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SOUTHWEST Session: This demonstration showcases how agentic automation streamlines material replacement and inventory management using UiPath Maestro. The flow begins with an MTR (Material Test Report) being received, processed, and linked to its corresponding purchase order (PO). Upon identifying a defective material, the system transitions to a Maestro-driven workflow where an intelligent agent analyzes the issue, reviews inventory, and finds suitable substitute materials. The agent then recommends replacements based on availability and need. A human operator reviews and refines these recommendations—such as adjusting shipping quantities—and approves an automatically drafted email prepared by the remediation agent for the customer and requisition team. The demo concludes by highlighting how this automation fits into a larger source-to-pay and manufacturing management process, improving speed, accuracy, and end-to-end efficiency.

SOUTHWEST Session: Driven by the rise of Edge AI, industrial machine health monitoring is undergoing a transformative shift—enabling smarter, faster, and more autonomous decision-making at the edge. In this session, we’ll explore how edge computing and artificial intelligence are converging to deliver real-time insights directly at the source of data generation, minimizing latency and enhancing responsiveness. We'll examine traditional Condition-based Monitoring (CbM) methods and their limitations in dynamic industrial environments, then dive into how predictive and prescriptive maintenance strategies—utilizing Edge AI—are anticipating failures, optimizing performance, and reducing costly downtime. This evolution is reshaping the future of industrial reliability, operational efficiency, and long-term asset sustainability.

SOUTHWEST Session: The future of manufacturing is being reshaped by the integration of Acumatica, AI, ML, LLMs, and IoT. These technologies collectively drive unprecedented efficiency, innovation, and sustainability. Acumatica’s cloud ERP streamlines operations and scalability, while AI and ML optimize production, predict maintenance, and analyze data for smarter decision-making. LLMs enhance communication and automate documentation, and IoT enables real-time monitoring and interconnected smart factories. Together, they reduce costs, minimize waste, and foster agility, positioning manufacturers to thrive in a competitive global market. By embracing these advancements, companies can achieve long-term success, transform their operations, and lead the industry into a new era of productivity and sustainability.

Speaker at SOUTHWEST: John Carpenter, Founder, Owner, President, Excellerant

Speaker at SOUTHWEST: Tim Gicewicz, Sr. Solutions Architect, TDK SensEI (USA)

Speaker at SOUTHWEST: Kenny Vuong, Account Executive, Integris

Speaker at SOUTHWEST: Joe Fetter, Director of Sales, Integris

SOUTHWEST Session:

SOUTHWEST Session: The fusion energy sector is in a pivotal moment. Commercial fusion energy would help unlock an abundant new source of reliable energy to help meet the growing energy needs of the grid and data centers across the United States. The high energy density of fusion fuels - The fusion energy released from just 1 gram of fuel equals the energy from about 2,400 gallons of oil - makes it an important priority for American energy dominance. There is a growing consensus that commercial fusion power could soon become a reality. But how will we get there? DOE’s Office of Science Fusion Energy Sciences program aims to usher a burgeoning fusion private sector industry in the U.S. toward maturity on the most rapid timeline. By leveraging investments from both the public and private sectors with prudent and strategic processes, DOE is marshaling the forces of the public and private sector to close key gaps on the critical path toward fusion energy . What’s at stake is enormous. If the sector meets its ambitious timeline, fusion could transform the world’s energy system and truly unlock U.S. innovation and energy dominance.

SOUTHWEST Session: Fusion Energy offers the potential for long-term, reliable and 24/7 available energy, using abundant fuel supplies without producing long-lived radioactive waste. How can we make fusion energy a reality? What are the opportunities and the challenges from a technology as well as workforce perspective? What do we need to do now to prepare the workforce and advance the technology for commercialization? Join this panel discussion to hear from the President of Tokomak Energy Inc., Dr. Michael Ginsberg, responsible for growing Tokamak Energy's U.S. market and strategic partnerships, along with Christian Newton, Chief of Staff for the Office of Science at the US Department of Energy, Dr. Robert Duckworth, Senior R&D Staff member in the Fusion Energy Division at Oak Ridge National Laboratory (ORNL), and Dr. Allain, Associate Director of Science for Fusion Energy Sciences (FES) as they share their views on the opportunities and challenges Nuclear Fusion will need to address from a technology as well as workforce perspective.