Capture the physical world.
Electromagnetic excitation and synchronized magnetic measurements.
Bringing physical insight and artificial intelligence together to understand the infrastructure our world depends on.
Explore our technology ↗Infrastructure tells a story through fields, forces and signals. We are building the technology to listen—and turn that understanding into better safety decisions.
Our approach brings together mechanics, mechatronics, electromagnetic sensing and machine learning, grounded in experience with oil and gas pipeline integrity.
From detecting an anomaly to understanding its engineering significance, we connect physical observations with models that support inspection and safety assessment.
Our first system is being developed to combine active electrical excitation, surface magnetic sensor arrays and AI-assisted physical inversion for buried pipeline inspection.
Designed for applications across both piggable and unpiggable pipelines, with a development focus on mapping, depth estimation and electrical response anomalies.
Discuss a research collaboration ↗Electromagnetic excitation and synchronized magnetic measurements.
Physical modeling and data-driven inversion to interpret complex signals.
Engineering interpretation to support condition assessment and inspection planning.
Our long-term vision extends across critical infrastructure. Each new application will build on the sensing methods, physical models and validation it requires.
Understand what lies beneath.
Protect what lies ahead.
We welcome conversations with infrastructure operators, inspection specialists and research partners who share our ambition for safer assets.
We are preparing our first research and development collaborations. Our direct contact channel will be announced here.