The deadline for submissions is January 10th, 2023. Categories include 1) Business and Management Innovation, 2) Technology, Services, and Research Innovation, or 3) Application and Market Innovation.

Adapta Robotics’ solutions automate critical device testing and retail inventory operations formally accomplished using inefficient and error prone manual methods, freeing workers for higher value tasks in the process.

Sessions specifically designed to provide robotics designers and developers with the information, guidance and training they need to sharpen their engineering skills and increase their productivity are available on demand.

The manual process of applying coating to floors to create a seamless finish is a demanding and time-consuming undertaking. Easy Floor Robotics’ systems automates the process using mobile robots.

In this webinar session, available on demand, attendees will learn how support for robotic motion control has improved with the introduction of new products and technologies, and how they allow for new capabilities, new applications, and entry into new markets.

GrayMatter Robotics’ SCAN&SAND solution automates complex surface finishing and treatment applications in high-mix, high-variability production environments.

Monarch Tractor’s recent petition to Cal/OSHA may have been denied, but this outcome is not the setback many fear. CEO Praveen Penmetsa shares why.

Worldwide, over 10M people require a wheelchair, but these individuals often run up against barriers to their use. Wheelstair’s solution, a wheelchair add-on technology, can overcome many of these obstacles.

In this webinar, attendees will be provided with an overview of the agricultural robotics sector including a review of existing ag robotics systems, as well as highlighting current opportunities and gating factors. In addition, the latest platforms and technologies used to create agricultural robotics systems will be reviewed.

Manufacturers must continue to automate to remain competitive, but the introduction of robotics systems will impact their facilities and human workers. The results of a recent survey by Veo Robotics of 500 manufacturers the US, UK, and Japan provides insights into the optimal path forward when introducing robotics systems, and challenges conventional thinking.

For manufacturers and others, tow-lines for assembly line conveyance deliver solid ROI, but AGVs and AMRs can provide equal efficiencies and value, with the added benefits of greater scalability and flexibility.

To optimize their effectiveness, increase human-robot collaboration, and reduce the risk of mishaps, autonomous mobile robots (AMRs) must understand, and take cues from, the social behavior of their human coworkers. Cloud-based technologies for deep learning training are key to making that happen.

Like all manufacturers, aerospace and defense firms must engineer existing or new facilities in preparation for much higher levels of robotic automation. To do otherwise places them at a competitive disadvantage.

The autonomous vehicle and robotics sectors often employ LiDAR as the primary system navigation sensor. But cameras and vision-based perception will increasingly serve as the technological underpinning for mobile robots going forward.

This webinar focuses on how AI and machine learning SW / HW technologies and techniques are being employed in ground based, aerial and maritime systems to make robots more intelligent and functional.

Finesse-It Robotic Paint Repair System automates the identification and repair of painting defects that occur during automotive manufacturing.

RGo Robotics’ solutions leverages patent-pending computer vision and machine learning technology to provide mobile robots and other systems with advanced perception capabilities such as object detection and recognition, and scene understanding, as well as mapping and localization.

By employing a combination of mobile robots and cloud-based software, Gecko Robotics automates difficult and demanding industrial inspection tasks.

What’s new for collaborative robotics systems, enabling technologies and applications? What’s next? Attend this online session on April 20th to find out.

SISU’s “cinema robots” allow filmmakers, videographers, and photographers to quickly and easily produce high quality videos and photos that require precise camera control, along with smooth and steady camera movement. Robotics engineers and complex programming are not necessary.

In this webinar, attendees will learn how the latest products and technologies support the development of advanced healthcare robotics systems and allow for new capabilities, new applications, and entry into new markets.

Improving radar resolution has traditionally been based on a hardware advancements which significantly increase the cost, size, and power consumption of the sensors. But radar solutions empowered by (constantly improving) machine learning software, can deliver high resolution and long-range sensing in compact, low power, economical packages.

Categories include 1) Business and Management Innovation, 2) Technology, Services, and Research Innovation, or 3) Application and Market Innovation.

Attendees are presented with an analysis of 2021 VC and private sector investment into companies producing robots or robotics enabling technologies worldwide. Statically measurable qualities, attributes, and rankings that provide for meaningful interpretation and speak to robotics business development will be presented.

Categories include 1) Business and Management Innovation, 2) Technology, Services, and Research Innovation, or 3) Application and Market Innovation.