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Digital inclusion

Take the box
out of broadband.

2.2 billion people are still waiting for a wire. AirLynx turns whatever backhaul a region already has — satellite, fiber or 5G — into a community-wide mesh with edge AI on board. No in-home CPE, no subscriber installation appointment and no per-home truck roll—a community can move from backhaul to an operational network in as little as 72 hours.

Talk to our team See how it reaches
  • Satellite backhaul
  • Fiber
  • 5G FWA
  • Wi-Fi mesh
  • LoRaWAN
  • Edge AI
  • Middle mile
  • RadioHead
  • VeeaHub
  • Private network segments
  • Cross-zone roaming
  • OnboardEase
  • No CPE
  • No truck roll
  • No technician
  • Self-activation
  • Day passes
  • Prepaid top-ups
  • Mobile money
  • Local agents
  • Telehealth
  • Tele-education
  • Government portals
  • Smart farming
At a glance

A community online in the time it takes to schedule an install

  • 72 hours

    From zero connectivity to a fully operational, billing network.

  • ~55% lower

    Deployment cost against the wired model, with no per-home CPE to buy or recover.

  • 10x faster

    Time to service, because nothing waits on a technician's calendar.

  • Global

    Live communities in Mexico, Indonesia, Uganda, Panama and Colombia.

The gap

Everything expensive about broadband starts with the box in the house

The customer-premises box is why an install needs a technician, why a wire has to reach the door before anyone can be a subscriber, why there is hardware to chase down when service ends, and why a plan can only ever belong to an address instead of a person. AirLynx does not make the box cheaper. It removes it.

Wired ISP Fiber or copper to each home Satellite to each home A dish and a modem per household AirLynx One backhaul, a community mesh
Reaches homes with no terrestrial network No (weakest) Yes Yes
Nothing to install inside the home No No Yes (strongest)
One backhaul serves the whole community Partial No (weakest) Yes (strongest)
A resident can activate without a technician No (weakest) Partial Yes (strongest)
The subscription follows the device, not the address No No Yes (strongest)
Services run locally when the uplink is slow No No Yes (strongest)
A local operator prices and bills it themselves Partial No (weakest) Yes (strongest)
The middle mile

Bring any backhaul. AirLynx handles the hard part.

A satellite terminal, a fiber termination or a cellular tower gets a signal to one point in a region. What has never existed is an affordable way to carry it from that point across a mountain, a coastline or a valley floor and into a few hundred homes. VeeaHubs operate across several spectrum bands at once and choose the best path at every hop, so the same mesh spans terrain that would each need its own answer otherwise.

Backhaul source
Click a source

Your backhaul — swap it freely

The Veea mid-mile — identical either way

How AirLynx carries a backhaul across terrain An internet source feeds a base site, which relays over a ridge through VeeaHub mesh hops to a village, a school and a clinic. Changing the source between satellite, fiber and 5G changes only the feed into the base site.
  • Satellite terminalViasat or Starlink
  • Fiber terminationWhere the trunk stops
  • Cellular tower4G or 5G uplink
  • Base siteRadioHead
  • Ridge relayVeeaHub Pro Outdoor
  • HomesNo CPE
  • SchoolCached content
  • ClinicTelehealth

Switch the source and nothing downstream moves. The base site, the mesh hops and the services are the same network whichever way the region gets its bandwidth — which is why a deployment can start on satellite and move to fiber years later without being rebuilt.

How a deployment goes

Backhaul on Monday, subscribers on Thursday

  1. Land the backhaul

    Satellite, fiber or 5G — whatever the region already has, or whatever is cheapest to bring. One uplink for the whole community, not one per household.

  2. Hang the mesh

    VeeaHub nodes go up indoors and outdoors and find each other wirelessly. No cable is run between them and none is run to any home.

  3. Residents join

    On the phone, tablet or laptop they already own. Self-activation takes under two minutes, with no box to ship and no technician to schedule.

  4. Services come up locally

    Government portals, school content, telehealth and banking run on the nodes themselves, so they stay usable when the uplink is slow.

The services run on the same hardware that carries the traffic, which is why a thin backhaul does not become a thin experience.

