Mining Tech Evolves as Operations Hit New Levels of Complexity

Operational resilience in Mexican mining increasingly depends on bridging the IT-OT gap through automation and blockchain as deposits grow deeper and concessions become more restricted. While technologies like digital twins and smart contracts address technical complexities and transparency, human and cultural barriers, including a specialized talent shortage and resistance to change, remain the primary obstacles to implementation. 


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As the mining sector is navigating a landscape defined by limited concessions, deeper deposits, and rigorous safety requirements, companies are leaning on technology to optimize processes. While these digital tools present significant opportunities to improve operations across both the public and private sectors, organizations must first overcome critical human and cultural barriers to ensure these investments translate into tangible operational resilience.

According to Jose Simon, VPGM Industrial Automation and Process Automation LATAM, Honeywell, in this environment, competitive advantages are increasingly derived from operational resilience and intelligent decision-making enabled by automation. 

“Automation, therefore, serves as a genuine strategic purpose by enabling operations that not only respond to today’s demands but also anticipate, correct, and continuously learn,” he says in an MBN Expert Contributor piece. 

Industrial operators currently face a combination of geopolitical tensions affecting material availability and a structural shortage of specialized talent as experienced workers retire. A significant risk is posed by aging infrastructure, where unplanned shutdowns can result in financial impacts lasting days or weeks. 

“What do all these challenges have in common? They are part of an industrial ecosystem that can no longer be managed with fragmented technology or slow, disconnected processes,” he says, referring to the challenges associated with operations in energy, chemicals, logistics, and other industries, including mining.

A persistent gap between information technology (IT) and operational technology (OT) has historically prevented organizations from capturing the full value of digital investments. Transforming these environments involves integrated automation and advanced process control to turn industrial data into real-time decisions. This approach combines first-principles models with advanced analytics and unified platforms to improve operational precision.

Suitable Technologies for the Mining Sector

In the mining sector, digital twins create virtual replicas of processes to support real-time monitoring and anomaly detection. These tools also manage water scarcity through intelligent operating modes that balance consumption with process quality. 

Beyond process automation, blockchain technology is emerging as a critical infrastructure for trust and transparency,  Santiago Suárez, Partner, Servicios Legales Mineros, told MBN. Conceptualized as a series of data blocks secured by cryptographic technology, blockchain creates a self-verifying, decentralized system where information is difficult to tamper with. 

This technology functions as a trust-building infrastructure capable of reshaping how the industry records, verifies, and exchanges information, particularly where traceability and regulatory compliance are central concerns.

In the public sector, Suárez suggests, blockchain offers the opportunity to modernize administrative processes such as concession registries and environmental permits. By operating as a distributed, immutable ledger, it ensures that once documentation is recorded, it cannot be altered without detection. 

This chronological, secure approach can significantly reduce litigious conflicts regarding land titles and property records by providing a single, authoritative record of ownership and regulatory decisions.

The private sector stands to gain through the implementation of smart contracts, digital agreements that automatically execute when predetermined conditions are met. In mining transactions, such as mineral exports, smart contracts ensure that payments are released only when material is deposited in accordance with agreed-upon terms, providing certainty to all parties. Furthermore, tokenization allows real-world assets, like gold, to be represented digitally. 

By creating digital tokens backed by physical bullion, the industry can facilitate more efficient trading and fractional ownership while maintaining a clear link to responsibly mined and refined minerals. 

“Under this model, each physical gold bar is registered on a blockchain and tracked throughout its lifecycle, from mining and refining to storage and eventual trade,” Suárez says, using the example of the World Gold Council, which has promoted the use of blockchain technology to create a secure, global database of gold bars. 

The Human Challenge for Tech Adoption

Despite these technological advancements, an NTT DATA and MIT Technology Review study warns that human and cultural barriers, rather than technical ones, are now the primary obstacles to success. 

Resistance to change accounts for 27.54% of these barriers, while a lack of specialized talent represents 14.49%, both of which significantly outweigh technological reliability as a primary concern. 

Jaime Rebolledo, Head of Natural Resources, NTT DATA Chile, observes that the true challenge lies in the maturity of the workforce rather than the tool itself, noting that the industry has underestimated the effort required to prepare the workforce for these new technologies.

This talent gap aligns with global trends identified in EY’s Risks and Opportunities for Mining and Metals 2026, where Workforce ranks as the sixth most critical risk for the sector. As experienced workers retire and younger generations view the industry as rigid, 75% of mining executives admit they are not confident in their ability to resolve labor shortages for on-site operations. 

“New generations seek to be connected, work in digital environments, and have opportunities for constant training. That is why we integrate simulators, remote operation, and continuous connectivity, creating the conditions to attract and retain young talent in our operations,” said an anonymous CTA from Mexico.