Bluturbyn will fuse LiDAR, stereo vision and sonar into a single perception stack — guided by deep CNN models that identify structural defects with sub-millimeter precision in real time. Be among the first to try it.
Each sensor sees the world differently. Bluturbyn fuses their strengths so nothing slips past — from hairline surface cracks to subsurface voids.
Time-of-flight scanning builds a dense 3D point cloud of every surface — capturing geometry, depth and dimensional deviation with millimeter precision.
Twin high-resolution cameras reconstruct depth from disparity, exposing fine surface texture and visible cracks the eye would never catch.
Acoustic waves penetrate beneath the surface, revealing voids, delamination and subsurface anomalies that purely optical systems can't see.
Bluturbyn's CNN pipeline turns multimodal sensor streams into geo-tagged defect classifications — automatically.
LiDAR, stereo cameras and sonar stream synchronized data across the target surface.
Streams are registered into a single coherent 3D representation of the scene.
Deep convolutional models classify cracks, defects and anomalies in real time.
Defects are tagged, ranked by severity and exported to your inspection workflow.
We're transparent about what's built, what's in progress and what's coming next. Join the waitlist and we'll keep you posted at every milestone.
Sensor selection, dataset survey and model architecture decisions finalized.
Integrating LiDAR, stereo cameras and sonar into a synchronized capture rig.
Training and validating defect-classification models on field-captured data.
First customer pilots with early-access partners across infrastructure and manufacturing.
Wherever structural integrity is non-negotiable, Bluturbyn aims to deliver faster, more reliable insight than human inspection alone. These are the first industries we're building for.
Detect hairline cracks, spalling and rebar exposure on aging concrete structures — before they fail.
Catch surface and subsurface defects on parts moving in real time, with zero throughput penalty.
Inspect welds, blades and pressure vessels for cracks and erosion in environments humans can't safely reach.
Identify composite delamination and stress fractures in fuselages and rotors — without disassembly.
Combine sonar's underwater reach with vision-based topside scanning for full-asset defect mapping.
Sweep large surfaces at vehicle speed to flag cracking, rutting and material fatigue automatically.
Join the waitlist and we'll reach out as soon as early-access pilots open. Tell us your industry and we'll prioritize accordingly.
Total Cloud Control is Bluturbyn's services brand — production-grade cloud infrastructure and applied AI for teams shipping in the real world. Working with us there shapes the platform powering this product.