Ai4 2026: The Artificial Intelligence and Robotics Exhibition in Las Vegas

The Ai4 2026 exhibition is set to take place in Las Vegas from August 4 to 6, 2026. This event, organized by the Fora Group, marks the ninth edition of its kind and is expected to showcase the latest developments in artificial intelligence and robotics.

Event Overview

Las Vegas will once again become the focal point for global artificial intelligence as it hosts Ai4 2026. Renowned for its entertainment and business sectors, the city is poised to attract international attention by serving as a vibrant platform for the commercialization of AI. Over the years, Ai4 has evolved into one of North America’s premier events dedicated to AI and robotics applications, thanks to Fora Group’s deep understanding of industry trends and business needs.

Focus of the Exhibition

Unlike other exhibitions that may emphasize futuristic concepts, the core of Ai4 2026 will be to present “realities in action.” The event will cover critical technologies such as artificial intelligence, machine learning, automation, robotics, large models, and data intelligence, spanning over twenty industries including finance, healthcare, retail, manufacturing, energy, transportation, real estate, hospitality, and entertainment.

Participants will have the opportunity to witness firsthand how AI is transforming business operations, enhancing efficiency, and reshaping industry structures. Leading tech companies, unicorn startups, innovative robotics teams, and industry giants will showcase their latest products and solutions.

Exhibition Features

Ai4 2026 will emphasize “industry depth” through various formats including keynote speeches, industry forums, closed-door roundtables, technical workshops, and corporate exhibition areas. The focus will be on the practical applications of AI in enterprise scenarios, ranging from the deployment of large models to intelligent robotic operations, automation infrastructure, AI safety governance, smart customer service, predictive analytics, and service robots.

Las Vegas: A Hub for Technology and Innovation

As the host city for CES, Las Vegas boasts a well-established technology exhibition ecosystem. Ai4 builds on this foundation by providing a focused, professional communication platform aimed at enterprise decision-makers. For tech companies looking to enter the North American market, industry users seeking partnerships, and capital institutions interested in AI investment opportunities, Ai4 2026 represents not just an exhibition, but a crucial nexus connecting technology, business, and future trends.

Exhibition Categories

• Intelligent Robots and Automation Systems
  • Industrial Robots: handling robots, welding robots, assembly robots, painting robots, robot end effectors (grippers, tool changers), and robot system integration.
  • Service and Professional Robots: medical robots, logistics robots, educational robots, cleaning robots, security patrol robots, agricultural robots, governmental assistance robots, and intelligent monitoring and security robots.
  • Smart Handling and Assembly Technologies: automated assembly lines, assembly workstations, AGV systems, loading and unloading systems, material handling and sorting systems, conveyor technologies, and stacking systems.
• Core AI Technologies and System Platforms
  • Intelligent Algorithms and Control Systems: AI inference and decision-making systems, neural network controllers, fuzzy control systems, intelligent PID, expert systems, learning control systems, and hybrid intelligent control systems.
  • Knowledge Engineering and Cognitive AI: natural language processing (NLP), machine translation, intelligent search engines, data mining, semantic understanding, and knowledge graphs.
  • AI Software and Systems: industrial AI platforms, machine learning tools, intelligent control software, cloud computing and big data analysis platforms, and simulation software.
• Perception and Vision Systems
  • Sensing Technologies: photoelectric, laser, ultrasonic, temperature, force sensing, and contact sensors.
  • Machine Vision and Recognition: 2D/3D vision systems, deep learning vision platforms, image recognition, license plate recognition, facial recognition, object recognition, and image detection and processing.
• Human-Machine Interaction and Intelligent Experience
  • Human-Machine Interface and System Control: HMI systems, voice recognition and control, gesture recognition.
  • Intelligent and Pattern Recognition: fingerprint, iris, voice, text, retina, and multimodal recognition.
  • Extended Reality Technologies (XR): virtual reality (VR), augmented reality (AR), and mixed reality (MR) applications.
• Smart Hardware and IoT Ecosystems
  • Smart Devices and Endpoints: wearables, smart voice assistants, smart medical devices, smart educational terminals, and smart retail terminals.
  • Smart Home and Urban IoT: IoT gateways, edge computing nodes, smart building systems, and smart traffic sensing.
• Robot Components and System Support
  • Drive and Execution Mechanisms: servo motors, stepper motors, electric drive systems, hydraulic and pneumatic systems.
  • Gripping and Manipulation Technologies: electric/pneumatic grippers, intelligent gripping systems, and integrated gripping solutions.
  • Control and Communication Systems: PLC, DCS, industrial Ethernet, wireless communication, and industrial internet (IIoT).
• Digital Technologies and Infrastructure
  • Blockchain and Web3: decentralized storage, smart contracts, and distributed identity management (DID).
  • Digital Economy and Platforms: digital twins, digital infrastructure, and industrial digital solutions.
• Safety and Electrical Engineering
  • Robot and Automation Safety: safety light curtains, laser scanners, safety switches, and emergency stop systems.
  • Electrical Engineering and Connections: power equipment, distribution systems, cables and connectors, and electrical control modules.
• Research Achievements and Professional Services
  • R&D and Prototypes: research project outcomes, robot prototypes, and innovative experimental results.
  • Services and Ecosystems: system integration, after-sales support, talent training, and professional consulting and outsourcing services.

Market Analysis of the AI and Robotics Sector in Las Vegas

Las Vegas is transitioning from being known solely as the “Entertainment Capital” to a city driven by both technology and services. The AI and robotics sectors are emerging as new engines of growth. With high-density service scenarios in hotels, casinos, conferences, retail, and airports, the city offers ideal conditions for the deployment of service robots, intelligent customer service, operational optimization algorithms, computer vision, and data intelligence.

Moreover, the long-standing presence of global technology exhibitions like CES has established Las Vegas as a front-line stage for the launch of new AI and robotics products and technologies.

Trends and Future Prospects

As we approach 2026, the AI and robotics market in Las Vegas is expected to witness significant growth, driven primarily by the service industry’s demand for automation and the casino sector’s reliance on intelligent operations. The adoption of service robots across hotels, casinos, and large dining groups is becoming widespread, enhancing operational capabilities and transitioning automation from a supplementary tool to a core operational capability.

Additionally, the integration of AI into casino operations is intensifying, with technologies like computer vision and behavior recognition being utilized for monitoring and decision-making. Las Vegas will continue to be a pivotal location for the testing and commercialization of autonomous vehicles, supported by ongoing investments in smart transportation infrastructure.

Conclusion

Ai4 2026 is set to play a crucial role in showcasing advancements in AI and robotics, providing a platform for industry leaders to connect and collaborate. As Las Vegas embraces these technologies, it positions itself as a hub for innovation and a model for other cities worldwide.