In a data science strategy, the precise definition of the problem is crucial. Asking the right questions enables us to obtain insights, predictions, and useful knowledge for businesses in a big data environment. It is important to involve all stakeholders within the organization and use direct methods to frame the problem, integrating perspectives from different areas. Collaboration between data scientists and business users is fundamental to the success of the project.

The new generation of robots in the culinary world uses IoT sensors and artificial intelligence to perform tasks in the kitchen efficiently. These robots can help address staff shortages, reduce food waste, and improve the customer experience. Examples include an autonomous AI system that automates cooking, a barista robot that prepares up to 400 cups of coffee, and a robot that fries chicken wings, increasing food production speed. The food industry is experiencing technological advances, and more complexity is expected in data management and training to program the robots.

The use of IoT and wearables in golf is revolutionizing the industry. Devices like smart golf clubs and sensors connected to the player’s glove analyze and improve the swing, offering instant feedback and personalized training programs. Additionally, real-time data tracking, such as the distance the ball travels, promotes competition and enhances the game. Overall, IoT makes golf more precise, professional, and appealing to all generations.

Preparing for the challenges of retail involves aligning strategies across all sales channels. Omnichannel approaches are key to delivering a positive customer experience and adapting to the growth of eCommerce. To achieve this, it’s essential to implement tools that communicate with each other, use data to improve, and be willing to change. Additionally, following tips like defining the ideal user, digitizing the product catalog, offering various payment methods, enhancing operational resources, and organizing logistics can help. Companies like Zentricx can assist in the digital transformation of retailers in Spain.

The fashion of the future focuses on the functionality of smart clothing, which
integrates electronic components and sensors into fabrics. These sensors capture data from the human body and send it through smartphone applications, providing information on sports and health metrics. Examples include yoga pants that improve posture, socks that enhance walking and running techniques, and smart socks that detect ulcers. The smart clothing market is projected to reach USD 5.3 billion by 2024 due to growing demand and technological advancements in data capture and monitoring.

Compared to other fields, robotics has particular characteristics because its goal is to enable a physical agent to interact with the real world.