New market research projects the global industrial depth camera market to grow from $2.1B in 2024 to $8.2B by 2033, driven by automation and AI adoption.
LUCID Vision Labs introduces the Helios2 Time-of-Flight camera featuring Sony's IMX556PLR sensor, delivering sub-millimeter precision for industrial 3D applications.
RealSense partners with LimX Dynamics and NVIDIA to advance autonomous humanoid navigation using depth cameras and cuVSLAM technology.
A comprehensive comparison of the three major depth sensing technologies -- Time-of-Flight, Stereo Vision, and Structured Light -- to help you choose the right approach.
MIT researchers develop Neural Jacobian Fields, enabling robots to be controlled from a single camera without additional sensors, using learned visual-motor mappings.
Orbbec releases a major update to OrbbecSDK v2 with fixed depth anomalies, improved point cloud quality, and enhanced multi-camera synchronization.
The Luxonis OAK-D Pro2 delivers on-device neural inference alongside stereo depth perception, enabling intelligent edge robotics without cloud dependency.
CVPR 2026 showcases groundbreaking work in large-scale 3D scene reconstruction from long video sequences, with implications for robotics and AR/VR.
LIPS Corporation introduces the LIPSedge T235, a next-generation Time-of-Flight 3D depth camera with unprecedented high resolution for industrial applications.
The shift toward on-device AI inference is transforming depth cameras from simple sensors into intelligent perception systems. Here is how edge AI is reshaping the industry.
As solid-state LiDAR prices drop and depth cameras improve, the debate over the optimal perception stack for autonomous vehicles intensifies.
Photoneo launches an officially supported Python API, early transfer for accelerated AI inference, and up to 70% faster 3D data reprojection.