Integration will enable engineers to simulate accurate camera, lidar, radar and thermal camera sensors to train autonomous vehicles.

A quick look at some of the most noteworthy robots at the 2024 CES show in Las Vegas.

The Indy Autonomous Challenge announced a completely new sensor and compute architecture for the AV24 racecar.

Butterfly Network and Mendaera are jointly developing and commercializing a robot with Butterfly’s Ultrasound-on-Chip technology.

Orbbec’s Persee N1 combines a stereo-vision 3D camera and a computer based on NVIDIA Jetson for accurate and reliable data. 

In addition to Sanctuary AI’s internal developments, IP assets from Giant.AI and Tangible Research have accelerated progress on its roadmap.

NVIDIA technologies are helping supply chains add new levels of automation, as seen in its work with Adobe, Amazon, and Zipline.

An in-depth conversation with Amos Miller, CEO and cofounder of Glidance, the 2023 RoboBusiness Pitchfire winner.

Sabanto has integrated GNSS receivers and corrections service from Trimble into its systems to make positioning more precise.

LUCID Vision Labs introduces the Triton2 – 2.5GigE camera, featuring Gpixel’s GMAX4002 sensor and enhanced NIR sensitivity, suitable for fruit sorting and logistics applications.

SCHUNK said this solution is designed for any gripper application that requires flexibility, including robot applications that move workpieces of different sizes or in close proximity to each other.

Indy Autonomous Challenge CEO Paul Mitchell discusses the past year of racing and what’s in store for the coming year of competition.

This round brings SiLC Technologies’ total funding to date to $56 million from its seed and Series A rounds. 

Tangram Vision’s new HiFi 3D sensor targets robotics applications with its wide field of view, resolution and onboard AI capabilities.

As lidar becomes one of the leading technologies in the industry, it is important to understand all that goes into it.

Addressing practical issues such as usefulness, reliability and affordability.

The US drone company Skydio used the Thermal by FLIR program to make a better longwave infrared payload using the Boson+ thermal camera module.

Computer vision enhances agriculture efficiency, enabling farmers to manage limited resources and perform precise tasks, making farming more sustainable and productive.

The USC team built a 3D structure of electrodes that converts stretch and release to a process of folding and unfolding.

ATI’s sensors integrate with FANUC Robots, enhancing precision and automation across industries for dexterous tasks.

FMCW LiDAR fuses indie’s SuryaTM SoC with SiLC’s EyeonicTM Vision Sensor for 10x performance and cost benefits, integrating photonics.

TWK offers a portfolio of certified sensors in a compact design with different safety interfaces.