TL;DR:
- InOrbit partners with NVIDIA to advance robot simulations for RobOps.
- New capabilities allow seamless mission execution in both virtual and real environments.
- InOrbit utilizes NVIDIA’s Isaac Sim™ for complex environment modeling.
- Simulated robots closely mimic real-world counterparts in virtual space.
- Logistics, manufacturing, and retail sectors can benefit from actionable insights and workflow enhancements.
- Third-party partners like OTTO Motors can simulate their robots in customer environments.
- Simulations provide real-time insights and operational improvements.
- Industry experts highlight the significance of simulating robots from diverse vendors.
- The collaboration opens doors to combining data, AI, immersive tech, and robotics.
- InOrbit’s participation in the NVIDIA Inception program strengthens its commitment to innovation.
Main AI News:
In a groundbreaking move, InOrbit, Inc., the leading provider of cloud-based robot operations (RobOps) software, has joined forces with NVIDIA to revolutionize the realm of advanced robot simulations. This exciting collaboration marks a significant milestone in the evolution of InOrbit missions, offering unprecedented capabilities to end users, particularly in the logistics industry. Now, logistics providers can seamlessly craft missions, execute them in both virtual simulations and real-world settings, and analyze outcomes through a unified interface, bridging the gap between cutting-edge AI-driven robotics technology and large-scale practical applications.
At the core of this innovation lies InOrbit’s integration with the NVIDIA Isaac Sim™ extensible robotics simulator, powered by the NVIDIA Omniverse™. This dynamic combination empowers InOrbit to model intricate environments and robot behaviors that closely emulate real-world scenarios. Developed in partnership with Ekumen, an esteemed provider of advanced software development services with profound simulation expertise, the virtual Robot Space showcased at inorbit.ai/nvidiaisaacsim closely mirrors the company’s physical Robot Space located in Silicon Valley. Within this virtual realm, multiple simulated robots mirror their real-world counterparts as they meticulously execute identical missions, whether it be picking items at a fulfillment center or efficiently transporting boxes within a warehouse. This simulation offers a remarkably lifelike representation of the physical world.
Third-party logistics companies, manufacturers, and retailers now have the opportunity to extract actionable insights and drive continuous enhancements within their production workflows, leveraging the most advanced RobOps tools and data consistently across both physical and digital environments. This facilitates the seamless modeling of workflow changes, the orchestration of robots from diverse vendors, and the reduction of costly disruptions caused by traffic congestion or collisions.
Partners within the InOrbit Connect™ ecosystem, including OTTO Motors by Rockwell Automation™, can exhibit simulations of their robots within virtual environments that faithfully replicate their customers’ facilities. Although simulations may not perfectly replicate real-world robot operations, they enable end users to formulate and test missions in a simulated environment, approximating the behavior of actual robots in production. By deploying a unified interface to bridge the Sim2Real (simulation to reality) gap, customers gain the foresight to address potential issues before they materialize, thus continuously enhancing their operational efficiency.
Ryan Gariepy, CTO of Clearpath Robotics and OTTO Motors by Rockwell Automation, acknowledged the pivotal role of simulations in robot development, particularly in reinforcement learning. He expressed enthusiasm for collaborating with InOrbit to demonstrate how robots from various manufacturers can be effectively simulated, providing end users with real-time insights into their robot operations prior to deployment in production.
Florian Pestoni, co-founder and CEO at InOrbit, lauded the collaborative effort with Ekumen and NVIDIA, emphasizing the groundbreaking nature of orchestrating simulated and real robots from multiple vendors through a unified platform. This innovation unlocks vast opportunities for harnessing the power of data, AI, immersive technology, and robotics in unison, welcoming all to the era of the Roboverse.
InOrbit’s participation in the NVIDIA Inception program further solidifies its commitment to advancing technology with access to cutting-edge resources, ultimately pushing the boundaries of what’s possible in the field of RobOps.
Conclusion:
The collaboration between InOrbit and NVIDIA marks a significant leap in the field of RobOps, enabling seamless mission execution in both simulated and real environments. This breakthrough offers industries valuable insights, increased efficiency, and the potential for groundbreaking advancements in robotics technology, solidifying InOrbit’s position as a leading innovator in the market.
