Skip to content
Haul road tracks leading toward a highwall in an open-pit operation

Why MineOps

Built for the pit. It shows.

Generic work-management software was designed for offices with Wi-Fi and users with clean hands. MineOps was designed for a 06:00 shift change on a dusty bench — and every architectural decision follows from that.

Request a Demo

Four differences that matter

Not adjectives. Design decisions.

Offline-first, because coverage maps lie

Every field workflow assumes the connection will drop. Entries auto-save as drafts on the device, a persistent draft banner brings operators back into unfinished work, and nothing captured in the pit is ever hostage to signal. Software that merely "tolerates" offline loses data at exactly the moment it matters; MineOps was built the other way up.

Real-time, not batch

Loads count live against a shift timer. Plant instruments stream readings every few minutes through the SCADA connector. Reports compile in a tap and travel the approval chain the same day. The alternative — batch reporting — means managing yesterday's operation; MineOps means managing this one.

Accountability by design

A five-level approval chain from operator to mine manager. Role permissions enforced in the interface and again at the API, across 25+ endpoints. Report totals snapshotted at compile time so an approved number never silently changes. When a report carries a signature in MineOps, the signature means something.

One record, pit to invoice

The load logged at the loader is the line on the compiled report is the quantity on the client invoice. There is no export step, no re-typing, no "final_v3_ACTUAL.xlsx". Point tools each solve a department; MineOps solves the seams between departments — which is where operations actually leak.

Layered strata bench wall with a coal seam exposed at its base

Built in the region it serves

MineOps is built for Southern African and SADC open-pit operations: multi-currency invoicing for cross-border clients, workflows shaped around real 2×12 shift rotations, and field software that assumes remote-site conditions — because that's where it runs.

Common questions

Implementation, security, onboarding.

How does implementation work?
Implementation is run with our team, not thrown over a wall: your organisation, roles, shift patterns, equipment registry, and checklist templates are configured with you, and field teams are onboarded role by role. Because operators land on a home screen built for their specific job, training is measured in minutes per role. Contact info@mineops.co.za to scope a rollout.
Where does our data live, and how is it secured?
Data is hosted on AWS enterprise infrastructure with encrypted transit (HTTPS), encrypted managed database storage, enterprise authentication, role-based access control, and automated backups. Access is closed and invitation-only — users exist only when your administrator creates them. See the Privacy Policy for detail.
Can MineOps work with our existing systems?
Yes — a versioned REST API supports ERP and reporting integrations, and the SCADA edge connector brings plant instrument data in directly. See SCADA & Integrations.
What happens where there's no signal?
The mobile app is offline-first: work auto-saves as drafts on the device and syncs when connectivity returns. The SCADA connector buffers readings to disk and retries until delivered. Remote-site conditions are the design assumption, not an edge case.
How is access controlled once we're live?
Your administrators manage users and roles from the admin portal. Fine-grained permission keys govern approvals, sign-offs, team management, and commercial actions — enforced in the app and at the API.

Judge it on your own workflow.

The strongest argument for MineOps is watching your own shift run through it.

Request a Demo