The year 2024 has reshuffled the cards in the tech sector, not through a single break, but through the convergence of several forces: a binding European regulation on artificial intelligence, increasing energy pressure related to cloud and generative models, and hardware advancements that are changing consumer usage. The tech landscape of 2024 reads less like a list of gadgets and more like a set of structural tensions between innovation and constraints.
European Regulation on AI: A Business Constraint Before Being Technical
SERP competitors approach artificial intelligence from the perspective of usage or products. Few mention the legal framework that now conditions the deployment of these technologies in Europe. The Regulation (EU) 2024/1689, known as the AI Act, adopted in 2024, constitutes the world’s first binding text dedicated to the regulation of AI.
This regulation is based on a risk-based approach. Certain practices are strictly prohibited: social scoring, biometric categorization based on sensitive attributes, and large-scale behavioral manipulation. Systems classified as “high risk” must meet obligations for transparency, technical documentation, and human oversight.
Providers of general-purpose AI (GPAI) models are directly targeted by specific requirements. An optional code of conduct is planned for 2025, but the obligations for transparency and risk management apply now. For B2B solution publishers and startups, compliance costs are becoming a significant budget item, on par with server infrastructure.
Several topics covered by tech articles on Qui-Peut.Info detail these sectoral implications as news unfolds.
Energy Consumption of Cloud and Generative AI: The Missing Data
The growth of generative AI and the expansion of cloud infrastructures raise a question that trend reports often overlook: the actual energy footprint of these technologies. Data centers represent a significant and growing share of global electricity consumption, and training large language models amplifies this trajectory.
The International Telecommunication Union (ITU) has published data indicating that the combined growth of AI and cloud is straining the climate commitments of the tech sector. Field reports diverge on this point: some operators claim energy efficiency gains per query, while overall demand for computing is increasing faster than these gains.
The European Union is also working on a labeling system for data centers, aimed at making their environmental performance measurable and comparable. The lack of standardized metrics remains the main obstacle to a reliable assessment of the climate impact of AI.
What This Changes for Businesses
For technical management, the issue is no longer theoretical. Regulatory pressure and public attention on data center consumption are changing the criteria for choosing hosting and cloud providers. Tenders increasingly incorporate environmental reporting requirements, although methodologies have yet to be harmonized.
Transparent Screens and Consumer Hardware: What CES 2024 Really Showed
CES 2024 in Las Vegas highlighted several product categories, among which transparent screens drew significant attention. This display technology, tested for several years, has reached a maturity level with brighter prototypes and better-defined use cases (commercial displays, automotive heads-up displays).
- The robot vacuums showcased at the fair now feature LiDAR sensors and AI-assisted navigation models, with increased decision-making autonomy in complex environments.
- The connected health sector occupied a visible space, with wearable medical monitoring devices capable of measuring parameters previously reserved for hospital equipment.
- The integration of AI in vehicles resulted in concrete demonstrations of multimodal driving assistants, combining camera vision and natural language processing.
In contrast, announcements about foldable screen smartphones were more subdued than in 2023. The foldable format is still searching for its mass market, hindered by high prices and mechanical durability that remains to be proven over the long term.
European Technological Sovereignty: An Open Project
Beyond products, 2024 has seen a strengthening of the debate on Europe’s technological dependence on American and Asian suppliers. Sovereign cloud, semiconductor manufacturing on European soil, and funding for AI research are among the priority areas identified by community institutions.
Cybersecurity is attracting an increasing share of European public investments. The European Cybersecurity Competence Centre (ECCC) has opened new calls for proposals under the Digital Europe program, targeting SMEs and critical infrastructures.
Data and Intellectual Property
The question of intellectual property related to AI-generated content remains open. The available data does not allow for conclusions about the outcome of ongoing proceedings in the United States and Europe, but the decisions expected in the coming months could redefine the conditions for training generative models. This issue directly affects companies that use or develop generative AI tools.
The tech landscape of 2024 is characterized less by spectacular breaks than by the emergence of regulatory, energy, and geopolitical constraints that now condition the pace and direction of innovation. Technologies are advancing, but the framework in which they are deployed has changed in nature.
