Geoffrey Vancassel of LiveEO will guide oil and gas pipeline operators through the key challenges anticipated in 2025 and how advanced satellite monitoring can help them stay ahead. This webinar will explore cutting-edge technologies, strategies, and case studies that demonstrate how satellite-based insights enhance pipeline integrity management while reducing risks and operational costs.
Using real-world applications, Geoffrey will showcase how pipeline operators can leverage satellite data to detect threats early, optimize responses, and make informed decisions.
This webinar is a must-watch for industry professionals looking to modernize their monitoring strategies and adapt to the evolving pipeline landscape.
Topics this webinar covers include:
Insights about challenges for Pipeline Operators in 2025
- Understanding the key issues affecting pipeline monitoring in the near future
- Assessing the impact of industry trends and environmental factors
How Satellite-Based Monitoring Addresses These Challenges
- The role of satellite data in mitigating risks and improving response times
- Key benefits of integrating advanced monitoring tools into pipeline operations
Best Practices and Case Study: Real-World Application
- A step-by-step guide on how an existing customer implemented satellite monitoring
- Success stories showcasing cost savings, risk reduction, and operational efficiency
Meet the host
Geoffrey Vancassel, Senior Product Manager, LiveEO
Geoffrey holds a Master of Science in Mechanical Engineering and has over a decade of experience in the remote sensing space. As the Co-founder and CEO of Sterblue, Geoffrey developed software for drone inspections of critical assets like power grids and wind turbines. Additionally, Geoffrey co-founded Labelflow, an open-source software for building datasets to train machine learning models. Currently, Geoffrey serves as Senior Product Manager at LiveEO, leading SurfaceScout to enhance O&G pipeline safety by mitigating third-party interference risks using satellite data and AI.
