Industrial connectivity
OT/IT ON ONE NETWORK
Private LTE, 5G, industrial Wi-Fi mesh and edge gateways. Every machine, sensor and operator on the same data plane — engineered for the dust, vibration and variable bandwidth of the pit.
AI-NATIVE MINING OS
Your mine deserves an operating system.
Connects truck, excavator, sensor and dispatch into a single plane. Native AI decides routes, predicts failure and talks to whoever needs to listen — in real time.
WHAT IT IS
One platform. Three inseparable functions.
Brazilian mining operates in the dark. MineOS replaces the patchwork of spreadsheets, disconnected dashboards and radios with a single operating system.
Operational management
DISPATCH · FLEET · OUTPUT
Intelligent dispatch, equipment monitoring, productivity control and dashboards real decision-makers use — not reports nobody opens. Integrates with legacy ERP, CMMS and BI.
Applied intelligence
NATIVE AI · NOT BOLTED-ON
Predictive maintenance models, real-time anomaly detection, route optimization and operational compliance. AI participates in the central flow — decides, explains, prioritises. Not a side assistant.
THE DIFFERENCE
AI-native. Not "with AI".
AI isn't a separate module or a side panel. It decides routes, prioritises orders, generates alerts and answers the dispatcher inside the same data flow. Equipment → connectivity → platform → operation.
01 · FIELD
Equipment & sensors
Truck, excavator, scale, GPS, vibration sensor. CAN bus, OPC-UA, Modbus, J1939 — real industrial protocols.
02 · NETWORK
Connectivity & edge
On-site gateway aggregates telemetry. Private LTE/5G or Wi-Fi mesh. Offline-first buffer when the link drops.
03 · PLATFORM
MineOS
Telemetry → time-series DB → operational rules → AI models. Dispatch, anomaly, predictive maintenance — all in the same layer.
04 · DECISION
Operation & decision
Live dashboards, targeted alerts, ERP/CMMS/BI integrations. AI agent talks to the dispatcher, suggests detours, predicts failure.
USE CASES
Three cases where the platform pays for itself.
Operations can't stop when the link drops, the spreadsheet freezes, the remote server goes down. MineOS is built for that.
12–18%
Cuts dead-cycle time
AI watches each machine's state, crusher queue and haul-road conditions. Suggests optimal allocation to the dispatcher in real time.
Example: truck HT-04 detours to crusher #2 and gains 4 minutes on the cycle.
48–72h
Anticipates failure
Model reads vibration signature, temperature and consumption pattern. Detects the anomaly that precedes catastrophic failure. Schedules downtime before the break-down.
Cost of an unplanned stop: 6-figure dollars.
Real-time
Catches operational drift
Speed off-route, payload above spec, operator in restricted zone. Alert in the moment — not in the end-of-shift report.
Full audit log for regulators, responsible mining and ESG.
TEAM
Founding team with real traction.
Bruno Rodrigues Jesus
CONNECTIVITY · ARCHITECTURE
19+ years in networks and telecom. Network architect for global operations. LTE, 5G, Wi-Fi mesh and cybersecurity.
Danilo Batista
BUSINESS · OPERATIONS
Background in technology and public-sector initiatives. Entrepreneur. Runs an accounting firm for 15 years. MBA in tax law and accounting.
Marcellus Batista
ENGINEERING · CLOUD
14+ years in development. Mobile applications at global scale. Backend and cloud — Node, TypeScript, Postgres, AWS, GCP.