What changes

Five costs that disappear without in-home CPE

  • What that gets you Signing up becomes self-service, not an appointment. Faster activation without scheduling a technician or sending a truck.
    Traditional ISP model A technician schedules a visit, installs CPE, and wires the premises. The subscriber waits for an available appointment.
    AirLynx model The resident connects a device they already own in under two minutes—with no dedicated CPE or in-home installation.
  • What that gets you Support scales with software, not vans. Faster recovery with fewer field-service visits.
    Traditional ISP model A fault can mean a support call, a truck roll, a CPE replacement, and reverse logistics for the old unit.
    AirLynx model Many faults can be diagnosed and resolved remotely, while vMesh can reroute traffic around an unavailable node.
  • What that gets you Churn ends the subscription—not a hardware-recovery process. Lower churn-related costs and no stranded equipment.
    Traditional ISP model Every ended subscription can leave hardware inside a home. Recovery rates vary, and returned equipment must be inspected, refurbished, or replaced.
    AirLynx model There is no per-home CPE, so there is no subscriber hardware to recover.
  • What that gets you Connect more homes without multiplying installation costs. A substantially lower cost per connected household—and a much lower marginal cost for each additional subscriber.
    Traditional ISP model Every household requires its own CPE and internal wiring, making deployment economics depend on the cost of each installation.
    AirLynx model One VeeaHub in a shared or outdoor location can serve multiple homes.
  • What that gets you Offer service models that are difficult with address-bound CPE. More flexible products for how customers actually connect and pay.
    Traditional ISP model Service is tied to a physical address. Pausing, moving, or changing it often requires operational support.
    AirLynx model Access can be assigned to a subscriber, device, or group rather than fixed to a premises—supporting day passes, household bundles, enterprise teams, and prepaid top-ups through self-service.
The same 44 homes

One of these needs a wire to every door

Delivery model
Click to compare
One community 12 of 44 homes connected 44 of 44 homes covered
Reaches Homes included in the wired build
In each home A drop cable, CPE, and technician installation
To reach more Extend the network, add another drop, and install another CPE
Reaches All 44 homes—and shared community spaces
In each home No dedicated CPE or technician visit. Residents connect using devices they already own.
To expand Add another VeeaHub; vMesh discovers it and extends coverage.

Wired broadband can reach every home, but each new connection requires additional network build, a premises cable, an installation visit, and CPE. AirLynx changes that per-home cost model.

Shared VeeaHubs extend connectivity across the community without premises wiring or per-home CPE.

Unserved communities Digital inclusion

Satellite or fiber backhaul plus mesh Wi-Fi, 5G FWA and edge AI, in communities where reliable broadband remains unavailable or unaffordable. Usually funded by government programs, development banks and NGOs.

  • Government portals and digital ID reachable without traveling to an office
  • Tele-education and telehealth, with content cached on the node
  • Mobile money and agent banking for households with no branch
  • Smart farming, environmental sensing and micro-grid management on the same mesh

MDUs and shared venues Managed Wi-Fi

Apartment blocks, dormitories, trailer parks, campuses and hospitality — connectivity as a property amenity, without running a dedicated connection to every unit. Usually funded by property owners and tenants.

  • Property-wide Wi-Fi, one SSID and a private network for each tenant
  • SecureConnect cybersecurity, device isolation and agentless IoT protection
  • Billing per tenant or per building, added to rent or sold as a top-up
  • Smart building, energy metering and CCTV analytics on the same hardware
Add capabilities without replacing the hardware

Six capabilities. One AirLynx deployment. No rip-and-replace.

Adding a new capability usually means another vendor, another box and another integration. With AirLynx, the VeeaHubs deployed for connectivity can also support network visibility, billing, policy and edge services through software—without replacing the infrastructure at every step.

Show the network at
Click a layer
Bring your internet
Deploy edge coverage
See what is happening
Package and price it
Secure and govern it
Add digital services
The VeeaHub you already deployedEvery layer above runs on this. New software capabilities can be added without replacing the deployed VeeaHubs.
Layer one

Bring your internet

One uplink for a whole community: satellite where there is no ground infrastructure, fiber where a trunk already terminates nearby, 4G or 5G where a tower is in range.

For the residentA connection exists in a place that had none.
For the operatorOne backhaul contract to negotiate, rather than an economic case per household.
Layer two

Deploy edge coverage

VeeaHub nodes, indoor and outdoor, meshed wirelessly across homes, schools, public space and commercial areas. No cable between nodes and none into any home.

For the residentCoverage at home, at school and in the square, on the phone already in their pocket.
For the operatorSubscribers without an install slot, a truck roll or a CPE bill. This is where shared infrastructure reduces per-home deployment cost and makes expansion faster.
Layer three

See what is happening

Every base site, RadioHead and uplink reports continuously: bandwidth, latency between nodes, response times for the services people actually use, and an experience metric per connected home.

For the residentA noisy radio link or a saturating backhaul is caught before it becomes a complaint.
For the operatorTraffic tiering — basic, priority, streaming — priced on what the network is measurably carrying.
Layer four

Package and price it

OnboardEase handles plan creation, subscriber onboarding, billing, payments, local agent management and roaming between AirLynx zones, from one dashboard.

For the residentPrepaid day passes, monthly caps or per-device plans, topped up with mobile money or at a local agent.
For the operatorSubscription revenue, and local agents onboarded from the community itself to sell and support the service on the ground.
Layer five

Secure and govern it

Content and security policy, fair-use enforcement, and private network segments that isolate devices on the shared mesh, with real-time quarantine of anything compromised.

