Historically, companies have struggled to leverage real-time data. Therefore, this track will explore how recent advances in artificial intelligence and edge computing allow this data to be interpreted, integrated, and acted upon in near real-time. One of the most significant benefits of this enhanced processing power is that it allows integrated IoT solutions to interact seamlessly with consumers. This frictionless technology adoption democratizes these solutions and improves people's daily lives.
The integration of remote sensing, edge computing, and 3D modeling with autonomous vehicles is a revolutionary application. In this sense, this track will explore how these technologies enable unmanned vehicles to operate in environments beyond those considered safe, or even possible, for humans. Longer battery life and enhanced telemetry allow Autonomous Vehicles (AVs) to move freely through the vacuum of space, the crushing pressures of the deep ocean, and the rocky terrain of remote locations, collecting data and resolving issues with minimal intervention.
Robust connectivity is at the heart of IoT solutions. Without reliable broadband connectivity, these devices and the data they collect will never reach their full potential. Recent advances in space-based connectivity solutions promise a future where no device will experience communication interruptions due to dead zones or terrestrial interference. How this technology emerged and the exciting innovations it represents will be the focus of this track.
Manufacturing / Industry 4.0
Energy and Utilities
Smart Homes/Smart Buildings
Mobility and Logistics
Agribusiness
Health
Solutions for Internet of Things
Cloud computing
Connectivity
Cybersecurity
Intelligence Artificial (AI)
Digital Twins
Augmented Reality and Virtual Reality
Edge Computing
Big Data Analytics
Robotic Automation and Processes
