Background

Pricing and Calculator

Transparent pricing system designed to stay simple for small projects and scalable for larger deployments

Pay-as-You-Go

Æthernet offers simple pricing model, ensuring cost-effective scalability for all users

Data Transfer

$0.20

per 1 GB

Zero-touch provisioning

$0.001

per request

UID* Leasing

$0.50 for the 1st UID

$0.02 for UIDs from 2nd to 100th

$0.0002 for UIDs over 100th

per UID per month

*UID (Unique Identifier) is an addressable identity in Æthernet used for routing and access control. A physical device typically uses one UID, but a device can hold multiple UIDs when you separate roles or data layers.

UID leasing means you rent UIDs from the infrastructure and are billed per active UID per month. When a UID is released or deactivated, the leasing charge stops for that UID.

Use Æthernet for free

Every new self-provisioned client account starts with $0 balance and a credit limit of $10. This allows to test Æthernet services for free and to use them within this limit as if your balance were above $0.

Every 24 hours after client creation, the account is automatically credited with $0.03, up to a maximum balance of $0. This ensures continuous access to connected devices within the free tier.

If a client (along with all associated child clients) remains offline for over 30 days, auto-refilling is disabled.

Pricing Calculator

Enter a few basic parameters to estimate your monthly costs on Æthernet.
For real-world usage scenarios check the pricing examples below.

Monthly traffic per device
Number of devices
UIDs on each device *
* Typically, the default configuration is one UID per device. In more complex deployments, a device can have multiple UIDs, with each UID acting as a node at a different data layer and mapped to different systems.

Examples

These pricing examples include only billable items on Æthernet: Data Transfer, Zero-touch provisioning, and UID Leasing. Cases are interactive and you can update any highlighted number in-place to see the math recalculate instantly.

Example 1: DIY Smart Greenhouse Controller

An automated greenhouse controller that monitors sensors and keeps the microclimate stable. Users view status and send control commands from a mobile app or a web dashboard.

System architecture

  • Controller node (ESP32) with sensors and relays.
  • User client (mobile app or web dashboard).
  • Period: days.
  • Telemetry: B every s, recipients .
  • Commands: B, per day, recipients .
  • Active UIDs:
  • Total scope: active UIDs.

Calculating charges

  • UID Leasing =
  • Data Transfer charges =
Total recurring charges =
Provisioning charges =
Estimated first period with provisioning =

Expenses for such small projects can be covered by our credit policy and these solutions can be deployed essentially for free as long as they stay inside the limits.

Example 2: Small Business Local Delivery Fleet

A last-mile tracking system for a local courier fleet in dense urban areas. Vehicles send telemetry to dispatch and receive updates even when the cellular signal is unstable.

System architecture

  • Tracker nodes (vehicles):
  • Dispatch nodes:
  • Period: days.
  • Active time per day: hours.
  • Telemetry: B every s, recipients .
  • Downlink updates: B every s, recipients .
  • Total scope: active UIDs.

Calculating charges

  • UID Leasing =
  • Data Transfer charges =
Total recurring charges =
Provisioning charges =
Estimated first period with provisioning =

Example 3: Corporate Smart Business Center

A building automation system that connects access control, HVAC, and sensors into a single secure network. Facility software can monitor occupancy and send control actions without exposing internal traffic to the public internet.

System architecture

  • Endpoint nodes (locks, HVAC, room controllers):
  • Management nodes (facility apps/services):
  • Central core:
  • Period: days.
  • Sensor telemetry: sensors, B every s for hours/day.
  • Access and actuator events: devices, events/day/device, B per event.
  • Downlink control traffic: of uplink volume, avg recipients .
  • Total scope: active UIDs.

Calculating charges

  • UID Leasing =
  • Data Transfer charges =
Total recurring charges =
Provisioning charges =
Estimated first period with provisioning =

Example 4: Enterprise Global Messaging Infrastructure

A global messaging backend where clients exchange events through a unified transport layer. The workload is dominated by high fan-out and sustained daily traffic.

System architecture

  • Active UIDs:
  • Period: days.
  • Monthly active users (MAU):
  • Signaling events per active user per month:
  • Payload per event: bytes.
  • Average recipients per event:

Calculating charges

  • UID Leasing =
  • Data Transfer charges =
Total recurring charges =
Provisioning charges =
Estimated first period with provisioning =