ROAM AI has demonstrated a strong ability to bridge the gap between IT and operations, ensuring alignment from the start. Their deep understanding of enterprise IT, combined with their ability to navigate complex business and technical requirements, has made the planning process seamless. From the outset, they engaged in meaningful discussions, quickly grasped our needs, and developed a structured project plan that aligns with our IT strategy. Their collaborative approach has provided clarity and confidence as we move toward execution.

ROAM AI's ability to rapidly understand our unique needs and adapt technology accordingly has been a game-changer for us. Their expertise in data architecture, automation, and system integration allowed us to move from concept to execution quickly and efficiently. What sets them apart is their ability to deliver modern, scalable, and cost-effective solutions that seamlessly integrate into existing systems without disruption. Their team's deep technical knowledge, combined with a pragmatic, results-driven approach, has made them an invaluable partner in accelerating our digital capabilities.

The Electrical Submersible Pump (ESP) is the most widely used artificial lift system globally, responsible for lifting over 50% of the world's oil and being the fastest-growing method in this domain. However, studies show that less than 70% of ESP-operated wells meet their production targets. ROAM technology offers a solution by leveraging AI and data-driven approaches to optimize ESP performance, helping companies achieve production goals and improve well productivity. A key advantage of ROAM is its ability to extend the lifespan of ESP systems. Additionally, ROAM's leadership, Brandon and David, bring extensive expertise and hands-on experience, enhancing the technology's effectiveness. Overall, ROAM represents a significant opportunity for companies to improve ESP efficiency and output.