The year 2024 has reshuffled the cards in the tech sector, not so much through the arrival of spectacular gadgets but through a fundamental change. Artificial intelligence has slipped into everyday objects, and a European regulatory framework has begun to impose concrete limits on manufacturers and publishers. Understanding these two parallel movements is key to grasping what sets 2024 apart from previous years.
AI Act: the European regulation that changes the game for consumer tech
Have you noticed that more and more products display “powered by AI” on their packaging? Behind this marketing label, a European law now sets precise rules of the game. The EU Regulation 2024/1689, known as the AI Act, came into effect on August 1, 2024.
This regulation does not only concern research laboratories or large platforms. It also targets general-purpose AI models (the famous GPAI, like consumer chatbots) and, ultimately, the gadgets that depend on them.
As of August 2, 2025, providers of these models must document the design of their systems, specify the intended uses, and disclose the copyrighted content used for training. In plain terms, a manufacturer integrating a language model into a connected toy or a home voice assistant must be able to explain how that model was constructed.
The next step, scheduled for August 2, 2026, with Article 50, will impose broader transparency obligations. Chatbots, automatically generated content, deepfakes: everything must be identified as such to the user. This directly concerns the “fun” gadgets showcased at trade shows, which often rely on text or image generation without a clear mention of their artificial nature.
To delve deeper into these topics, the tech articles on La Règle du Je provide regular updates on these developments and their concrete impact on the products we use.
Embedded artificial intelligence: when software redefines hardware
The tech shows of 2024 (CES in Las Vegas, IFA in Berlin) have shown a clear trend. AI is no longer a secondary selling point; it is the heart of the product. Robotic vacuums, for example, no longer just follow a pre-programmed path. They identify obstacles, adjust their suction power according to the type of floor, and map the space in real-time.
The same principle applies to smartphones. Manufacturers have invested in neural processors integrated directly into the chip, capable of processing AI tasks without a cloud connection. Automatic photo editing, real-time voice transcription, simultaneous translation: these functions operate locally, on the device.
Why this shift towards local processing
Two main reasons explain this direction. The first is latency: sending data to a remote server takes time, even with a good connection. The second is privacy. Processing data on the device avoids routing it through third-party servers. In a context where the AI Act imposes more transparency on data usage, this technical choice also becomes a regulatory argument.
In practical terms, a pocket translator like the Timekettle W4 Pro, showcased at IFA 2024, operates partly offline. It does not rely on a constant connection to translate a conversation. This type of product clearly illustrates the shift from software innovation (the translation model) to a tangible hardware benefit (a gadget usable anywhere).
Consumer robotics and drones: what has really progressed in 2024
Robots and drones are occupying an increasingly prominent place at tech shows. Behind the showcase, the concrete advancements deserve to be sorted.
- Ultra-light drones, like the DJI Neo presented at IFA, target a beginner audience with gesture-based simplified piloting and a reduced weight that places them below certain regulatory thresholds.
- Domestic robots now combine multiple functions (vacuuming, washing, obstacle detection) thanks to LiDAR sensors and cameras coupled with embedded AI. Vision-based navigation has significantly improved compared to models with simple telemetry.
- Humanoid robots remain at the demonstration stage. The prototypes showcased at CES 2024 can walk and grasp objects, but no consumer model has been marketed at an accessible price this year.
The robotics sector is therefore advancing at two speeds. Mature products (drones, vacuums) are gaining reliability and autonomy. More ambitious projects (humanoid robots, physical assistants) remain technological showcases.
Displays and display formats: visible innovations from CES 2024
Transparent screens made a mark at CES 2024. Several manufacturers showcased panels that can be seen through when turned off. The idea is not new, but the image quality has reached a new level: sufficient brightness for daytime use, improved contrast, and screen sizes larger than previous prototypes.
Why does this matter? Because these screens open up concrete uses beyond the showroom. Store windows, office partitions, vehicle windshields: the transparent screen becomes an architectural component, not just a demonstration gadget.
Foldable smartphones have also continued their progression, with more durable hinges and less visible creases. The format remains a niche, but prices are starting to drop compared to the first generations.
What 2024 changes for the following years
The year 2024 has laid two lasting foundations for the digital world. The first is regulatory: the AI Act structures a framework that will influence the design of tech products sold in France and Europe over the next decade. The second is technical: embedded AI on local chips redefines what a device can do without relying on the cloud.
The most significant innovations of 2024 are not those that shine the brightest at a trade show. They are the ones that silently change how an object functions and the legal framework within which it can be sold.
