Signal Survey
We measure real signal strength outside and throughout the building, then map the dead zones — so the quote reflects your actual conditions.
Cellular Signal Boosters
Full bars, inside the building
If your team walks outside to take calls, the problem is the building — not the carrier. We survey actual signal levels, install FCC-certified booster systems sized to the space, and handle carrier registration so the system stays compliant and stays on.
What's included
Measured, not guessed
A booster amplifies signal that already exists outside. Whether that's viable — and how much equipment it takes — is a measurement, not an estimate over the phone.
Antenna & Amplifier Install
Exterior donor antenna, amplifier, and interior antennas placed and cabled for even coverage — mounted properly, not zip-tied to a railing.
FCC Compliance & Registration
FCC-certified equipment only, registered with your carrier as the rules require — so the system doesn't get flagged and shut off later.
Verification Walkthrough
We re-measure the same dead zones after install and show you the before-and-after readings, rather than asking if it feels better.
Our approach
Survey first, always
01
Measure the site
Outside signal and interior readings taken across the building. If a booster won't solve it, we'll tell you that instead of selling you one.
02
Design & install
System sized to the square footage and layout, installed and cabled by our field technicians, registered with the carrier.
03
Verify coverage
Post-install measurements in the same spots, documented — so you can see exactly what changed.
Why is cell service so bad inside our building?
It's almost always the building rather than the carrier. Low-E and metal-coated glass, concrete, brick, metal roofing, and foil-backed insulation all block cellular signal — which is why coverage can be fine in the parking lot and gone at your desk. Basements, interior rooms, stairwells, and metal warehouses are the usual dead zones.
How does a cell signal booster work?
An outside antenna captures the existing signal, an amplifier strengthens it, and interior antennas rebroadcast it inside the building. Because it amplifies signal that already exists, there has to be usable signal somewhere outside — which is what the survey confirms before anything is quoted.
Do I need FCC approval or carrier permission?
Yes. Under the FCC's signal booster rules, consumer boosters must use FCC-certified equipment and be registered with your carrier, and carrier consent is required before operation. Industrial systems require an FCC license or express consent from the carriers whose frequencies are retransmitted. We use certified equipment and handle registration as part of the install — skipping this is both a compliance problem and a good way to have a carrier shut the system down.
What's the difference between a booster and a DAS?
A booster amplifies existing outside signal and is the right answer for most offices, clinics, and small warehouses. A distributed antenna system is a larger engineered network of antennas, often fed by a carrier or dedicated signal source, used in large or complex buildings. The survey determines which your building actually needs — a booster can't fix a site with no usable outside signal at all.
Will it work for every carrier on every phone?
Multi-carrier systems boost all major carriers at once and cover every phone in the building. Carrier-specific systems can deliver stronger results for a single carrier. Which makes sense depends on whether your staff and visitors are spread across carriers or standardized on one.
Everyone stepping outside to take calls?
We'll measure what signal you actually have and tell you straight whether a booster will fix it.