Cisco Research: Embodied AI Virtual Summit
- Date
- 2026-05-19
- Host
- Outshift Events
About this event
Embodied AI is moving intelligence out of the chat window and into the physical world. If you care about how AI systems perceive, reason, and act in real environments, Cisco Research: Embodied AI Virtual Summit is built to help you understand where the field is now, what problems still need solving, and why this moment matters. This summit is for people who want substance, not vague futurism. Expect a focused look at embodied and physical AI through the lens of research, autonomy, and real-world deployment questions that come up when software has to interact with hardware, space, motion, and uncertainty. About the Event Cisco Research: Embodied AI Virtual Summit brings together discussion around embodied AI, physical AI, and autonomy in a format designed to make complex ideas easier to engage with. The event centers on the systems that connect perception, decision-making, and action, and the research challenges that emerge when intelligence has to operate beyond a purely digital environment. This is not just a broad AI conversation. The focus here is narrower and more useful: how intelligent systems function when they must sense the world, respond to changing conditions, and take action in physical settings. That could include robotics, autonomous systems, spatial reasoning, simulation, control, and the infrastructure needed to support these capabilities. Because this is a summit format, attendees can expect a program structured around multiple segments rather than a single talk. That makes it a strong fit if you want a more complete picture of the topic, with room for different perspectives across research, engineering, and applied use cases. What to Expect You should expect a research-forward program that explores the current state of embodied AI and the practical questions surrounding autonomy in the physical world. Rather than treating AI as an abstract capability, the summit is likely to emphasize the end-to-end challenge of building systems that can observe, interpret, decide, and act. Across the event, topics may include the technical building blocks and design considerations that matter most in embodied systems, such as: Perception and sensing in dynamic environments Reasoning and planning under real-world constraints Action and control when decisions have physical consequences Autonomy and safety in uncertain conditions Infrastructure, simulation, or evaluation for embodied systems You can also expect the summit format to help connect ideas across disciplines. Embodied AI sits at the intersection of machine learning, systems engineering, robotics, networking, and real-world operations. A strong event in this space helps attendees see not only individual research problems, but also how those problems connect in practice. For attendees, the value is often in the framing as much as the content. A well-designed summit helps clarify which breakthroughs are meaningful, which bottlenecks remain stubborn, and where the next wave of work is likely to happen. Why Attend If you are trying to make sense of where AI is headed next, embodied AI is one of the most important areas to watch. Language models changed how many people think about software intelligence; embodied systems expand that conversation into machines and agents that must operate in the world as it actually is: noisy, physical, incomplete, and constantly changing. Attending this summit can help you sharpen your understanding of the field in a way that is hard to get from scattered articles or product headlines. You will leave with a clearer picture of the core technical challenges, the language experts use to describe them, and the practical implications for research and development. This is also valuable if your work touches adjacent areas. Even if you are not building robots directly, embodied AI influences how teams think about autonomy, multimodal systems, edge intelligence, simulation, and human-machine interaction. The summit can help you place your own work in that broader landscape. A good outcome from attending is not just inspiration. It is better judgment: knowing which questions to ask, which assumptions to test, and which opportunities in embodied and physical AI are worth serious attention right now. Practical Details Date and time: Tuesday, May 19 at 8:00 AM PDT Location type: In person Plan to arrive ready for a concentrated, ideas-first experience. Because the summit starts in the morning, it is worth giving yourself enough buffer to get settled before the first session so you can follow the discussion from the beginning. If you work across AI, autonomy, robotics, systems, or research strategy, this event is a strong opportunity to step back from day-to-day execution and engage with the deeper questions shaping the next generation of intelligent systems. The topic is timely, the scope is focused, and the format is well suited to people who want a serious look at embodied AI without the noise.
Who should attend
This summit is for people who want a sharper understanding of how AI systems operate in the physical world and where the research frontier is heading. - You work in **AI or machine learning** and want to better understand how perception, reasoning, and action come together in embodied systems. - You are involved in **robotics, autonomy, or physical systems engineering** and want a research-oriented view of the challenges shaping the field. - You build or evaluate systems where **real-world interaction, sensing, control, or safety** matter, and you want stronger mental models for thinking about autonomy. - You lead product, research, or technical strategy and need to separate durable progress in **embodied or physical AI** from surface-level hype. - You are a researcher, student, or technical practitioner looking to connect concepts across **embodied AI, multimodal intelligence, simulation, and deployment**. - You are simply AI-literate and curious about what happens when intelligence has to move beyond text and software into environments that are dynamic, physical, and unpredictable. If that sounds like the questions you are already asking, this event will feel directly relevant.