
StarSteer by ROGII is a leading geosteering and geoscience software platform designed to empower geologists and geoscientists with real-time well steering, subsurface mapping, and trajectory planning. It supports complex reservoir navigation using model-based and stratigraphy-based approaches, and integrates seamlessly with Solo Cloud for collaborative workflows and data sharing.
Vendor
ROGII
Company Website


StarSteer
StarSteer by ROGII is a leading geosteering and geoscience software platform designed to empower geologists and geoscientists with real-time well steering, subsurface mapping, and trajectory planning. It supports complex reservoir navigation using model-based and stratigraphy-based approaches, and integrates seamlessly with Solo Cloud for collaborative workflows and data sharing.
Features
- Real-time geosteering with synthetic log generation and dynamic bed model updates
- Target Line tool for directional drillers to follow projected paths
- Wellbore planning with customizable pad areas, stick spacing, and buffer zones
- Well correlation tools including ghosting, log overlap, and True Vertical Thickness (TVT) display
- Subsurface geological mapping with flexible depth and radius filters
- Stochastic inversion module for resistivity workflows (pre-job, real-time, post-job)
- GeoAssist Auto Steer tool powered by machine learning trained on thousands of wells
- StarLite integration for mobile monitoring and Auto Steer control
Capabilities
- Supports multi-type well geosteering for complex reservoir environments
- Enables proactive decision-making with confidence-based inversion (P10, P50, P90)
- Facilitates high-performance computing (HPC) deployment for fast inversion results
- Provides unbiased interpretations for resteer projects and second opinions
- Allows remote monitoring and control via WITSML and mobile integration
- Integrates with Solo Cloud for real-time collaboration and data management
Benefits
- Improves well placement accuracy and reservoir performance
- Reduces geosteering time and manual interpretation effort
- Enhances geological understanding through advanced visualization and mapping
- Supports scalable operations across teams and regions
- Empowers geoscientists with AI-driven tools for faster, smarter decisions
- Streamlines workflows from well planning to completion