Site survey
Heatmap your existing signal room by room, identify interference, and locate the real coverage gaps before recommending hardware.
Why It Keeps Happening
Most Austin dead zones are layout problems, not router problems.
Newer Austin builds use a lot of materials that Wi-Fi does not love: brick veneer, stone fireplaces, foil-backed insulation, metal HVAC returns, and long single-story footprints. A router sitting in a media closet on one side of the house can look fast on a speed test and still be useless three rooms away. Adding a consumer extender often hides the symptom by rebroadcasting a weak signal, which is why the dropouts come back a month later. We start with measurement, not equipment.
Right-sized coverage
Commercial-grade Ubiquiti UniFi or TP-Link Omada access points placed for the actual layout, not guessed from a box at the store.
Clean cabling
Cat6 runs to permanent access points where possible, with PoE so each unit has stable power and a wired backbone.
Walkthrough & retest
Re-measure every room with the new design, hand off a documented network, and confirm the dead zones are actually gone.
Common Dead Zones
Rooms and spaces we fix every week in Austin.
- Back bedrooms and primary suites in long single-story homes.
- Detached garages, casitas, ADUs, and pool houses.
- Game rooms, bonus rooms, and second-floor offices above the garage.
- Patios, outdoor kitchens, and covered decks that need outdoor-rated coverage.
- Two-story homes with the router on the wrong floor.
- Brick or stucco homes where the original installer never accounted for wall materials.
- Smart-lock and doorbell locations that drop off the network in winter.
How We Repair It
A coverage plan, not a coverage guess.
Dead zone repair is mostly a design problem. The hardware is secondary, and most homes need fewer access points than people expect once they are placed correctly. Here is the order of operations we use on every visit, from a 1,400-square-foot bungalow in East Austin to a 6,000-square-foot home in Bee Cave.
- Walkthrough & intake. We list the rooms where the network fails, the devices that drop, and the times of day it gets worst. Streaming, video calls, smart-home commands, and gaming all stress the network differently.
- Signal measurement. Using calibrated tools, we map current signal strength, channel utilization, and interference. This is what tells us whether you need one new access point or a redesign.
- Hardware & cabling plan. We choose UniFi or Omada equipment based on the layout, plan PoE Cat6 runs where they are practical, and explain the options before any drilling.
- Clean install. Access points are mounted to ceilings or walls in places that look intentional, with cabling routed through attics, soffits, or low-voltage chases — not stapled along baseboards.
- Configuration. One unified SSID for the whole home, fast handoff between access points, a separate guest network, and IoT segmentation so smart devices do not slow down the rest of the network.
- Verification & handoff. We re-measure the rooms that were dead, walk you through the new setup, and leave documentation showing what is installed and how to get support.
Related Services
Coverage repair fits inside the larger system.
Dead zone repair often touches the rest of the network: the mesh that distributes signal, the cabling behind the walls, and the security configuration that decides which devices get priority. Explore the related work below.
Wi-Fi mesh installation
Whole-home mesh design built on commercial-grade hardware, not consumer kits.
Ubiquiti UniFi installation
Professional UniFi access points, switches, and gateways installed and configured.
Structured cabling
Cat6 and Cat6A runs that give each access point a wired backbone instead of a fragile uplink.
Maintenance plans
Standard and Pro support tiers that keep the network healthy after the dead zone is gone.
Frequently Asked
Wi-Fi dead zone repair, common questions.
What causes Wi-Fi dead zones in an Austin home?
Most dead zones come from a router placed in the wrong room, dense interior walls or stone fireplaces, metal HVAC ducts, distance from the access point, or interference from neighbor networks. A site survey tells us which of those is actually happening.
Will a mesh extender alone fix my dead zone?
Sometimes. A consumer mesh extender added blindly often just rebroadcasts a weak signal, which makes things worse. We measure first, then place commercial-grade access points where coverage actually fails.
Do you repair Wi-Fi dead zones in detached garages, casitas, and patios?
Yes. Outdoor and outbuilding coverage is one of the most common reasons people call. We use outdoor-rated access points, point-to-point bridges, or low-voltage cabling depending on the distance and layout.
How long does a dead zone repair take?
Most single-zone repairs are completed in a single visit of two to four hours. Larger whole-home redesigns with cabling can take a full day. We confirm scope and pricing before any work starts.
Will I need new internet service or a new router?
Usually no. Most Austin homes already have enough internet speed; the problem is how that signal is distributed inside the home. We replace or supplement equipment only when it is actually the bottleneck.
What cities do you cover for dead zone repair?
Austin, Round Rock, Cedar Park, Leander, Georgetown, Pflugerville, Hutto, Buda, Kyle, Lakeway, Bee Cave, Easton Park, and Del Valle. See the full service area for coverage details.
Get Started
Book a Wi-Fi dead zone repair in Austin.
Schedule an on-site assessment. We will map the dead zones, explain the options, and price the fix before any work starts.