---
title: "Mining, explained | Nexus Observatory"
description: "Interactive explainer: mining and resources in 3D, chapter by chapter: the blast is planned in kilograms per delay, a dam speaks in millimetres per day…"
url: https://observatory.global/industries/mining/explainer/
publisher: Nexus Observatory Inc.
updated: 2026-11-02
---

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Industrial. Blast · pit floor; Private LTE site

Sector explainer · Industrial

# Private networks that measure the site they serve.

Mining, oil and gas, ports, utilities, rail, construction and manufacturing: private networks and compliance-grade sensing.

**Scenarios**: 5
**Templates**: 4
**Sites shown**: 5
**Open projects**: 5

**01** Blast vibration

**02** Tailings

**03** Grid edge

**04** Port latency

**05** Methane fenceline

**06** Factory floor

**07** What buyers ask

**01** · Mine-wide private network

Scaled distance

## The blast is planned in kilograms per delay.

Autonomy communications plus dust, blast vibration, slope and tailings monitoring. Ground vibration from a blast follows the scaled distance SD = D ÷ √W, with D the distance in metres and W the charge fired per delay in kilograms. A site-law PPV = K·SD−β, here with K = 1140 and β = 1.6, gives the peak particle velocity at a receptor; turned around, it gives the largest charge per delay that keeps a receptor below its limit. Geophones on the network replace the constants with the site's own.

Vibration limit

**Scaled distance**: —
**Peak particle velocity at the receptor**: —
**Distance where the limit is reached**: —
**Largest charge per delay at this distance**: —

**02** · Tailings monitoring

Displacement velocity

## A dam speaks in millimetres per day.

Continuous GNSS on the crest turns a survey into a time series. The signal is the trend, not the reading: velocity is the least-squares slope of displacement over a trailing window, and the window trades noise for reaction time. A short window alerts early and falsely; a long one alerts late and surely.

**First alert**: —
**Velocity on day 180**: —
**Total displacement**: —

**03** · Utility grid edge

Fire weather

## A feeder is a fire question on a dry, windy day.

Distribution automation, distributed-energy control and wildfire-risk weather on a dedicated band. The Fosberg fire weather index combines temperature, humidity and wind into one number from 0 to 100: an equilibrium moisture content m from temperature and humidity, a damping η = 1 − 2(m/30) + 1.5(m/30)² − 0.5(m/30)³, then η·√(1 + U²) ÷ 0.3002 with U in miles per hour. A station on the same private network as the reclosers lets the utility change protection settings when the number climbs.

**Equilibrium moisture content**: —
**Fire weather index**: —

**04** · Ports, airports and rail

Latency budget

## Remote control lives inside a round trip.

Deterministic networking for cranes and vehicles with fenceline air quality, a met-ocean station and a vessel-tracking receiver. A remote-controlled crane closes its loop through the radio twice, the transport twice and the application once. Light in fibre covers about 200 km per millisecond, so where the core and the application sit decides the floor of the budget before any radio is chosen.

Core and application

**Fibre, round trip**: —
**Round trip**: —
**Margin**: —

**05** · Continuous methane monitoring

Gaussian plume

## A leak is found where the plume meets a sensor.

Fenceline sensors and optical gas imaging under regulatory leak-detection cadences. At ground level a ground-level release spreads as C = Q ÷ (π·u·σy·σz) · e−y²/2σy², with the spreads σ from the Briggs rural curves for the atmosphere's stability. Stable night air keeps the plume narrow and strong; daytime mixing spreads it wide and thin, and either can slip between two fenceline sensors.

Stability

**Peak at the fence**: —
**Plume width above the limit**: —
**Sensors that see it**: —

**06** · Manufacturing and construction

Cell plan

## Count cells twice: for coverage and for capacity.

Shared-spectrum private networks as the factory-floor default in some markets. Coverage gives one count, hexagons of radius r over the floor, n = ⌈A ÷ 2.598r²⌉. Capacity gives another, total demand over what one cell carries, bandwidth × spectral efficiency. The plan is the larger of the two, and on a busy floor it is usually capacity.

Channel

**Cells for coverage**: —
**Cells for capacity**: —
**Cells in the plan**: —

**07** · Proof

Evidence

## What an operator asks to see.

Industrial buyers sign for service levels and certificates, not features. Each item below is evidence the network and the sensing produce as records while they run, or a rating the equipment carries.

- **01** Latency and jitter test reports
- **02** Redundancy design
- **03** Equipment-maker interoperability
- **04** Spectrum licence
- **05** Industrial cybersecurity (ISA/IEC 62443)
- **06** Hazardous-area equipment ratings
- **07** Uptime service levels
- **08** Reference sites

private 5G mining

private LTE utility 900 MHz

CBRS private network

autonomous haulage connectivity

continuous methane monitoring

LDAR

OGMP 2.0

industrial IoT sensors

tailings monitoring

Open work in the field: Open5GS, OpenAirInterface, Magma, OpenMetBuoy, OPC UA open stacks.

[Plan with us](https://observatory.global/contact/)

[Sector overview](https://observatory.global/sectors/industrial/)

**08** · More sectors

## Every sector, one grid.

[Sector explainer **Government and public safety** Warning starts with a measurement.](https://observatory.global/industries/public-safety/explainer/)

[Sector explainer **Cities** Air, heat, flood and noise, block by block.](https://observatory.global/industries/cities/explainer/)

[Sector explainer **Communities and rural** Connectivity and sensing, locally owned.](https://observatory.global/industries/communities/explainer/)

[Sector explainer **Sector overview** Scenarios, proof and the lines that serve it.](https://observatory.global/sectors/industrial/)

[Nexus Observatory](https://observatory.global/)**Mining and resources** . The mine, measured from pit to tailings.[Talk to us](https://observatory.global/industries/mining/contact/)

Mining

- [Use cases](https://observatory.global/industries/mining/use-cases/)
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Infrastructure and industry

- [Energy](https://observatory.global/industries/energy/)
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