Assumptions to Assurance… and Action.

You can’t react to what you don’t see. DrillDocs solves that.

Wellbore health can be an expensive emergency waiting to happen.

Just like a wearable monitor can spot the early signs of a medical condition, CleanSight provides insights and early warnings about wellbore health, helping you drill more efficiently and avoid costly incidents.

With a camera and AI-enabled computer vision continuously monitoring every shaker, you get real-time insights into cuttings recovery rate, cuttings size distribution, and the presence of cavings.

Video Capture

Image Extraction

Pre-Process

Feature Extraction

Measurement & Characterization

Dashboard
& Alerts

Decision-Making Workflows

Measure what matters, where you can see it.

Traditional mud logging and bucket tests provide infrequent, inaccurate, and often delayed information.

 

The clearest signal of borehole instability is when cavings start coming across the shakers, but it’s regularly missed because nobody is watching.

 

Judging whether the borehole is clean enough to drill ahead or trip out is often a game of wait-and-see, creating thousands of dollars in hidden non-productive time.

 

We take a person with a bucket out of the hazardous shaker room and replace them with continuous, real-time, measurement and analysis of cuttings and cavings, allowing faster, more confident drilling.

I’m ready for faster, lower risk drilling

Mission Metrics

Rigs installed

0

Wells monitored

50+

Feet of hole monitored

100000

Patents Awarded + Pending

4 + 4

CleanSight doesn’t replace models. It makes them honest… and more accurate.

Stuck pipe is a major drilling problem costing billions of dollars per year in invisible non-productive time and remedial actions.

Even though cuttings transport models are constructed to help predict and prevent it, they provide static data, while everyone knows drilling is as dynamic as it gets… a gap that leads to inevitable inaccuracy.

So how do you level up model accuracy?

CleanSight integrates easily with existing rig equipment and data systems and runs autonomously with remote monitoring.

The system’s wellbore health measurements are transmitted to the rig crew and onshore real-time operations centers, where they can be evaluated and acted upon in time to treat potentially serious problems before they escalate.

More importantly, this data can be used to update models in real time, optimizing the current well and improving predictive capability for future drilling operations.

I’m ready to reduce risk and optimize my drilling models