The mobile phone market is undergoing a period of technical changes whose impact goes beyond just the announcements of new models. Integrated satellite connectivity in smartphones, European regulations on reparability, embedded artificial intelligence: several driving forces are reshaping what we expect from a phone in 2026. Here’s an overview of the significant developments, beyond the showroom effects.
Direct satellite connectivity: what the announcements don’t say
Satellite communication to smartphones (direct-to-device, or D2D) is increasingly featured in the announcements from manufacturers and operators. Several partnerships between European mobile operators and satellite constellation providers are multiplying, promising to send emergency messages or maintain minimal connectivity when terrestrial networks are down.
D2D can serve as a relay in a real emergency, beyond the simple argument of often-highlighted dead zones by marketing. The technical sheets available on mobiles-infos.com allow users to check the compatibility of models with these new services.
However, the actual availability of D2D depends on many parameters that are rarely detailed: smartphone compatibility, operator, plan, geographic coverage, frequencies used, authentication procedures, and switching to the terrestrial network. Commercial announcements imply a universality that the technical reality does not yet confirm.
At the regulatory level, the European Union is working to reduce the fragmentation of national authorizations for mobile satellite services. The stated goal is to support a sovereign European capability in this area.
Smartphone reparability: the new European ecodesign rules
Since June 20, 2025, smartphones launched in the European market must comply with enhanced ecodesign requirements. These rules cover several specific points that modify the very design of devices.
- The battery must be replaceable by the user or an independent repairer, without specialized tools exclusive to the manufacturer.
- Spare parts (screen, battery, charging connector, among others) must remain available for several years after the model is no longer marketed.
- Security software updates must be provided for a minimum duration after the product is launched.
This regulation disrupts an industrial model based on rapid obsolescence and miniaturization at the expense of maintainability. Some manufacturers have already adapted their ranges, while others struggle to reconcile design slimness with the accessibility of internal components.
Field feedback varies on this point: several manufacturers comply with the letter of the regulation without adopting its spirit, for example by making the battery technically accessible but with a procedure so complex that it discourages the average user. The question of the quality of third-party spare parts also remains open.
Embedded AI in smartphones: real capabilities and limits
Generative artificial intelligence embedded directly in the processors of phones is one of the major focuses highlighted by manufacturers. Several functions for translation, photo editing, and contextual assistance are now presented as capable of functioning without a cloud connection.
Local data processing offers an advantage in terms of privacy, as requests do not pass through remote servers. In practice, performance heavily depends on the device’s processor and RAM. Entry-level models are largely excluded from these functions, creating a gap between marketing discourse and actual user experience.
The cost of AI components raises the average price of smartphones, which could hinder access to innovations for a significant portion of the global population. The price increase related to dedicated chips and additional memory exacerbates the gap between ranges.
Foldable smartphones and new formats: where is the market
Foldable and rollable screens have reached a level of technical maturity. Several manufacturers are now marketing foldable models whose hinges are becoming more durable and folds more discreet with each generation.
The flip format and the fold format share the segment, each catering to different uses. The flip focuses on compactness, while the fold emphasizes productivity with a wide screen. The available data does not allow for a conclusion on a dominant format in the medium term: sales remain modest compared to the overall market for traditional smartphones.
The price issue hinders mass adoption. These devices cost significantly more than their flat-screen counterparts, with durability yet to be proven over several years of daily use. The long-term reliability of foldable screens has not yet been established by user feedback over more than three or four years.
Mobile telephony and European digital sovereignty
Several issues converge on the same question: Europe’s ability to control the technologies that equip its citizens’ phones. Regulations on reparability, oversight of D2D satellite, discussions on AI, and the protection of personal data are part of a broader framework of technological sovereignty.
The absence of a major European manufacturer of consumer smartphones complicates this ambition. The rules apply to products sold on the territory, but design, manufacturing, and software architecture remain largely non-European. The real impact of these regulations will depend on their implementation and effective controls on the ground.
The coming months will be crucial to assess whether the frameworks established in 2025 and 2026 produce concrete effects on the lifespan of devices, access to satellite services, and the protection of data processed locally by AI. The gap between regulatory ambition and industrial reality remains the point to watch.
