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IoT & 0G · Live 3D Overview

IoT & 0G Massive IoT

Low-power, wide-area connectivity for thousands of sensors — battery life measured in years, coverage measured in kilometres. Monitor assets, utilities, and environments across dispersed sites.

01 · Machine telemetry — pumps, compressors & tanks report over 0GClick any system to inspect
LayerConnectivity

0G IoT operates at the connectivity layer — connecting sensors that Wi-Fi and cellular can't reach economically.

You can't monitor what you can't connect

Many organizations have assets, equipment, and environments they'd like to monitor — tanks, generators, pipelines, perimeter sensors, environmental conditions — but the cost of connecting each one with Wi-Fi or cellular is prohibitive. 0G Massive IoT solves this: low-power sensors that last years on a battery, communicating over long distances at a fraction of the cost of cellular.

  • Wi-Fi doesn't reach remote or outdoor assets
  • Cellular modems are expensive per-device and drain batteries in days
  • No visibility into remote equipment until failure occurs
  • Manual inspection is costly, slow, and inconsistent

This is important to

Asset Manager

Real-time visibility into equipment status and location across all sites.

Utilities Manager

Remote monitoring of tanks, meters, and environmental conditions without site visits.

Operations Director

Predictive maintenance data from sensors that catch failures before they happen.

What we deploy

0G / LPWA Connectivity

Low-power, wide-area network connectivity for Massive IoT — sensors that last years on a single battery.

Asset Monitoring

Track location, status, and condition of equipment, vehicles, and inventory across sites.

Utility Monitoring

Remote monitoring of tanks, meters, generators, and environmental sensors.

Smart Building Sensors

Occupancy, temperature, humidity, and environmental sensors for building management.

Remote Monitoring Platforms

Dashboard and alerting platforms that turn sensor data into actionable insights.

How we work

01

Identify

We work with your team to identify what assets, utilities, or environments need monitoring.

02

Design

We select appropriate sensors, connectivity, and monitoring platforms for your use case.

03

Deploy

We install sensors, configure connectivity, and set up monitoring dashboards and alerts.

04

Manage

We monitor sensor health, manage connectivity, and refine alerting as your needs evolve.

What is 0G and how is it different from cellular or Wi-Fi?+

0G refers to low-power, wide-area (LPWA) networks designed specifically for IoT. Unlike Wi-Fi (short range, high power) or cellular (long range, high power, high cost per device), 0G provides long-range connectivity at very low power — allowing sensors to run for years on a single battery at a fraction of the cost of cellular.

What is Massive IoT?+

Massive IoT refers to deployments of thousands or tens of thousands of sensors — each sending small amounts of data infrequently. Examples include utility meters, asset trackers, environmental sensors, and equipment monitors. 0G/LPWA networks are designed specifically for this use case.

What can I monitor with IoT sensors?+

Common applications include: tank levels, generator status, meter readings, equipment temperature, door/open/close events, GPS location, humidity, vibration, and occupancy. The right sensors depend on what you need to know about your operations.

How long do 0G sensor batteries last?+

0G sensors are designed for multi-year battery life — typically 3-10 years depending on the sensor type, transmission frequency, and environmental conditions. This is one of the key advantages over cellular-based IoT, which requires frequent battery replacement or permanent power.

Related

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Connect your assets

Talk to our team about what you'd like to monitor across your operations.