




Design smarter BHAs with OpenAI-powered insights
The smarter, faster way to build, manage, and optimize your Bottom Hole Assemblies. Say goodbye to outdated spreadsheets and step into a platform designed for precision, efficiency, and collaboration. Experience the future of digital BHA management—today.

Drilling
Wellsite gives operators and oilfield service providers a more dependable method for enhancing drilling performance, allowing them to deliver the best outcomes while improving overall performance.
Completions
Wellsite transforms your completion process, seamlessly connecting drilling to production. Optimize well completions, track crucial data, and ensure project success with our integrated platform. Experience efficient completion management and maximize results.
Production
Get real-time visibility into your production assets, detect issues before they escalate, and automate responses to keep operations running smoothly. Whether you're monitoring pump performance or managing alarms across multiple sites, Wellsite helps you operate more efficiently, safely, and cost-effectively.
Renewables
Wellsite supports the future of energy with smart tools for wind and solar operations. Monitor performance, detect anomalies, and optimize your assets with integrated SCADA solutions. Gain real-time visibility, streamline workflows, and ensure your renewable infrastructure runs at peak efficiency.
Success Stories
Separating the signal from the noise in the Permian Basin
A U.S.-based operator leveraged Wellsite AI for real-time identification of drilling motor stalls.
Upon detection, Wellsite initiates automated workflows, notifying drilling engineers and team members through private channels and mobile apps, enabling prompt action, adherence to pre-defined protocols, documentation of corrective measures, and real-time status updates.
This streamlined workflow not only has the potential to save companies money by avoiding unnecessary rig downtime and fees for damaged rental equipment but also enhances Health, Safety, and Environment (HSE) outcomes by minimizing injury risks associated with frequent pulling out of the hole – a scenario where most injuries occur.
In this case, identifying a potential motor stall resulted in an estimated $70,000 in cost avoidance for the customer.
