Smartphones will become full-fledged platforms with enterprise-level capabilities thanks to AI processors, new types of connectivity, and advanced displays. In 2026, devices that look familiar on the outside will undergo radical changes on the inside — technologies will make a decisive leap forward.
1. AI becomes built-in, not added
Last year was a time for chatbots on phones, but in 2026, artificial intelligence will transition from an add-on to fully built-in functionality. New processors — Qualcomm Snapdragon 8 Gen 5, ARM Lumex, and Google Tensor G5 — are being designed specifically for on-device AI. Algorithms will operate directly on the phone, rather than simply accessing cloud services.
Users will receive faster responses, improved security, and AI that will become an integral part of everyday applications and functions. Technology will no longer feel like an add-on — it will become the foundation of smartphone operation.
2. The emergence of agent super apps
Two powerful trends will converge in 2026 — AI agents and super apps. Imagine China's WeChat, but filled with artificial intelligence that not only chats and provides information but acts on your behalf.
With access to calendars, payment systems, contacts, preferences, and geolocation, these applications will handle everyday tasks — from shopping to organizing trips, managing social lives, and automating bill payments. Phones will turn into an interface for AI assistant ecosystems designed to simplify life.
The potential is huge, but are we ready to hand over so much control to our devices? The question remains open.
3. Multi-screen models go mainstream
Foldable devices and models with dual screens have existed for some time, with some manufacturers even offering three screens. However, such solutions have typically been expensive and limited to flagship series.
As manufacturing costs decrease, two-screen models are expected for the mid-range from OnePlus and Oppo, as well as a three-screen phone from Samsung. The world may finally see the long-awaited iPhone Fold. More durable glass and reliable hinge mechanisms could solve durability issues, making multi-screen phones an attractive offering for the mass market.
4. Eco-friendliness becomes a priority
Environmental concern has long been a factor of compliance and consumer demand, but by 2026 it increasingly defines business reality. The EU Ecodesign rules and manufacturer commitments — requirements for continuous security updates, increased use of recycled materials — mean real progress in transitioning to circular models and reducing the environmental impact of device production.
5. Innovations in cameras: evolution, not revolution
Modern smartphone cameras contain technologies that would have seemed incredibly advanced even to professional photographers a few years ago. While cameras will continue to improve in capabilities and quality, this year's changes will be more gradual than groundbreaking.
More innovations in AI features are to be expected: improved stabilization for better video recording, advanced physical telescopic lenses, software updates for enhanced real-time video editing, and hardware improvements — larger sensors for better low-light photography.
6. Holographic displays on the horizon
After foldable and multi-screen displays, the next leap in screen technology could be holograms. Major manufacturers seem to believe this — Samsung and Sony showcased holographic panels this year, while startups like Leia are already producing 3D screens without the need for glasses.
Holographic displays may not yet be ready for the mass market in 2026, but progress and growing interest in this breakthrough can be expected.
7. Satellite connectivity becomes everyday
Satellite phones were once intended for governments, military, and special services like emergency response. However, in recent years they have become available to ordinary consumers, bringing advanced connectivity even to remote parts of the world.
Telecom operators — T-Mobile and AT&T — are increasingly collaborating with low-orbit satellite services like Starlink and AST SpaceMobile to integrate the technology into everyday use. This ensures continuous connectivity in areas where cellular network coverage is often lacking.
8. The end of the SIM card era
Apple abandoned SIM cards a few years ago, and Android device manufacturers are beginning to follow suit. The implementation of embedded SIMs — iSIM — will be another step towards the disappearance of traditional cards by 2026.
Focusing on budget and mid-range devices, embedded SIMs allow operators to deliver devices with pre-loaded plans. For consumers, this will eliminate complexities, making connections simpler and safer.
The smartphone market is entering a phase of significant changes that will affect how we work, communicate, and manage everyday tasks. For businesses, these shifts are crucial, as the devices employees carry set the standard for mobile performance and secure access to critical data. Our digital companions will continue to become smarter, more eco-friendly, and more integrated into personal and professional life.
AI Opinion
Analyzing historical patterns of technological transitions, it is interesting to note that smartphones are undergoing their third major cycle of transformation in their history — following the advent of touch screens (2007) and the app era (2008-2015). The current shift towards AI integration resembles the period of mobile internet adoption, when infrastructural changes preceded mass user acceptance.
From a machine data analysis perspective, the issue of energy consumption deserves special attention — local AI processing requires significant computational resources, which could create a conflict between device autonomy and performance. Moreover, the widespread adoption of agent applications raises questions not only about privacy but also about new forms of digital dependency, where users may lose basic planning and decision-making skills.
