International. Access and equipment management in the mining industry is evolving towards increasingly automated models, in response to operational complexity and occupational safety demands.
In large-scale environments, where critical infrastructure, heavy machinery and residential areas coexist, the control of keys and devices is positioned as a strategic component for operational continuity.
"In high-volume mining, all access and equipment should be under strict control. However, mining operations are not conventional workplaces, but in large complexes that function like a real city," says Diego Cota, Regional Sales Manager at Traka.
According to the specialist, the management of keys and security equipment is not a secondary process, but a key operation to guarantee both productivity and the well-being of workers. "This is how the assignment of keys and the delivery of technical, physical, industrial and personal protection equipment are not secondary processes, they are operations that sustain the operational continuity of the mine and take care of the well-being of the workers."
In this context, technologies such as electronic cabinets, smart lockers and digital management platforms are being adopted to strengthen access control. These systems make it possible to record each interaction, validate permits and restrict the use of machinery or facilities to certified personnel.
"By establishing precise controls on who can enter or activate each resource, operational risks are reduced and situations are prevented that, in many cases, could lead to serious accidents," explains Cota.
One of the main advances is the implementation of smart cabinets that, in addition to organizing keys, function as operational filters. These systems allow only authorized users to access vehicles, machinery or critical facilities, leaving complete traceability of each movement.
In parallel, smart lockers are transforming the management of personal protective equipment and communication. Devices such as radios, gas detectors or oxygen masks can be assigned, monitored and blocked in case of failures, avoiding risks associated with defective equipment.
"The digital record documents who removed the device, at what time and under what shift, allowing supervisors to verify that no one accesses the operation without the necessary security elements," he adds.
The integration of these solutions with centralized platforms allows operational information to be consolidated in real time. Systems such as Traka Web make it easy to connect to HR databases and access controls, ensuring that every interaction is linked to the worker's profile.
In addition, these technologies contribute to the correct application of industrial safety protocols such as Lockout/Tagout (LOTO), aimed at preventing accidents during maintenance work. "Managing access to these keys can save lives and their application is decisive," emphasizes the specialist.
Finally, the digitization of key and device management not only improves operational efficiency, but also strengthens traceability and regulatory compliance, aspects that are increasingly relevant in the mining industry.
"The management of keys and devices in mining is not an isolated routine of each worker, but part of a collective strategy that sustains the entire operation," concludes Cota.
