Sensors / Sensing Systems

The goal is to develop an autonomous mobile robot that can move more stably on irregular surfaces and in between obstacles by expanding the short-distance recognition range while reducing the LiDAR sensor size.

The partnership enables MOV.AI customers to quickly integrate Ouster LiDAR units into the AMR platform.

SLAMcore uses deep learning to help robots and drones identify physical space, objects and people around them to autonomously navigate the world.

Octopus Ventures, a European venture firm that invests in early-stage companies, led Touchlab’s funding round.

Researchers devised a high-frequency, low-power, compact optical device that allows virtually any digital camera to perceive depth.

Toshiba created its palm-sized LiDAR by using multiple small projector units as its laser beam source, instead of one strong laser.

State-of-the-art computing and sensor architecture powered by the new Jetson platform enables next-gen 3D-sensing for AMRs.

The company introduced an infrastructure-based version of its patented 3D perception software. SENSR-I processes data captured by 3D sensors over large spaces to provide high-resolution environmental insights

Melexis’ Tactaxis fully integrated sensor has multiple 3D magnetometer pixels that use the company’s Triaxis technology.

Adrian Macneil, co-founder and CEO of Foxglove, discusses the company’s spin-out from autonomous driving company Cruise, how its solutions differ from RViz, challenges of robotics development and the keys to running his startup.

John Deere launched the new autonomous tractor during CES 2022, with full automation for tillage operations on the farm.

The 50m LiDAR available for navigation and obstacle avoidance that is not limited by need for external reflectors.

Voyant Photonics is developing ultra-small LiDAR sensors for machine perception that offer performance comparable to larger, more expensive LiDAR solutions.

ACEINNA’s INS401 is an inertial navigation system with triple-redundant inertial sensors and positioning engine.

The company is proposing an innovative approach to vehicle guidance using sensors deployed within the environment, rather than just on the autonomous vehicles.

Part of what makes Waymo’s system successful is its millions of miles of real world and simulated driving experience.

New small and easy to use high precision GNSS module is one more option for AMR, AV and drone positioning.

Endeavor can connect up to eight 32-beam rotating sensors at one time.

ACEINNA’s ±65Amp current sensor joins ACEINNA’s current sensor family that includes ±50, ±20, and ±5 Amp ranges.

ABB is installing Sevensense’s autonomous navigation technology into its mobile robots.

Quanergy Systems’ new M1 Edge 2D LiDAR sensor has up to 8 evaluation fields, with up to three detection zones within each evaluation field.

Waymo’s robotaxis face unique challenges driving in San Francisco, where there’s a one in three chance of fog every day.