81 Figure 2. Cloud-agnostic infrastructure diagram showing data flow from project site to end users. Mining operations frequently face strict regulations requiring that critical infrastructure data remain strictly within the host country's borders. Because the proposed architecture encapsulates its Frontend, Backend, and Database services into agnostic, portable modules, it can be deployed in local or regional cloud data centers. This localized deployment flexibility guarantees immediate compliance with national data sovereignty laws and rigorous corporate security policies (such as ISO 27001). Geotechnical risk management demands continuous operation, particularly during critical events. Instead of relying on complex and expensive geographic redundancy, this architecture achieves high availability through an event-driven, decoupled design. As shown in the diagram, a central Message Queue/Bus separates the Ingestion Layer from the Processing Layer. If a processing function temporarily fails due to an unexpected surge in data velocity, the telemetry data is safely buffered in the message queue, ensuring zero data loss and seamless continuity of the TARP evaluation process once normal operation is
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