1. The tool captures the work
The wrench reports the torque. The megger reports the test. Pass or fail, the data is recorded the moment the work is done. No paper. No retyping.
Data Centers | Integrators
Catch torque, termination, and test issues in the shop, before the module ever leaves the floor. Walk into every customer handoff with a complete, verified record.
And that’s just the dollar cost. The real cost is your team driving to the customer’s site, opening up a module you already signed off on, and fixing it while the owner watches. That’s the kind of thing that ends a relationship with a customer you spent years earning.
Most shops still document the work the same way they did 20 years ago. Paper checklists at the station. End-of-shift signatures. A QC person typing it into a spreadsheet the next morning. By the time the module ships, the record is a copy of a copy. If anything fails downstream, you don’t have the data to defend yourself.
4GW+
of data center construction supported by Cumulus
100K+
modules managed
15.6M+
work completions tracked
2-3x
the cost to fix a torque or termination issue in the field versus in the shop
Rework on modules you already shipped
Re-torquing, re-terminating, or re-testing work that was signed off on your floor. It costs you two to three times more to fix it in the field. And every time it happens, it affects the relationship with that customer.
Quality that depends on which shift is running
Your senior techs know the work. Your new hires don't, not yet. With the labor market the way it is, you're hiring faster than you can train. The quality bar moves with the people on the floor that day.
Documentation that doesn't hold up at handoff
The owner's commissioning team shows up expecting a clean record. They get a binder. Some of the fields are filled in. Some aren't. That slows down energization and makes your team look bad in front of a customer who is already nervous about the schedule.
No real-time view of what's happening on the floor
Supervisors find out at the end of the shift if something went wrong. By then, the module may already be staged to ship. You're catching problems too late to fix them cheaply.
Running multiple customer programs on the same floor
Different owners. Different specs. Different standards. Same crew, same shift. Without a system enforcing the right spec for the right program, the wrong process can creep in, and you don't know until something fails.
Your technicians know the work. The seniors could do it in their sleep. What’s broken is the gap between the work and the record. Someone tightens a bolt to spec. Someone writes a number on a sheet. Hours later, someone types that number into a system. Three steps, three chances for the record to drift away from what actually happened.
Cumulus takes the torque value straight from the wrench, the moment the work is done. Same with test data from the gauge. The technician doesn’t write anything down. The data goes into the system at the source, before anyone has a chance to lose it, mistype it, or fill it in later.
One system across stations. Real-time view of the floor. A complete record on every module that ships.
Cumulus works with the tools your shop already uses, including torque wrenches, Megger testers, and pressure gauges. Technicians follow guided steps on a tablet at the station. The tools capture the data. Supervisors see production in real time.
The wrench reports the torque. The megger reports the test. Pass or fail, the data is recorded the moment the work is done. No paper. No retyping.
The right way to do the work is built into the system, so quality doesn't depend on who's running the shift.
Every torque, every test, every sign-off, tied to the module by serial number. When it gets to the owner's site, the commissioning team gets a clean, verified package. No binders. No missing data.
Cumulus was originally developed inside Shell’s mission-critical infrastructure program, built to solve the documentation and verification gap on projects where a single bad connection could cost lives and hundreds of millions of dollars. Today, that same platform is in use across data center programs at scale.
Cumulus integrates with project management and documentation systems through a flexible API.
Most users are up and running in under an hour, with full onboarding support provided.
Cumulus is SOC 2 Type 2 certified and uses industry-standard encryption and security protocols.
See what real-time portfolio visibility looks like on a project of your scale.
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