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CONGRESS OVERVIEW

Discover the future of disruptive technologies

IOT Solutions World Congress 2025 is more than an event—it’s a platform for innovation. Our carefully curated tracks explore how cutting-edge technologies are transforming industries worldwide. From digital transformation to space connectivity, dive into the trends that are shaping tomorrow. 

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WHAT'S COMING UP AT THE CONGRESS

Ideas to shape tomorrow​

Fostering Innovation

DIGITAL TRANSFORMATION STRATEGY

UNLOCK THE POWER OF INNOVATION

Digital Transformation efforts will account for a large capital outlay in 2025, but are companies seeing a return on their investment? Let the experts help perfect your strategy, create realistic goals, and map out a realistic value case for your DT efforts.

Session Topics:
Why do most digital transformation efforts fail? Often, it’s not the technology, but the strategy behind the technology that fails. That’s why specific, measurable goals are critical to staging and executing a successful digital transformation.

One of the most exciting aspects of Industry 4.0 is improved efficiency. Not only do these automated systems reduce downtime and streamline processes, they may also eliminate waste, save energy, and lower your carbon footprint.

The remote sensor revolution and the advent of supercomputing have led to an exponential growth of both real-time and aggregate data. How can you make the most of all this information?

Artificial intelligence holds huge promise for the future. But what are the best ways to leverage this bourgeoning technology in its current state? What are the quick wins that will impact your bottom line?

STAY AHEAD WITH EMERGING TECH

Emerging technology allows a deeper understanding of the root cause of persistent challenges. Knowing the problem you’re trying to solve is the first step to leveraging automated solutions to deliver data in a form that can improve processes and operations.
Session Topics:
The digital revolution has unleashed so much valuable data, that it often takes massive computer power to process and interpret it. Everything from predicting weather patterns to understanding molecular interactions owes a debt to these state-of-the-art systems.
From Hydrogen Fuel Cells to Lithium-Ion Batteries, the future doesn’t belong to a single energy source. Explore the various opportunities created or enabled by the energy transition.
Fostering technology adoption is a group effort. It requires cooperation and, in some cases, regulation to ensure safety, equity, and connectivity. See how industrial standards and government regulation work to encourage progress, while promoting cooperation.
Neural networks process vast amounts of data in a new and novel manner. The results from these “layered” systems are only as good as the large data sets, they are trained on and the quality of their backpropagation algorithm. So, the question becomes: How do we learn to teach?

Advancing Technology

EMERGING TECHNOLOGIES AND PROCESSES

Navigation, Connectivity, and Remote Operations

WORKING IN SPACE AND OTHER HARSH ENVIRONMENTS

CONNECT TO THE FUTURE WITH 5G AND BEYOND

5G and Wireless Connectivity are critical components of remote operations. Faster connectivity makes it possible for an autonomous system, or remote pilot to incorporate real-time data into the decision-making process. 3D-visualization, through-water telemetry, and digital twins allow for remote inspections and surveys to be conducted in hostile environments 4,000 meters beneath the sea or millions of kilometers into space. Learn how commercial applications of these cutting-edge technologies are fueling the “space economy” and fostering new business strategies.

Session Topics:
Drones, Robots, and Digital Twins can work in concert to map, explore, and interact with realworld equipment and environments too distant or dangerous for humans. See how these systems can accelerate our understanding of the universe and open the door to new resources and opportunities.

At the heart of the Internet of Things is the need for rapid and robust wireless connectivity. Collecting data and sending instructions to PLCs and remote sensors requires a reliable, high-speed connection. Harsh environments and remote locations often require a novel system, or in many cases, a dedicated 5G network.

One of the key drivers behind autonomous vehicles and wireless connectivity is the opportunity for governments and industry to operate at scale in environments outside the reach of man. Deploying these systems at an operations level requires a high degree of connectivity, redundancy, and reliability.

While there are numerous historic examples of how government-funded science and engineering have benefitted the private sector, this relationship is becoming more and more of a two-way street. How have government funded programs in space, defense, energy, and conservation benefitted from technological advances in the private sector?

WHY ATTEND?

IOTSWC 2025 offers deep insights across all tracks, providing a unique opportunity to gain actionable knowledge, explore emerging trends, and stay ahead of the competition.

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Pedro Mier

Pedro Mier holds a degree in Telecommunications Engineer ing from the Polytechnic University of Catalonia, MBA from ESADE and PADE from IESE. He is currently President of AMETIC (Association of Electronics, Information Technology and Telecommunications Companies of Spain), Shareholder and Chairman of the Board of Directors of TRYO Aerospace & Electronics, Board Member of the Premo Group and Committee of CTTC. member of Space Angels Network and Member of the Sc ientific Advisory