Mining OT Cybersecurity Solutions | Protecting Industrial Operations

Mining operations depend on OT and control systems to run extraction, processing, and material movement safely and continuously. These environments are often geographically distributed, automation-heavy, and connected through a mix of site networks, radio, satellite, and managed service links. The combination of remote access, legacy platforms, and constrained maintenance windows creates exposure pathways that can directly affect availability and safety.

A cyber incident in mining is rarely limited to data loss. It can disrupt control of heavy equipment, degrade process stability, interrupt safety-related functions, and force unplanned shutdowns. In remote sites, recovery is harder because specialist resources, spare parts, and vendor support are not always immediately available.

Arista Cyber supports mining organisations by strengthening OT cybersecurity resilience in a way that respects operational constraints. Our work prioritises consequence to safety and availability, and is designed to be implemented safely across harsh and distributed environments.

Why Choose Arista Cyber for Mining

Mining OT environments need controls that are enforceable across remote sites, third-party access routes, and mixed-vendor systems. We focus on practical architecture and governance that reduces exposure without slowing operations.

✔ Secure remote access for distributed sites with identity-driven controls, approved pathways, and session governance suitable for vendor and contractor operations.
✔ Network segmentation across control zones to reduce lateral movement risk and contain faults or compromises within defined boundaries.
✔ OT-aware monitoring via Shieldworkz focused on operationally meaningful anomalies, not generic IT alert volume.
✔ Incident readiness aligned to physical safety constraints, with clear decision roles and recovery steps that fit site realities.

Arista Cyber helps mining operators reduce disruption risk while maintaining continuity across remote and high-consequence operations.

The Mining Cyber Challenge

Mining organisations commonly face:

✔ Remote sites with limited onsite cybersecurity capacity, increasing reliance on remote support, and third parties.

✔ Automation and industrial control dependencies, including processing plants, conveyors, crushers, pumps, and loadout systems

✔ Vendor access and third-party maintenance connectivity, which can create high-trust pathways into OT zones

✔ Legacy OT systems with patching and replacement constraints, where changes must be carefully planned and tested

✔ High safety and availability consequences, where loss of control, loss of view, or loss of protection can escalate quickly

Effective mining cybersecurity requires OT domain understanding and safety-aware execution, not an IT-only playbook.

How Arista Cyber Supports Mining

OT Cyber Risk Assessments

Establish a verified baseline of mining automation assets – including plants, conveyors, and remote infrastructure – and map high-consequence risk exposure scenarios.

Secure Remote Access & Vendor Pathways

Design enforceable controls on remote connections and third-party access, with robust privilege management and monitoring to reduce risk from high-trust pathways.

Industrial Network Segmentation

Define and strengthen trust zones and controlled conduits across geographically distributed OT environments to limit the impact of compromise and support legacy constraints.

Threat Detection & Monitoring

Improve visibility into industrial behaviours and control-system communications in critical zones, enabling earlier detection of abnormal or unsafe activity.

Incident Readiness & OT-Specific Playbooks

Prepare operational teams to respond safely with OT-specific playbooks, tested escalation and comms, and recovery routines adapted to mining environments.

Securing the Future of Industrial Mining

Arista Cyber helps mining operators protect critical operations, strengthen resilience across remote sites, and reduce the likelihood that cyber events become safety incidents or prolonged outages. The goal is practical, defensible OT security that holds up under real operating conditions.