The Role of IoT and Cybersecurity in Sustainable Mining and Materials Processing: A Pathway to Climate Change Mitigation
Keywords:
IoT, cybersecurity, sustainable mining, materials processing, climate change mitigation.Abstract
The study examined the role of the Internet of Things (IoT) and cybersecurity in sustainable mining and materials processing as a pathway to climate change mitigation. IoT-enabled technologies we re identified as essential tools for enhancing operational efficiency, optimizing resource utilization, and minimizing environmental degradation through real-time monitoring and predictive maintenance. Cybersecurity was emphasized as a critical factor in protecting industrial infrastructure from cyber threats, ensuring the stability and reliability of digital systems. Sustainable mining and materials processing require the adoption of intelligent and secure systems that support data-driven decision-making and regulatory compliance. The discussion highlighted implementation challenges, the need for strengthened cybersecurity measures, and the importance of policy support in fostering sustainable practices. The study contributed to knowledge by identifying challenges associated with technological adoption, highlighting the necessity for secure digital transformation, and proposing strategies for achieving climate change mitigation through smart and sustainable practices. The future of sustainable mining and materials processing depends on continuous investment in IoT advancements and robust cybersecurity frameworks. Policymakers and industry stakeholders should collaborate to develop regulatory policies that promote secure and environmentally responsible technological integration. Encouraging research, enhancing digital infrastructure, and strengthening cybersecurity strategies will be vital in ensuring a resilient and sustainable mining industry.
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Copyright (c) 2025 Anyachebelu, Nnamdi Chijioke, Ezema, Modesta E, Nweke, Prince Onyemaechi, Omeje, Ngozi Grace, Boh, Samuel Alfayo, Ukpai, Eke Ndukwe, Chukwuma, Christian Mgboji
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