work begins.
Millwork Commons and Historic Warehouse Tech
The Millwork Commons tech district in north Omaha has converted a significant portion of Omaha's historic warehouse stock into tech office and co-working space. These buildings — 1920s-1940s masonry construction with flat wood or concrete deck roofs — have complex masonry parapet conditions, sawtooth skylights in many cases, and roof histories that often include multiple layers of previous membrane applied without tearoff.
Before accepting a scope on a Millwork Commons building, we conduct a full history assessment: probe the existing assembly to document layers, pull moisture cores to assess insulation saturation, and photograph parapet and coping conditions in detail. Many of these buildings carry three or four generations of roofing layered on the original deck — structural loading that must be assessed before a recovery is specified over the top. If the assembly needs tearoff to remove saturated layers, we say so before the owner commits to a scope that will fail.
Historic masonry parapets in the Millwork District require custom flashing details. The Omaha landmark designation and historic tax credit considerations on many of these buildings add a preservation review component to exterior modification work — we coordinate with the building owner's preservation consultant before finalizing parapet flashing details on historically designated properties.
Tech Office and PayPal Omaha Operations
PayPal's Omaha operations center is one of the city's larger tech employer facilities — a major office and operations building with the standard Class A office roofing profile but with the 24/7 operational character of a financial technology company. Operations centers that run shift work around the clock present the same scheduling constraints as data centers: no downtime window, noise restrictions at night for office workers, and mechanical rooms and UPS infrastructure that cannot be disrupted by construction vibration.
The broader Fiserv, First Data, and fintech ecosystem in Omaha has created a class of large tech office buildings along the Dodge Street and I-680 corridors that have entered first or second reroof cycles. These are suburban office park buildings on standard mechanically attached TPO — technically straightforward commercial roofing work, but with the documentation and communication requirements that tech and fintech employers demand of their vendor base.
Frequently asked questions
How do you approach roofing over an active data center?
We treat active data centers the same way we treat occupied hospital buildings: written project execution plan submitted in advance, no open roof sections at end of day, daily dry-in commitment, hot-work permit submitted before any torch work, and suppression system coordination documented before mobilization. Mechanical attachment preferred over fully adhered systems where the wind-uplift calculation allows — it eliminates adhesive fumes in the building and reduces hot-work exposure. The facilities team gets written confirmation of each commitment before we start.
Can you assess a Millwork Commons building's roof before we commit to a scope?
Yes. A pre-scope roof assessment on a Millwork Commons historic warehouse building includes: probe of the existing assembly to document layers, moisture cores at representative locations, parapet and coping condition documentation, drain and overflow drain condition check, and a written assessment report. The report tells you what is on the roof, whether recovery or replacement is appropriate, and what the parapet detailing will require given the historic masonry. That assessment happens before any scope commitment — not after.
Do tech companies or data centers require a specific insurance or credentialing profile?
Some do. Data centers and fintech operations centers in Omaha have requested additional insured endorsements, waiver of subrogation, and liability limits higher than standard commercial roofing work. We carry general liability, workers' compensation, and umbrella coverage at limits that satisfy the requirements we have seen from Omaha tech and financial employer facilities teams. Certificates of insurance with additional insured endorsements are issued on request.
Roofing project at an Omaha tech facility or data center?
We will walk the building, review your operational constraints, and produce a scope that protects uptime — not just the membrane.
Ready to talk through a roof?
Tell us about the building and the roof problem. We'll document it and put a plan in writing — with an honest repair-vs-replace recommendation and no upsell pressure.