Built for today, designed for tomorrow
Talk to an expertFrom accurate and comprehensive reservoir evaluation to safe, fast, and efficient drilling, with a predictability that helps minimize flat time and maximize value, the iStar platform takes drilling operations to the next level.
The PulseStar™ intelligent, high-speed telemetry service streams high-resolution, real-time drilling and subsurface data at any depth to ensure efficient and consistent well delivery
The GuideStar™ service provides continuous definitive survey measurements using high-resolution sampling for precise wellbore placement.
Near-bit, shallow, and ultra-deep resistivity service that enables accurate reserves evaluation to help place wells in the productive zone of the most complex reservoirs.
Look-ahead resistivity measurements revealing structure and fluid boundaries to enable proactive drilling decisions.
Deep azimuthal resistivity measurements for multilayer mapping and precise well placement.
Integrates critical measurements for wellbore placement, drilling performance optimization, and borehole quality.
Provides accurate reserves calculations with geological and petrophysical interpretations.
iStar Platform
We listened to our customers’ challenges and are excited to introduce the iStar platform, our most advanced drilling and logging technology.
The iStar platform delivers high-definition measurements closer to the bit and deeper into the formation. This platform provides unprecedented real-time visibility of the type and quantity of fluids present in a reservoir. Advanced data science techniques further enhance reservoir understanding to help optimize reserves calculations and well placement.
Built for a wide range of drilling parameters, including high RPM and high torque, the iStar platform helps maximize the rate of penetration and minimize flat time. Integrated drilling dynamics combined with continuous well positioning measurements support the automated drilling service from Sperry Drilling to drill safely, quickly, and on target, while reducing well time.
The platform provides more sensors in fewer collars, reducing the BHA length and decreasing the number of connections. The compact footprint provides easy handling and quick pickup to reduce HSE risks and environmental impact. Intuitive, user-friendly diagnostics support smart tracking and predictive maintenance to reduce uncertainty and provide consistent shoe-to-shoe delivery.
