The year 2024 has reshuffled the cards in the high-tech sector on several simultaneous fronts. Between a European regulatory framework that is beginning to have concrete effects on everyday products, processors incorporating dedicated computing units for artificial intelligence, and a reshaping of the components market, the landscape is not just a list of gadgets. Here are the key trends that have structured this year and whose consequences are already extending.
European AI Act: the regulation that changes product roadmaps
The standout event in tech for 2024 does not come from a manufacturer, but from a legal text. The Regulation (EU) 2024/1689, better known as the AI Act, came into effect on August 1, 2024. Its obligations will be phased in between 2025 and 2027, with bans and AI literacy requirements effective as of February 2025.
For manufacturers of smartphones, laptops, or connected devices incorporating artificial intelligence functions, the consequence is direct. They must now map their AI systems, assess the risk level of each use, and prepare compliance management systems. Use cases classified as high risk (employment, education, credit, product safety) face the heaviest constraints, with increased attention to data traceability and model governance.
This regulatory framework has already prompted schedule revisions among several players. Some generative AI features integrated into consumer devices have seen their European rollout delayed, to align technical documentation with the new requirements. Field feedback on this point varies: some manufacturers see the AI Act as a hindrance to innovation, while others view it as a competitive advantage for companies able to demonstrate compliance.
Specialized directories allow tracking of players adapting their offerings to this new context, as can be seen in the tech section of Maxi Bottin, which lists French technology sectors.
Processors with integrated NPU: what embedded AI changes for PCs
Samsung, Intel, and their competitors have made 2024 the year of processors equipped with NPU (Neural Processing Unit). These computing units dedicated to artificial intelligence, integrated directly into the chip, allow for local execution of AI tasks without sending data to the cloud.
The change is not cosmetic. An embedded NPU reduces the latency of AI functions (voice recognition, real-time image processing, contextual suggestions) and limits dependence on a network connection. For businesses, this opens the door to processing sensitive data that remains on the machine.
The concrete limits to know
The performance claimed by manufacturers relies on specific benchmarks. In everyday use, the actual gain depends on software optimized for the NPU. However, at the beginning of 2024, the majority of consumer applications had not yet exploited these dedicated chips. The software ecosystem lags behind the hardware.
Google and other publishers have begun adapting their tools, but the transition will take time. A PC equipped with an NPU purchased in 2024 will likely not reveal its full potential until the software updates of 2025.
Displays and display technologies: what has changed beyond marketing
The CES 2024 showcased several screen innovations, but the underlying movement concerns the democratization of OLED panels in more accessible price segments. Samsung and other manufacturers have expanded their ranges, making this technology available on mid-range desktop monitors and laptops.
- OLED panels are arriving on 27-inch screens intended for office work, not just for gaming or creation
- The issue of organic pixel lifespan (burn-in) remains a topic of debate among heavy users, even though manufacturers have improved their protection mechanisms
- Competing technologies (Mini-LED, QD-OLED) keep pressure on prices, benefiting the end consumer
The display market in 2024 illustrates a classic dynamic: yesterday’s premium technology becomes tomorrow’s standard. The available data does not yet allow for measuring the actual impact on overall monitor sales, but the underlying trend is clear.
Sovereign cloud and distributed infrastructures: a challenge for French companies
The question of the cloud has gone beyond simple hosting. In 2024, concerns about data sovereignty have led several companies to reconsider their architecture. Distributed cloud, where data is processed as close as possible to its collection point, is gaining ground against centralized models.
For French companies, this topic directly intersects with the AI Act. Processing AI data on infrastructure compliant with European law becomes a selection criterion, not just a marketing argument. Cloud providers that can guarantee hosting on European soil, with governance compliant with GDPR and the new AI regulation, find themselves in a favorable position.
What still hinders adoption
Cost remains an obstacle. Sovereign cloud offerings are generally more expensive than those from American hyperscalers. SMEs, in particular, struggle to justify the price difference when regulatory constraints do not directly concern them.
In contrast, regulated sectors (health, finance, defense) are accelerating their migration. The movement has begun, but the complete shift of the French market is not yet secured.
The year 2024 will thus be remembered as the year when regulation caught up with innovation. Processors with NPU, accessible OLED screens, and sovereign cloud are shaping a tech landscape where compliance and local performance carry as much weight as the race for raw specifications. The choices made this year by manufacturers and companies will largely determine what the market will offer in 2025 and beyond.
