NextFin

On-Device AI is the Real Challenge While Cloud-Based Large Models are Manageable, Says Vivo AI Global Research Institute Director

Summarized by NextFin AI
  • Vivo's Vice President Zhou Wei emphasized the challenge of enhancing on-device AI capabilities for smartphones, moving beyond cloud-based models.
  • The Blue Heart Intelligence strategy showcases OriginOS 6 and BlueOS 3, focusing on lightweight on-device models that provide comparable performance to larger models while using less memory.
  • Vivo's Intent Framework 2.0 aims to improve personalization by integrating multimodal data and supporting new protocols for intelligent agent adaptation.
  • The 2025 Developer Conference highlights a strategic shift towards efficient, personalized, and on-device AI, as manufacturers collaborate with the internet industry for seamless user experiences.

1

Zhou Wei, Vice President of vivo, Vice President of OS Products, and Director of vivo AI Global Research Institute

While implementing cloud-based large AI models is relatively straightforward, the true challenge lies in advancing on-device AI capabilities for smartphones, said Zhou Wei, Vice President of vivo, Vice President of OS Products, and Director of vivo AI Global Research Institute, during the 2025 vivo Developer Conference.

The conference highlighted vivo’s latest achievements under its Blue Heart Intelligence strategy, including OriginOS 6 and BlueOS 3, with on-device large models emerging as a central focus. One of the key showcases was the Blue Heart large model matrix. Its lightweight 3B on-device multimodal inference model offers enhanced language understanding and logical reasoning, delivering a user experience comparable to the larger 10B parameter model while occupying far less memory.

Vivo’s Blue Heart Personal Intelligence Framework enables devices to understand user intent through multimodal data integration and continuously improve personalization. In 2025, the Intent Framework 2.0 will fully support the MCP protocol and launch the A2A protocol for intelligent agent adaptation, allowing developers to share intent, skills, and contextual capabilities seamlessly.

At the conference, Zhou stressed that smartphone manufacturers are moving away from pursuing foundational large models with hundreds of billions of parameters. “Developing a 400-billion-parameter large model could cost 5 billion yuan in computing power alone, with electricity costs around 1.5 billion yuan annually,” he said. “Such investments are unsustainable, especially for smaller players.”

The emergence of open-source models like DeepSeek has leveled the playing field, allowing third-party platforms to deploy powerful large models. However, Zhou noted that cloud functions, while relatively easy to implement, are only part of the solution. The real innovation lies in enabling sophisticated AI capabilities directly on the device.

OriginOS 6 has streamlined user operations, integrating real-world communication habits into the interface to improve efficiency. Vivo’s phone assistant automatically recognizes on-screen content, categorizes and organizes information, and links data such as schedules and addresses. Currently, Blue Heart Xiao V supports over a thousand app skills, with applications extending to smartphones, in-car systems, and smart home devices.

Blue River OS 3 further enhances intelligent application development with generative UI capabilities. Developers using Blue River Studio can input text or reference samples, and the Coding Agent automatically generates code, supporting multi-turn conversations and project-level understanding.

Zhou acknowledged ongoing limitations: on-device AI agents still operate mainly within manufacturer-developed apps. Cross-app functionality requires negotiations between developers’ security standards and device capabilities. To overcome this, vivo is promoting industry standards and expects AI technology to mature over several years.

The 2025 Developer Conference underscores vivo’s strategic shift: prioritizing efficient, personalized, and on-device AI intelligence over pursuing massive cloud-based models. “As smartphone manufacturers’ capabilities improve, collaboration with the internet industry will enable seamless user experiences,” Zhou concluded.

Explore more exclusive insights at nextfin.ai.

Insights

What are the main differences between cloud-based AI models and on-device AI capabilities?

How did vivo's Blue Heart Intelligence strategy evolve in 2025?

What are the key features of OriginOS 6 and BlueOS 3?

What challenges do smartphone manufacturers face in developing on-device AI?

How does the Blue Heart large model matrix enhance user experience?

What advancements does the Intent Framework 2.0 bring to on-device AI?

How do open-source models like DeepSeek impact the AI model landscape?

What are the cost implications for developing large AI models?

What limitations currently exist for on-device AI functionality?

How does vivo's approach to AI differ from larger tech companies pursuing foundational models?

What role does cross-app functionality play in the future of on-device AI?

How does Blue River OS 3 enhance intelligent application development?

What are the expected long-term impacts of vivo's strategic shift towards on-device AI?

How can manufacturers promote industry standards for AI technology?

What trends are emerging in the smartphone AI market as of 2025?

What feedback have users provided regarding the new AI features in vivo devices?

How does the collaboration between smartphone manufacturers and the internet industry affect user experience?

What are the potential future developments in on-device AI technology?

How does vivo's AI assistant, Blue Heart Xiao V, integrate with different applications?

What are the security challenges associated with cross-app AI functionality?

Search
NextFinNextFin
NextFin.Al
No Noise, only Signal.
Open App