Xiaomi advances AI-driven human, car and home ecosystem at MWC 2026

Xiaomi returned to Mobile World Congress 2026 with an expanded vision for what it calls its “Human × Car × Home” ecosystem, positioning artificial intelligence as the connective layer across devices, mobility and domestic appliances. At its Barcelona showcase on 2 March, the company presented a portfolio that moves AI beyond on-screen features and into physical environments, signalling a shift from conceptual demonstrations towards scaled deployment.

The exhibition was anchored by the Xiaomi 17 Series and the Leica Leitzphone powered by Xiaomi, reflecting the company’s continued collaboration with Leica in imaging and design. Xiaomi also highlighted its growing ambitions in intelligent mobility through the Xiaomi SU7 Ultra and the Xiaomi Vision GT concept, while expanding its AIoT lineup with the Xiaomi Electric Scooter 6 Series and a full range of Mijia smart home appliances.

Angus Ng, Director of Communications for Xiaomi International, said, “At Xiaomi, AI is designed to serve people in real life. Through our AI-powered Human x Car × Home smart ecosystem, we are extending intelligence beyond the screen and into everyday life. This marks Xiaomi’s first step toward bringing AI into the physical world—where technology becomes more intuitive, more connected, and seamlessly embedded into how people live, move, and interact.”

Extending AI from devices to real-world environments

A central theme at Xiaomi’s stand was the transition of artificial intelligence from digital assistance to context-aware systems operating in homes and across devices. The company introduced Xiaomi Miloco, or Xiaomi Local Copilot, described as the first real-world deployment of its self-developed foundation model, Xiaomi MiMo. The system represents an attempt to move from device-level features to system-level intelligence across an entire home.

Xiaomi Miloco combines large-model reasoning with multimodal perception and data analysis, enabling devices to interpret real-world contexts through visual inputs and other data streams. Its edge-cloud collaborative architecture allows on-device data processing, with sensitive data kept locally to address privacy and security concerns. The approach reflects a broader industry push to balance AI capability with regulatory and consumer scrutiny around data handling.

In practical terms, the system learns from user behaviour across domestic scenarios. It can adjust lighting based on activities such as watching television, reading or using a smartphone, detect clutter and prompt a robot vacuum to clean, and regulate indoor temperature by recognising sleep states and comfort conditions. Users can also interact with the system through natural language, enabling complex automation without relying on manual rule-setting.

Xiaomi framed this as a shift from rule-based automation to proactive, conversational AI. Beyond individual device responses, the system can coordinate lighting colours across rooms to match mood, infer emotional context to select appropriate music via smart speakers, and adapt ambient lighting to visual elements such as the colour of flowers in a room. The ambition is to transform connected devices into an integrated, responsive environment.

Outside the home, Xiaomi expanded its HyperAI ecosystem across smartphones, vehicles and smart appliances. Developed in collaboration with Google Gemini, Xiaomi HyperAI is designed as a unified AI layer operating consistently across devices rather than as isolated, app-level features. The company argues that this system-level integration enables more natural interactions and smoother cross-device collaboration.

The hardware design of the Xiaomi 17 Pro and Xiaomi 17 Pro Max also reflects this direction. Both models feature a Dynamic Back Display intended to extend AI interaction beyond the primary screen. The rear display supports personalised visuals, real-time previews of selfies captured using the main camera and rear-panel gaming, introducing alternative interaction models within the smartphone form factor.

Concept mobility and imaging collaboration with Leica

In mobility, Xiaomi used MWC to present both production and conceptual vehicles. The Xiaomi SU7 Ultra underscored the company’s commercial push into intelligent transportation, while the Xiaomi Vision Gran Turismo made its physical debut at the show. Created for the Gran Turismo franchise following an invitation from series creator Kazunori Yamauchi, the Vision Gran Turismo explores hypercar design within Xiaomi’s broader ecosystem strategy.

The concept vehicle features a teardrop-shaped cockpit, sculpted aerodynamic channels, an Active Wake Control System and a halo-shaped taillight, reflecting what Xiaomi describes as its “Sculpted by the Wind” design philosophy. Inside, the “Sofa Racer” interior uses a continuous loop architecture integrating intelligent features such as Xiaomi Pulse, envisioning a driving experience embedded within the Human × Car × Home ecosystem.

Imaging remains a core pillar of Xiaomi’s consumer strategy. Since entering a strategic partnership with Leica in 2022, the company has progressively deepened collaboration with the German camera maker. In 2025, the partnership evolved into what Xiaomi described as a Strategic Co-Creation Model, moving beyond joint research and development towards closer end-to-end integration.

At MWC, Xiaomi introduced the Xiaomi 17 Ultra for global markets, the first flagship developed under this upgraded framework. The device incorporates a new-generation optical system, including a newly developed 1-inch LOFIC main camera sensor and what Xiaomi claims is the industry’s first Leica APO-certified optical telephoto zoom lens for mobile imaging. The company stated that these enhancements improve night photography, high-contrast detail accuracy and telephoto performance.

Also on display was the Leica Leitzphone powered by Xiaomi, developed in direct collaboration with Leica’s design team. Drawing inspiration from Leica’s M-series cameras, the device features a dual-tone back panel combining a leather-textured finish with a matte surface, aimed at delivering improved grip and a camera-inspired aesthetic.

Expanding global smart appliances and sustainable manufacturing

Beyond smartphones and vehicles, Xiaomi positioned its smart appliance business as entering a new phase of global expansion. At MWC, the company presented its full portfolio of major smart home appliances, including air conditioners, refrigerators and washing machines, as part of its integrated ecosystem strategy.

These appliances are designed to function as intelligent terminals within the Human × Car × Home framework. By coordinating via AI, they aim to adapt to user routines and environmental conditions, contributing to a unified living experience across devices. Xiaomi said its smart home appliances are now available in four major regions and 14 countries, reflecting its push to scale internationally.

Manufacturing capability underpins this expansion. Xiaomi highlighted the operational launch of Phase One of its Smart Home Appliance Factory in Wuhan, which becomes its third large-scale smart production base after its smartphone factory and electric vehicle super factory. Together, these facilities form an integrated manufacturing network spanning smartphones, home appliances and vehicles.

The company stated that automation, digitalisation and AI-driven manufacturing processes are intended to improve resource efficiency, reduce waste and lower carbon intensity across the product lifecycle. Xiaomi’s environmental and governance efforts have received external recognition, including an upgrade of its MSCI ESG rating to A, and inclusion in Forbes’ 2025 China ESG 50 list and World’s Best Employers ranking.

Through its MWC 2026 showcase, Xiaomi sought to demonstrate that its ecosystem strategy is moving from vision to implementation, with AI positioned as the connective infrastructure across devices, homes and vehicles.