Reducing Wellbore Tortuosity Through Real-Time Drilling Execution
Wellbore tortuosity reduction requires better data, disciplined execution, and closed-loop control to protect directional accuracy and drilling efficiency.
We Bring Digital Technology
and Engineering to Power
Modern Energy Operations
Integrated platforms and engineering expertise for drilling automation, directional drilling, and energy production monitoring.
Platform Capabilities
Modular. Scalable. Engineered for Performance.
From the rig floor to autonomous decisions. A unified platform that connects hardware, data, automation, engineering and AI to drive measurable performance.
Cloud Platform
Secure. Scalable. Real-time
Engineering
Real-time data from
EDR and field devices
- WOB
- RPM
- Pressure
- Flow
- Torque
- ..and more
Virtual engineer
- Monitors execution
- Detects events & charges
- Interprets data & context
- Generates insights
& reports - Recommends actions
Engineering
- Dashboards
- Insights
- Reports
Drilling operations
- Real-time alerts
- Recommendations
- Event updates
Management
- Performance
- KPIs
- Reports
Transforms real-time drilling data into actionable performance improvement. Combining automation, analytics, and expert engineering, this layer enhances directional accuracy, reduces non-productive time (NPT), and improves well delivery consistency. The module can be expanded depending on the client’s needs.
Drilling execution and reduces manual intervention. Ensures consistent parameter control, minimizes human error, and significantly reduces NPT and invisible lost time (ILT)
A robust data infrastructure layer that captures, processes, and distributes high-frequency drilling data across the operation. Ensures reliable real-time monitoring, secure data storage, and seamless connectivity between rig systems, sensors, and remote engineering platforms.
A hardware integration layer that connects drilling equipment, sensors, and control systems into a unified operational environment. Ensures reliable data acquisition, equipment communication, and seamless interaction between rig machinery and the Cyberloop Drilling Platform.
Why Operators & Engineers Choose Us
Engineering Performance. Integrated Control. Scalable Growth.
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Standardized Operational ControlAutomated WOB, RPM, torque, and flow for consistent drilling across crews. -
Real-Time VisibilityLive dashboard consolidates rig data — faster, accurate decisions.
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Reduced Operational RiskContinuous monitoring and alerts prevent downtime.
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Performance OptimizationReal-time analytics maintain optimal drilling parameters.
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Scalable ArchitectureDeploy modules per rig and scale across fleets seamlessly.
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Decrease Manual Reporting Time -
Increase Operational Consistency
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Decrease Parameter Deviation Events
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Increase Real-Time Engineering Response
About us
Cyberloop founded in 2020 is an technology company for the Energy & Resources sector. We focus on cutting edge technology in Data and Automation to empower our customers to deliver exceptional results. Our Products & Services are unique in our Industry and are built on years of Research & Development. We develop and deploy innovations for Digitalisation, AI and automation to enable large step changes in operations and accelerate the next revolution is energy.
Key Achievments
We develop and deploy innovations for Digitalisation, AI and automation to enable large step changes in operations and accelerate the next revolution is energy.
The Netherlands
Corporate office
Oman
India
Cyberloop global support
Thailand
Global geosteering team
Australia
Directional Drilling and Digital Services
The Netherlands
Corporate office
Oman
India
Cyberloop global support
Thailand
Global geosteering team
Australia
Directional Drilling and Digital Services
Latest Insights
Real-Time Torque and Drag Monitoring with the Cyberloop Ecosystem
Changes in torque and drag can develop over several stands before their operational impact becomes obvious. Increasing rotational resistance can affect rotary drilling performance, while increasing axial resistance can limit pipe movement and the transfer of weight to the bit. Both deserve continuous attention as the well progresses.
Excellent Drilling Results in Queensland
Our Directional Drilling and Geosteering teams have completed a wellbore on a coal bed methane project in Queensland, Australia. Drilled using a downhole motor, the wellbore exceeded 3,000 m in total measured depth, including a lateral of more than 2,170 m. Approximately 98.6% of the lateral remained in coal.
Drilling Automation That Improves Well Delivery
Drilling automation connects rig data, engineering logic, and control systems to reduce NPT, improve trajectory quality, and deliver more consistent wells.
Get in touch
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