CYBERSTEER: Directional Drilling Automation Suite 2

End-to-End Intelligence for Drilling Operations

From the rig floor to autonomous decisions. A unified platform that connects hardware, data, automation, engineering and AI to drive measurable performance.

Real-time advisory system enhancing drilling performance, reducing NPT, and minimizing tortuosity.

Innovative directional drilling solutions powered by automated survey management and advanced reporting. Improves trajectory control, reduces manual errors, and enhances wellbore accuracy through structured data workflows.

Advanced optimization algorithms combined with engineering expertise to dynamically adjust drilling parameters. Improve efficiency, decrease NPT, and reduce total well cost through closed-loop performance management.

Smart analytical tools continuously evaluate drilling parameters and operational trends. Enable data-driven decisions that enhance ROP consistency, reduce deviations, and elevate overall drilling performance.

Integrated drilling engineering and geosteering services for complex well planning and execution. Provides real-time formation interpretation and trajectory optimization to ensure accurate well placement and operational efficiency.

Automates monitoring and control of critical drilling parameters, allowing the driller to focus on execution rather than constant manual supervision.

Advanced automated drilling control. Supervisory controller, enhancing consistency, safety, and performance.

Provides real-time parameter guidance to improve drilling performance, reduce NPT, and minimize wellbore tortuosity.

Fully automated reporting workflows that eliminate repetitive manual data entry.

Reduces reporting preparation time by up to 70% while ensuring accuracy and consistency.

A centralized operational environment connecting well planning, real-time drilling data, KPIs, and reporting. One unified interface for accessing plans, live data, performance metrics, and finalized reports — all in one place.

Design and implementation of PLC-based control logic for drilling equipment and rig systems. Enables automated execution of drilling parameters, safety interlocks, and operational workflows.

A digital sensor-based system that captures and records critical real-time drilling parameters such as depth, weight on bit, torque, and RPM.

Integrates surface equipment, downhole tools, sensors, and rig control systems into a unified data acquisition environment.
Supports multiple communication protocols including CANBUS, MODBUS, WITS, and WITSML, OPC-UA e cetera.

Securely collect high-frequency drilling data, store it locally on the rig, and synchronize it with cloud infrastructure. Data can be exported, visualized as raw streams, or structured into KPI dashboards and engineering datasets.

Surface instrumentation and control components installed across key rig systems such as the gas-sensor, top drive, mud system, and hoisting equipment.
Wireless-enabled sensor technologies improve operational safety and significantly reduce rig move and setup time.

Advanced downhole sensing systems including directional, gamma, and next-generation bit subs. Provide high-precision measurements for accurate wellbore positioning, directional control, and improved geosteering capabilities.

Advanced control interfaces designed for intuitive operation of rig equipment and drilling processes. Real-time interactive monitoring, alarm management, and control through modern, user-friendly interfaces.