Artificial Intelligence (AI) agents and their growing autonomy
The constant hype surrounding artificial intelligence has now given way to AI agents, systems capable of executing tasks autonomously, learning and adapting to the specific needs of organisations. These agents not only automate routine processes, but also take on complex roles, optimising operational efficiency and allowing companies to focus on strategic activities.
The leading AI companies are already offering all kinds of these agents. For example, Google has launched projects such as Project Mariner, designed to perform specific tasks ranging from meal planning to programming assistance.
Recently, Telefónica Tech has launched the Telefónica Tech GenAI Platform for the same purpose. And Perplexity, which is offered free of charge to all Movistar customers in its Premium version, offers Perplexity Assistant, an AI agent that can perform sequences of actions on systems and devices.
Quantum computing: Redefining data processing
Quantum computing is positioned as one of the most disruptive technologies, offering exponentially superior processing capabilities to those of traditional computers. This technology will make it possible to solve complex problems in seconds, optimising areas such as logistics, cryptography and the development of new materials.
Google has recently presented its Willow quantum chip, capable of performing calculations in minutes that would take trillions of years for the most advanced supercomputers.
Advanced Nuclear Energy: Small Modular Reactors (SMRs) and their impact on sustainability
The search for clean and sustainable energy sources has driven the development of small modular reactors (SMRs), which offer a safe and efficient alternative to traditional nuclear power plants. These reactors are more economical, scalable and present fewer environmental risks, positioning themselves as a viable solution to meet the growing energy demand.
Companies such as Google and Amazon are exploring the use of SMRs to power their data centres, due to the high energy demand of artificial intelligence. And countries such as Canada and the United Kingdom have already announced plans to integrate SMRs into their energy grids.
New generation supply chains: agility, sustainability and digitalisation
Supply chains are undergoing a transformation driven by digitalisation and the need to adapt to an increasingly complex and unpredictable market environment. Technologies such as artificial intelligence, blockchain and the Internet of Things (IoT) are being implemented to improve the resilience, efficiency and sustainability of logistics operations.
All the leading logistics and distribution companies are investing in digital platforms, with sustainable practices and ESG criteria, which offer complete visibility of the supply chain.
Advanced Robotics: Human-machine integration in the work environment
Robotics has advanced beyond the automation of repetitive tasks, integrating more closely with human activities in various sectors. Collaborative robots, or ‘cobots’, work alongside employees, improving productivity and reducing occupational hazards.
Industries such as the automotive and advanced manufacturing sectors are already implementing cobots on their production lines. And we cannot forget about exoskeletons and wearable robots, as well as our digital twin, which is fundamental for the optimisation and simulation of processes with the corresponding savings and cost efficiency.
And all this is combined with the integration of AI into robotics. This allows robots to learn from their experiences and adapt to new situations without constant human intervention, improving the ability of robots to operate in dynamic and complex environments
The emerging technological trends for 2025 present great opportunities for companies willing to adapt and innovate.
