Raise the Service Standard
More people depend on their connection for work, learning, and everyday life. Reliability is part of the service you sell.
Your ambition is bigger
than your footprint.
Protect the subscribers you have. Reach the homes you couldn’t. Build your next chapter with next-generation fixed wireless access.
Your customers want more.
Give your network room to deliver.
Reach beyond Line of Sight
Evaluate subscriber locations behind trees and buildings with a platform designed for real-world radio conditions.
Expand at Your Pace
Phase the upgrade around existing sites, available backhaul, and demand. Put capital where it opens the next opportunity.
Win the next customer.
Protect the business behind the connection.
Compare the opportunity at the address level, then decide which sites deserve the next dollar of capital.
Expand a Viable Service Area
A coverage map becomes a business case when it connects serviceable premises to demand, acquisition cost, monthly margin, and the cash needed before the first bills are paid.
Model the RolloutDesign for a Service Promise
A radio’s peak capacity is one input. Busy-hour demand, the link mix, upload requirements, and backhaul determine the experience you can sell consistently.
Review the Architecture| Commercial objective | Investment question | Engineering evidence |
|---|---|---|
| Defend your installed base | Prioritize markets where current tiers or recurring faults create competitive pressure. | Baseline busy-hour speed, ticket volume, repeat visits, and churn before migration. |
| Open a new footprint | Compare reachable demand with the full cost of sites, backhaul, installation, and customer acquisition. | Survey a representative mix of clear, obstructed, near, and far locations. |
| Complement a fiber build | Evaluate wireless where route length, construction timing, or density changes the investment case. | Agree the service boundary, network handoff, and future migration plan before launch. |
Different landscapes.
The same commitment to customers.
Coverage matters.
So does the cost of maintaining it.
300fewer towers in the revised full-build plan
Wisper changed its network plan.
In December 2023, Wisper reported coverage of 600,000 locations. Its revised full-build plan used 300 fewer towers than originally planned, associated with nearly $5 million in annual operating savings.
For your evaluation, the useful question is how many sites a serviceable footprint requires—and what each site costs to operate.
Built for the world between
the tower and the home.
Clear paths are the exception.
- Obstructions complicate link planning.
- Shared spectrum introduces interference.
- Peak demand puts pressure on capacity.
- Network quality shapes customer retention.
Engineer for difficult conditions.
- Integrate reflected and diffracted signal paths.
- Cancel unwanted radio interference.
- Scale capacity with G2.
- Manage the network with cloud-based tools.
One platform. Both ends of the link.
G2 Base Node
G2 / 6.4 Gbps
More sector capacity and support for a blend of licensed and unlicensed spectrum.
Explore the PlatformRemote Node Family
Subscriber-side radios connect homes and businesses to the access network.
Read the SpecificationsA deployment plan that reaches
all the way to install day.
Plan the Footprint
Start with locations, terrain, spectrum availability, site access, power, and backhaul.
Equip Your Team
Bring installation, training, and support into the rollout plan from the beginning.
Review the Business Case
Compare deployment costs and operating assumptions against local demand and service goals.
A rollout with clear decision points.
| Stage | Owner | Required inputs | Exit criterion |
|---|---|---|---|
| 01 / Qualify the market | Commercial lead | Address list, competitive offers, expected take rate, service tiers, and installation budget. | An agreed target market and downside case. |
| 02 / Engineer the footprint | Network engineering | Site access, terrain, band availability, interference survey, power, backhaul, and capacity headroom. | A defensible design with explicit unserviceable addresses. |
| 03 / Pilot representative links | Engineering + field operations | Test the proposed tier under load; record latency, loss, uplink, downlink, and the install process. | Acceptance criteria met across the difficult links, not only the best link. |
| 04 / Release capital in stages | Finance + operations | Compare connection cost, activation rate, repeat visits, and network loading against plan. | A go / adjust / stop decision for the next rollout area. |
Can We Reuse Existing Sites?
Evaluate each site’s lease, mounting rights, structural loading, power, grounding, and backhaul. Existing height can be valuable, but reuse is an engineering and commercial decision for each location.
How Should We Plan an Upgrade from Legacy Wireless?
Start with subscriber cohorts, current equipment, service tiers, and a maintenance window. Separate the access upgrade from changes to routing or billing so you can isolate faults and retain a rollback path.
What Belongs in the First Planning Conversation?
Bring geocoded demand, candidate sites, intended service tiers, spectrum options, and a target launch date. Include finance and operations early so the design and the investment model use the same assumptions.