Surgical robotics pioneer Intuitive is outpacing competitors in the industry by doubling down on its multi-port Da Vinci Robot while also introducing new robotics technologies to combat deadly diseases. In this interview, we’ll hear how the company is building engineering and sales teams to bring its systems to more hospitals in the US and abroad.
Generative AI is revolutionizing the software industry, but how can this breakthrough be applied to robotics? This keynote panel of robotics industry leaders will discuss the applications of Large Language Models (LLMs) and text generation applications to robotics. It will also explore fundamental ways generative AI can be applied to robotics design, model training, simulation, control algorithms and product commercialization.
Mobile manipulation faces the challenge of market readiness and costly in-house production of AMRs, robot arms and software for end users. Startups like IAM Robotics and other major companies have shifted their focus towards readily available, market-ready robotics use cases that offer the quickest returns on investment.
This talk will assess the current state of Autonomous Mobile Manipulation (AMM), emphasizing the identification of effective strategies for enabling fully autonomous navigation, missions, and arm manipulation. Combining AMRs and perception-driven autonomous manipulation is the Holy Grail, creating a versatile robotics platform for countless applications.
Mobile robot shipments are expected to climb from 251,000 units in 2023 to 1.6 million by 2028, with revenue forecast to jump from $12.6 billion to $64.5 billion in the period. Despite the explosive adoption of robots, the intralogistics industry faces challenges. Traditionally, software applications for autonomous navigation are often coded from scratch for each robot, making rolling out autonomy across different robots complex. Also, warehouses, factories and fulfillment centers are enormous, frequently running a million square feet or more, making them hard to map for robots and keep updated.
Given the current landscape, integrating autonomous mobile robots (AMRs) into existing workflows, fleet management and warehouse management systems can be complicated. This talk will present how these challenges can be overcome across mapping, development, and simulation for validation, deployment, optimization and fleet management, while reducing costs and time to market for deploying the next generation of AMRs.
Socially and emotionally intelligent robots pose an incredible opportunity not only for the market, but for our loved ones young and old. Embodied has built an advanced social interface that enables human-like interaction: changes in the intonation of voice, smiling, reading body language and eye contact, and more without long, awkward pauses or the need for the use of constant wake words.
Moxie the robot has helped neurodivergent and neurotypical children with social, emotional and cognitive development. This includes specific content modules and conversations around making mistakes, reading, emotional regulation and recognition, making friends, and more. It has the ability to recognize progress and understanding of topics, and can prompt children when it detects the child could benefit from further development in an area. Moxie is also able to respond with eye contact and gesticulate with its arms, making for a more believable, personal experience.
This framework is being applied to service additional populations, including senior citizens, adults with mental illnesses, neurodivergent adults, people experiencing loneliness, and more. Dr. Pirjanian will explain the considerations and developments going into this new iteration and offer an onstage demonstration.
Developing autonomous off-road systems requires the collaboration of multi-disciplinary teams working on different technology domains such as controls, perception, and motion planning. To facilitate this complex process while reducing the risks and costs associated with hardware testing, simulations are critical.
This talk will showcase various scenarios from a construction site to an open pit mine, demonstrating modeling and simulation workflows for autonomous off-road vehicles. Specifically, we will discuss the testing and optimization of autonomous algorithms through co-simulation using robotics simulators and popular game engines. Attendees will gain insight into the different phases involved in an autonomous offroad vehicle development project and understand how an integrated simulation workflow can enhance cross-team collaboration.