Numurus Announces Advanced Registration for NEPI Engine
Introduction:
Numurus has recently announced the opening of advance registration for its NEPI 2.0 software engine, designed for AI and robotic automation development. This powerful engine is pre-built with a range of capabilities that engineers can utilize to accelerate their software development process. NEPI is offered at no cost to developers, educators, students, and researchers, enabling them to save significant time and expenses associated with low-level coding. With features like drag-and-drop AI orchestration and automation tools, a data and system management suite, and a library of plug-and-play sensors, NEPI empowers engineers to enhance their product’s time to market. Numurus is a member of the NVIDIA Metropolis program for vision AI and provides easy access to the NEPI source code through build instructions or preinstallation on NVIDIA Jetson Xavier and Orin modules for edge AI and robotics. Many organizations have already experienced the benefits of NEPI, including reduced development times and increased productivity. Numurus will also be present at the upcoming RoboBusiness event where their Chief Product Officer, Shanif Merchant, will deliver a talk on accelerating development and reducing costs in robotics software.
Full Article: Numurus Announces Advanced Registration for NEPI Engine
Advanced Registration Opens for Numurus’ NEPI 2.0 Software Engine for AI and Robotic Automation Development
Numurus, a leading provider of AI and robotic automation solutions, has announced that advance registration is now open for its NEPI 2.0 software engine. This engine offers a wide range of pre-built capabilities that engineers can utilize to accelerate software development. NEPI is available for free to developers, educators, students, and researchers, allowing them to save on low-level coding time and costs.
Accelerating Software Development with NEPI
NEPI provides engineers with an abstraction to a library of plug-and-play sensors and robotic backseat drivers, as well as drag-and-drop AI orchestration and automation tools. It also includes a data and system management suite and other features that help engineers speed up their product’s time to market. By leveraging NEPI, developers can reduce AI and robotic automation software development times from years to months.
Easy Access to NEPI Source Code
As part of the announcement, Numurus stated that registrants would have access to the NEPI source code. This can be obtained through build instructions or preinstallation on NVIDIA Jetson Xavier and Orin modules for edge AI and robotics. This flexibility makes it easier for customers to use the software engine according to their specific needs.
Success Stories with NEPI
Numurus highlighted some success stories of customers who have benefited from using the NEPI software engine. Ocean Aero, for instance, employed NEPI to accelerate the development of its advanced threat-detection capabilities for its autonomous platform, the TRITON. Within just six months, Ocean Aero successfully integrated five directional cameras with onboard AI, demonstrating impressive threat-detection capabilities on the TRITON AUSV.
According to Kevin Decker, CEO of Ocean Aero, “The combination of Numurus’ NEPI software, off-the-shelf compute hardware, and its responsive engineering support team was a big factor in the success of this project. It saved our internal team many months of development work we’d otherwise have to do ourselves.”
NEPI is also utilized in the Lane Community College Unmanned Aircraft System (UAS) Program. This program aims to enhance students’ drone AI and automation education by providing them with advanced robotics learning resources without the need for low-level coding.
Looking Ahead
Shanif Merchant, Chief Product Officer at Numurus, emphasized that “NEPI is the standard for robotic and AI automation development.” He believes that Numurus’ customers now have a powerful tool to accelerate their development at a lower cost. Merchant will also be giving a talk titled “How to Fast Track Development Robotics Software and Reduce Costs” on October 19 at RoboBusiness, where he will share valuable insights and use cases.
Attendees of RoboBusiness can visit Numurus’ booth (Booth 318) to learn more about NEPI and explore how it can enhance their own development processes. Numurus is actively committed to revolutionizing AI and robotic automation, and their NEPI software engine is a significant step in achieving this goal.
About RoboBusiness
RoboBusiness is a premier event dedicated to the development of commercial robots. The event boasts over 60 speakers, 100 exhibitors, demos, networking receptions, and more. It also features the Pitchfire Startup Competition, where robotics startups can compete for a $5,000 first-place prize and valuable feedback from industry investors.
Conclusion
Numurus’ NEPI 2.0 software engine is now open for advance registration, offering engineers a powerful tool to accelerate AI and robotic automation development. With its pre-built capabilities, NEPI simplifies software development and reduces coding time and costs. Whether it’s speeding up threat-detection capabilities for autonomous platforms or enhancing students’ drone AI education, NEPI has already proven its effectiveness. As Numurus continues to revolutionize the industry, attendees of RoboBusiness can gain valuable insights from their Chief Product Officer’s talk and explore NEPI’s potential in booth 318.
Summary: Numurus Announces Advanced Registration for NEPI Engine
Numurus has announced that advance registration for its NEPI 2.0 software engine for AI and robotic automation development is now open. The NEPI engine offers pre-built capabilities that engineers can use to accelerate software development. NEPI is free for developers, educators, students, and researchers, helping them save time and costs. It includes a library of plug-and-play sensors, AI orchestration tools, and a data management suite. Numurus’ customers have already reduced their development times using NEPI. The company is also offering access to NEPI source code and preinstallation on NVIDIA Jetson Xavier and Orin modules for edge AI and robotics.
Frequently Asked Questions:
1. Question: What is robotics?
Answer: Robotics is a branch of technology that involves designing, building, and programming machines called robots, which can carry out tasks autonomously or semi-autonomously. These robots are typically equipped with sensors, actuators, and a computing system to perceive their environment and execute specific actions.
2. Question: What are the different types of robots?
Answer: There are various types of robots based on their application and design, such as industrial robots used in manufacturing processes, collaborative robots (cobots) that work alongside humans, medical robots used in surgeries or healthcare assistance, service robots for domestic tasks, and even autonomous robots used in exploration or transportation.
3. Question: How are robots programmed?
Answer: Robots are programmed using programming languages and software specifically designed for robotics. These programming languages allow engineers and developers to code commands and algorithms that dictate a robot’s behavior, movement, decision-making, and interaction with its surrounding environment. Some commonly used programming languages for robotics include Python, C++, and ROS (Robot Operating System).
4. Question: What are the benefits of robotics?
Answer: Robotics offers several benefits across various fields, including increased productivity and efficiency in industries, improved precision and accuracy in tasks, enhanced safety by replacing humans in hazardous environments, and cost-effectiveness in performing repetitive or physically demanding tasks. In medical and healthcare fields, robotics has also contributed to advancements in surgeries, diagnostics, and rehab therapies.
5. Question: What are the future prospects of robotics?
Answer: The future of robotics holds great potential for advancements in various areas. As technology progresses, we can expect more sophisticated robots capable of complex tasks, enhanced artificial intelligence for better decision-making, improved human-robot interaction through natural language processing and gesture recognition, and increased integration with other emerging technologies like virtual reality, augmented reality, and IoT (Internet of Things). Robotics will likely continue to revolutionize industries, healthcare, transportation, and even everyday tasks, making our lives easier and more efficient.
