Emergence Launch: AI Agents and the future enterprise: Dr. Satya Nitta

AI agents are poised to revolutionize software systems and devices, promising unprecedented automation and efficiency for enterprises. However, the road to this future is riddled with challenges such as inefficiency, non-determinism, high costs, discoverability, and rapid technological evolution. At Emergence, we are tackling these challenges head-on to transform the vision of useful AI agents into reality. Join us as we unveil our Orchestrator, which is a meta-agent designed to intelligently route tasks, integrate diverse AI agents, and future-proof enterprise systems. We will also show work from our R&D labs where we are advancing the science of agents and developing a web agent in the open source to automate complex enterprise workflows. Discover how our experience in building scalable AI solutions and our commitment to open-source development are paving the way for a seamlessly automated world. Recorded live in San Francisco at the AI Engineer World's Fair. See the full schedule of talks at https://www.ai.engineer/worldsfair/2024/schedule & join us at the AI Engineer World's Fair in 2025! Get your tickets today at https://ai.engineer/2025 About Dr. Satya Dr. Satya V. Nitta is a technologist and business leader with deep experience in launching major new initiatives that create significant technical and business impacts. He was the former global head of the AI solutions for the learning department at IBM Research, which he founded. In the AI space, the teams he has led and is currently leading have invented and developed technologies at the intersection of conversational systems, speech recognition, and natural language understanding, as well as AI hardware-based edge devices. Earlier, as manager and technical leader of the Advanced Interconnect Technology department at IBM Research, he helped invent and develop many aspects of IBM’s silicon on-chip interconnect technologies with significant technical and business impacts on several generations of IBM’s semicon