Built to Answer One Question: What Is the Real Condition of This Cable?
CableSense AI exists because visual inspection stops at the coating. We apply Magnetic Non-destructive Testing to give operators measured, length-by-length condition data on coated electro-mechanical wireline cable — so retirement and monitoring decisions rest on evidence, not just age or run count.
Our Mission
Give Operators a Technical Basis, Not Just a Guideline
For decades, coated wireline cable has been managed by proxy — age, run count, total footage, and conservative operating rules. These matter, but none of them show where metallic loss is actually occurring, whether degradation is accelerating, or how one inspection compares with the next. CableSense AI was built to close that gap: to put measured condition data, not estimation, at the center of every cable decision.
Core Message
We don’t replace operating procedures, manufacturer limits, or qualified engineering judgment. We give the people who apply them a clearer, measured picture of the cable they’re responsible for — the same standard, applied consistently, scan after scan.
Five Principles Behind Every Inspection
Measured, Not Assumed
Every output traces back to magnetic data collected as the cable passes through a calibrated sensor head — not a visual estimate or a rule of thumb.
Full Length, Not Samples
We evaluate the cable by its measured length, so condition changes are visible everywhere they occur — not only where a sample happened to be taken.
Comparable Over Time
Every inspection is recorded against encoder position and signature, so this scan can be compared with the last one and the one before that.
Defined, Not Subjective
Condition bands and thresholds are fixed in advance and applied the same way on every cable, so two engineers reading the same report reach the same conclusion.
Support, Not Replace, Engineering
Our reporting adds evidence to the decision. It never substitutes for manufacturer limits, operating procedures, or qualified engineering judgment.
Built for the Whole Lifecycle
From new-cable baseline to end-of-service, each inspection becomes part of one permanent condition record for the asset.
Why Magnetic NDT
Steel Doesn't Lie, Even When It's Covered
Coating protects the cable, but it also hides the armor package from the eye. Magnetic Non-destructive Testing reads the steel directly — converting high-density magnetic data into condition tracks like LMA%, LF, and Areas of Concern, presented by cable length rather than by isolated sample.
Why Baseline First
A Cable's Best Reference Is Its Own History
A new-cable baseline captures the initial magnetic signature before the cable enters service. Every later scan is compared against that original response, not a generalized reference alone — which is why we recommend baseline certification as the starting point of any monitoring program.
Why Defined Bands
Consistency Is What Makes Data Useful
Measured LMA values are presented through fixed condition bands so severity is easy to read and communicate across a team — from field engineer to asset manager — without every scan needing a fresh interpretation.
Start Your Cable's Condition Record Today
Whether you’re establishing a baseline on a new cable, evaluating an asset after demanding service, or building a lifecycle inspection program, CableSense AI provides the data and reporting behind better-informed cable integrity decisions.
