Realtime Robotics Unveils Resolver: A Cloud-Based Solution to Streamline Robotic Workcell Design and Boost Manufacturing Efficiency

Realtime Robotics, a company at the forefront of automated collision-free motion planning, control, and optimization, recently announced the launch of Resolver, a new cloud-based platform designed to revolutionize the way manufacturers deploy and optimize robotic workcells. The announcement was made at Automate 2025, a leading trade show for automation and robotics. Resolver aims to address the longstanding issues of time-consuming, error-prone, and costly robot path planning processes by leveraging advanced computational algorithms to generate optimal, collision-free motion paths and interlock signals at an unprecedented speed. Traditionally, the design and deployment of robotic workcells have been fraught with challenges. These include the manual creation of interference zones and interlock signals to prevent collisions, which can consume over 100,000 hours per project. This complexity often leads to missed cycle time targets and expensive rework, affecting about 10-15% of workcells. Realtime Robotics’ Resolver tackles these issues head-on by automating the most time-intensive aspects of the process. It intelligently selects and tests potential solutions, generating optimal paths and interlocks up to thousands of times faster than human programmers. As a result, Resolver can reduce the time needed for workcell design from months to days, cutting down engineering effort by 50%. The platform's capabilities are extensive, supporting any number of robots and phases in the workflow. Resolver operates seamlessly within Siemens Process Simulate, with plans to integrate with other leading simulation platforms in the near future. Users need only upload their workcell data, configure sequencing and conditions, and execute a run. Within minutes, Resolver produces collision-free motion paths and interlocks, which can be validated and operationalized in simulation software. The longer Resolver runs, the more optimized the paths become, ultimately achieving the best possible cycle times. Peter Howard, CEO of Realtime Robotics, emphasized the transformative potential of Resolver. “It is widely acknowledged that the future of manufacturing hinges on robotics and automation. Yet, the adoption of these technologies remains slow due to inefficient and time-consuming processes. Resolver enables manufacturers to streamline their operations, making the most of their robot investments and driving real change.” Resolver’s benefits extend beyond initial design and deployment. It can be used throughout the project lifecycle, from proposal to final operational setup. During the proposal phase, Resolver helps organizations generate more accurate and competitive cycle time estimates by producing better motion paths. In the design phase, it simplifies and expedites manual path planning, reducing the need for mechanical design iterations. Further, Resolver aids in fixture design, reachability validation, target sequencing, and robot task allocation, providing a holistic view of the manufacturing process. Marco Bizjak, Head of Competence Center Digital Factory and Technical Manager of Digitalisation at FFT, a major systems integrator, praised Resolver for its efficiency. “Resolver eliminates the most time-consuming aspects of industrial robotics, such as programming and optimization. By doing so, it drastically accelerates project timelines, allowing us to deliver more efficient and effective manufacturing processes to our clients. This could give us a significant competitive edge.” Looking ahead, Realtime Robotics will be demonstrating Resolver at two upcoming industry conferences. Interested parties can visit their booths to see the platform in action and learn how it can enhance their manufacturing and engineering processes. In summary, Realtime Robotics' Resolver represents a significant leap forward in robotic workcell design and optimization. By automating the most challenging and time-intensive aspects of the process, it promises to reduce costs, increase efficiency, and enable manufacturers to hit their cycle time targets more reliably. Industry experts like Marco Bizjak at FFT see Resolver as a game-changer, potentially offering a competitive advantage in an increasingly automated manufacturing landscape. Realtime Robotics, headquartered in Boston and Detroit, is a pioneering company in the field of automated collision-free motion planning. Their technology, built on robust computational algorithms, not only accelerates workcell design but also ensures real-time object detection and reaction, making robotics more accessible and effective for manufacturers of all sizes. Founded with a vision to transform the manufacturing sector, Realtime Robotics continues to push the boundaries of what is possible with industrial automation. For further information, visit their website or follow them on social media platforms.