ORVIXLABSPrivate AI systems
// SOLUTION

AI for mining and remote operations

An operational layer over sensors, energy, mobile and fixed assets, pumping, ventilation and maintenance to detect degradation and coordinate response without replacing existing critical controls.

SYSTEM CONTEXT PEOPLE ORVIXLABS LAYERORVIXLABS

// SOLUTION ARCHITECTURE
CONNECT WHAT ALREADY WORKS · ADD THE INTELLIGENCE THAT IS MISSING DATAOPERATIONSSYSTEMS ORVIXLABS LAYERINTEGRATE · COORDINATEAUTOMATE · TRACEwithout replacing systems that still work ANALYZEAUTOMATEHUMAN measure → learn → adjust

// USE CASES
01Telemetry and alarm correlation
02Energy, ventilation and pumping
03Condition-based maintenance
04Distributed assets and operational geography

Mines already produce data. The challenge is turning it into operational context

Equipment telemetry, energy, ventilation, pumping, transport, maintenance and environmental conditions often live in separate systems. OrvixLabs can build a layer that correlates those states, detects relevant change and helps determine what deserves attention first without turning every sensor into an independent alarm.

Read-only as the starting point

Initial architecture does not take control of PLCs, safety systems or critical actuators. It reads authorized sources, preserves provenance and compares patterns against historical context. If the cognitive layer fails, critical operation continues under existing controls.

Distributed assets and operational geography

In mining, where something happens matters as much as what happens. Asset state may have different meaning depending on work face, altitude, internal route, pumping zone or environmental condition. ARGOS can provide physical representation while CASANDRA, METIS and CERBERUS separate discovery, adversarial challenge and verification.

Energy, ventilation and pumping as one operation

A consumption peak, performance drop, thermal change or ventilation shift can have different causes. The system can relate events, propose hypotheses and show which additional evidence would discriminate them before escalation.

Condition-based maintenance

The goal is not to replace the maintenance plan or promise infallible prediction. It is to detect observable degradation, prioritize inspection and provide historical context around assets, interventions and operating conditions.

Integration with what already exists

Historians, SCADA, maintenance platforms, sensors, APIs, files and geospatial sources can be incorporated through adapters. Architecture aims to keep provider-specific rules out of the cognitive core and preserve source identity.

Authority and bounded automation

Actions are classified by criticality. Some may be automatic; others require approval or remain permanently advisory. Policy is defined around the real operation and is not left to model confidence.

How value is demonstrated

The first stage should be measured on a concrete scope: relevant alerts, noise reduction, time to diagnosis, earlier inspection, abnormal consumption detected or better-explained availability. Without a baseline, a more sophisticated interface does not prove improvement.

// PRIVACY & COMPLIANCE

Security and governance by architecture

01

Role-based access and least privilege.

02

Separation between operational and commercial data.

03

Auditable record of actions and configuration changes.

Applicable regulation depends on country, asset and function. Certification or automatic compliance is not presumed.


// FAQ

Frequently asked questions

Does the system replace SCADA, PLCs or existing industrial software?+

No. Initial architecture integrates around the systems already controlling the operation and starts in read or advisory mode. Actions are enabled only for bounded, measured and authorized cases.

Are new sensors required?+

Not necessarily. Existing sources are inventoried first. New instrumentation is added only when an important operational question cannot be answered with current data.

Can it work without sending data to an external provider?+

Depending on scope, processing can run locally or in private infrastructure. If an external provider is involved, architecture defines what data may leave and what protection is required.

Who decides a critical action?+

Authority is defined per capability and criticality. Critical functions remain under qualified responsible people; the system can inform, recommend or request approval according to agreed policy.

What happens if the intelligence layer fails?+

Initial design preserves continuity of existing control. Failure of the cognitive layer must not by itself change PLC, SCADA, interlock or safety-system behavior.

// ORVIXLABS

The architecture is defined around the operation, its data, constraints and verification requirements.

Discuss an architecture