Lenovo Launches Qira AI Agent Across 20+ Devices

Lenovo Unveils Qira: A Cross-Device AI Super Agent

At Mobile World Congress 2026 in Barcelona, Lenovo introduced Qira — a personal AI assistant designed to work seamlessly across the company's entire device ecosystem, from ThinkPad laptops to Motorola smartphones. Unlike single-device AI assistants, Qira is built as an ambient intelligence agent that follows users across devices, learning their personality, workflow, and preferences to act as what Lenovo calls a "digital twin."

The rollout begins in the coming weeks, with Qira arriving on more than 20 devices spanning Lenovo's Yoga, IdeaPad, Legion, and ThinkPad PC families through a combination of over-the-air updates and preloads. The Idea Tab Pro Gen 2 becomes Lenovo's first tablet to feature Qira.

How Qira Works: Ambient Intelligence in Practice

Qira represents a new category of AI assistant that Lenovo describes as "Personal Ambient Intelligence." Rather than responding only when prompted, Qira continuously learns from user behavior across devices to anticipate needs and take proactive actions.

On Lenovo PCs, Qira can manage workflows by understanding context — recognizing when a user switches from coding to email, adjusting system resources accordingly, and surfacing relevant files or calendar events without being asked. The assistant integrates with both local applications and cloud services, creating a unified interaction layer across the user's digital life.

"Qira is designed to become your digital twin — it learns about your personality, your workflow, and your devices to provide truly personalized assistance." — Lenovo

On Motorola devices, Qira appears as Motorola Qira, maintaining the same learned preferences and behavioral patterns from the user's PC sessions. This cross-device continuity is a key differentiator from competitors like Apple Intelligence and Samsung Galaxy AI, which remain largely siloed within their respective hardware ecosystems.

Language and Regional Availability

The first wave of Qira support on PCs covers six languages across nine regions: English (U.S., U.K., India), Spanish (U.S./Latin America, Spain), French (France), Italian (Italy), German (Germany), and Portuguese (Brazil). Lenovo plans to expand language support and extend Qira to additional Motorola smartphones later in 2026.

The phased rollout reflects the complexity of building an AI assistant that must understand cultural context and language nuances while maintaining consistent behavior across different device form factors and operating systems.

Adaptive AI PCs and Modular Concepts

Alongside Qira, Lenovo showcased a new generation of adaptive AI PCs at MWC 2026, including modular laptop concepts that can physically reconfigure their hardware based on the task at hand. These concept devices feature detachable GPU modules and swappable display panels, suggesting a future where hardware adapts to AI workloads rather than the other way around.

The adaptive PC strategy aligns with Lenovo's broader vision of hardware and software working together through AI. As Qira learns a user's typical workflows, it could theoretically recommend hardware configurations — or in the modular future, automatically adjust them — to optimize performance for specific tasks.

What This Means for Tech Professionals

For enterprise IT managers and developers, Qira's cross-device architecture raises important questions about data privacy, device management, and integration with existing enterprise AI tools. Lenovo will need to demonstrate that Qira can operate within corporate security frameworks while still delivering personalized experiences.

For individual professionals, the promise of an AI assistant that maintains context as you move between your laptop, tablet, and phone is compelling — particularly for roles that involve frequent context-switching. If Qira delivers on its ambient intelligence promise, it could set a new standard for what users expect from device-level AI, putting pressure on Apple, Samsung, and Microsoft to develop similar cross-device experiences.