Drilling is a critical part of oil and gas exploration and development. Traditional drilling operations often rely on manual processes and experience-based practices, resulting in recurring operational risks, time-consuming data collection, and delayed decisions due to limited visibility into downhole conditions. Addressing these challenges requires a new approach to drilling operations management that establishes a complete feedback loop and supports the transition from experience-based practices to intelligent management.
JuraDOM, developed by Jurassic Software, is an end-to-end digital management and control platform designed for modern drilling operations. It covers the entire workflow, from wellsite operations and real-time monitoring to resource scheduling and performance analysis, supporting more efficient, safer, and more transparent drilling operations.
Even experienced drilling personnel may choose to continue observing a minor anomaly in downhole parameters because its significance is uncertain. Yet such subtle signals may indicate an imbalance in formation energy or even an impending blowout. Delayed judgment or intervention can quickly lead to serious incidents involving severe equipment damage and threats to the lives of wellsite personnel.
To address this challenge, JuraDOM uses AI to provide a proactive risk prevention framework. By integrating and analyzing blowout preventer status, formation pressure, and engineering parameters from multiple sources in real time, it supports precise identification of wellbore risks and intelligent prediction of complex operating conditions. The platform also converts emergency procedures, such as well shut-in, into standardized digital drill instructions delivered step by step to support consistent and efficient well control practices. Together, these capabilities enable earlier risk anticipation, giving teams valuable time to prepare for emergencies and shifting operations from reactive response to proactive prevention.
Critical information, including wellbore parameters, equipment status, and geological data, is often distributed across separate systems. Engineers must frequently switch between platforms when compiling reports to support decisions. This process is time-consuming, labor-intensive, and heavily dependent on manual work, making it vulnerable to data discrepancies and errors.
JuraDOM changes this approach by recording data in real time as drilling progresses, rather than relying on retrospective entry. Its collaborative collection model assigns clear responsibilities, ensuring that each data item is captured once at its source and shared across multiple uses. Those who collect the data are accountable for it, helping ensure accuracy and traceability at the point of capture. This approach improves data acquisition efficiency, reduces engineers’ workloads, and supports more granular and intelligent drilling data management.
Drilling takes place thousands of meters below the surface, in an environment that cannot be directly seen or accessed and is characterized by high risks and complex operating conditions. Downhole anomalies often appear as a combination of subtle indicators, such as small torque fluctuations and gradual changes in flow rate. Conventional numerical reports make it difficult to correlate and identify these signals promptly.
JuraDOM’s analysis-while-drilling module uses operational data to construct a three-dimensional wellbore digital twin. It dynamically integrates key information, including current wellsite conditions, drilling parameters, the three-dimensional well trajectory, wellbore architecture, and the drillstring assembly. A unified visual dashboard provides comprehensive visibility into operating conditions and supports intuitive analysis. Combined with tools such as mechanical specific energy (MSE) analysis, it provides precise decision support for optimizing drilling parameters in real time and improving the rate of penetration, helping control risks and increase operational efficiency.
The risks inherent in drilling, fragmented data, and limited subsurface visibility make the transition to intelligent operations a necessity. Built on data and powered by AI, JuraDOM connects source data collection, dynamic visualization, and intelligent early warning in an end-to-end feedback loop. This approach supports risk prevention before incidents occur and advances experience-based decision-making toward precise, data-driven insight, enabling a shift from reactive response to proactive control. JuraDOM will continue to support the development of more efficient, safer, and more transparent drilling management.
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