•This large-model-based hybrid intelligent agent intelligently analyzes operational conditions and provides optimization recommendations, driving the transformation of RTOCs toward intelligence and high efficiency.

•A drilling acceleration system based on drilling optimization theory integrates multiple physical models to systematically model drilling efficiency, hole cleaning, and wellbore stability, enabling the transition from experience-based drilling to scientific drilling.

•Built on a cloud architecture, this collaborative geosteering and drilling engineering management system supports real-time sharing of models and data between on-site and off-site experts and other relevant personnel

•The software is specially designed for geosteering while drilling in horizontal wells, utilizing TVT (True Vertical Thickness) bidirectional fitting technology to rapidly model and design trajectories, achieving precise landing and high reservoir exposure in horizontal sections.

•Build a full-scenario data hub for the oil and gas industry, delivering high-speed acquisition of multi-source wellsitewell data, secure transmission, and cloud-based visualized collaborative operations, thereby establishing the core data foundation for remote decision-making (RTOC).