As our society's energy needs continue to grow, managing underground utilities becomes more complex. In this presentation, we will explore advanced monitoring technologies that detect AC and DC interferences, which pose a threat to the integrity of buried assets.

We will delve into the challenge of AC-induced corrosion, caused by the expansion of high-voltage transmission lines that support our electrified society. It's crucial to accurately and quickly detect electrical interferences to prevent rapid corrosion of metallic components.

We'll also discuss potential complications that arise from the expanding network of underground assets, such as fiber optic cables and both new and aging gas distribution pipelines. These interactions can lead to unexpected electrical issues and corrosion challenges, highlighting the importance of sophisticated diagnostic tools like Remote Monitoring Units (RMUs).

During the presentation, we'll showcase the latest advancements in corrosion detection technologies and their applications in densely populated underground infrastructures. We'll also present innovative strategies for integrating these technologies into existing cathodic protection systems. This will provide stakeholders with practical insights to enhance asset resilience and longevity.

Furthermore, we'll address broader factors that influence the future of underground infrastructure, including environmental impacts, regulatory changes, and the integration of renewable energy. These variables play a crucial role in shaping the design, construction, and maintenance of underground systems in a time of rapid technological and societal shifts.

By attending this presentation, participants will gain a comprehensive understanding of effective management and protection strategies for underground infrastructure. This knowledge will empower them to ensure operational efficiency and environmental compliance in our increasingly electrified world, where complexity and demand continue to rise.