For the residentA shared network that behaves like a private one, including for the unmanaged devices in the house.
For the operatorSecureConnect sold as a paid add-on, and fair-use rules that stop a handful of users consuming the margin.
Layer six

Add digital services

Government portals, telehealth, education platforms, banking, smart agriculture and environmental monitoring, hosted on the nodes themselves and available through a simple, secure login.

For the residentNationwide services from home — which for anyone far from an office, or unable to travel to one, is the whole point.
For the operatorHosting fees from banks, clinics and education providers, AdEdge revenue, and the sustainability reporting grant programs require.

Choose a layer to see how each capability builds on the last. Once the network is deployed, new operational tools and digital services can be activated through software—without another hardware rollout.

Operations

Built for sustainable operations

AirLynx gives operators real-time visibility into revenue, subscriber costs, usage and network performance by zone. That makes it easier to price plans, identify problems and decide where to expand next.

Role-based views give field technicians, local agents and support teams the information they need, while historical reporting helps diagnose intermittent faults and demonstrate long-term sustainability to funders.

The OnboardEase dashboard, showing subscriber plans, billing and local agent management.
OnboardEase — manage plans, pricing, subscribers, billing and roaming from one interface.
The network visibility dashboard, showing bandwidth, latency and per-site health across a deployment.
Network operations — monitor bandwidth, latency and service experience across every connected community.
Where it lands

The same platform, six very different places

  • Digital inclusion

    Digital inclusion

    Affordable connectivity for rural and remote communities that traditional broadband cannot economically reach. Residents connect using devices they already own and access essential online services. Typical funders: governments, development banks and NGOs.

  • Residential and MDU housing

    Residential and MDU housing

    Connect apartment buildings, dormitories and residential communities without installing dedicated CPE in every unit. Shared infrastructure lowers deployment costs, while OnboardEase supports billing by tenant or building. Typical buyers: property owners, managers and service providers.

  • Education and training

    Education and training

    Extend connected learning to schools and community training centers through locally hosted applications and content, even where backhaul is limited. Typical buyers and funders: schools, government education programs and NGOs.

  • Precision agriculture

    Precision agriculture

    LoRa soil and moisture sensors feeding models that schedule irrigation and predict yield, so growers waste less water and harvest more. Typically funded by agricultural co-ops, rural programs and agritech grants.

    See precision agriculture
  • Tele-health

    Tele-health

    Support remote consultations and ongoing patient monitoring in communities far from clinical facilities. Connected devices can securely share health data with authorized providers. Typical buyers and funders: health ministries, hospital networks and NGOs.

  • Renewable energy

    Renewable energy

    Monitor solar arrays, microgrids and battery systems in real time, using operational data to anticipate maintenance needs and reduce outages. Typical buyers and funders: utilities, energy developers and climate funds.

Already running

Proven in the field—without wiring every endpoint

Before you commit

The questions a first deployment actually raises

What backhaul do we need before AirLynx is worth deploying?

AirLynx can use the best available backhaul at the deployment location, including satellite, fiber, 4G or 5G. The required capacity depends on the number of subscribers and the services being delivered. Backhaul can change over time without redesigning the downstream mesh or replacing equipment in every home.

What does a resident have to buy?

Residents do not need dedicated customer-premises equipment or in-home wiring. They connect using a compatible phone, tablet or laptop and activate service digitally. That eliminates hardware shipping, an installation appointment and equipment recovery when service ends.

How do people pay where cards and bank accounts are uncommon?

OnboardEase can support prepaid passes, monthly plans and device-based pricing, with top-ups through mobile money or authorized local agents. Subscribers can manage eligible plans themselves, while operators manage plans, payments and local agents from the same dashboard.

What happens when something breaks?

Operations teams can identify software, radio-link and backhaul issues remotely. If a mesh node becomes unavailable, traffic can use another path where the network topology allows. Because there is no equipment in every home, many subscriber issues can be resolved without a technician visit or hardware replacement.

Is a shared network safe for the people using it?

AirLynx isolates subscriber traffic on the shared network, helping prevent devices and households from seeing one another. SecureConnect can add firewalling, zero-trust access and agentless IoT protection, including policy-based quarantine for suspicious devices.

How does a deployment remain sustainable after initial funding ends?

Operators can monitor usage, revenue and cost by subscriber or zone, helping them adjust plans and identify where expansion makes economic sense. Funders receive reporting on adoption and performance. As the deployment matures, potential revenue can expand beyond subscriptions to service tiers, security, hosted applications and advertising.

Explore more

Extend the deployment beyond connectivity

Ready to plan an AirLynx deployment?

Whether you’re an ISP expanding into underserved markets, a government agency or NGO funding digital access, or a property owner connecting residents, AirLynx uses the best available backhaul and extends service without dedicated equipment in every home or unit.

Talk to our team Read the case studies