HGDC 2026：重构安卓图形底层 荣耀以流光通透开启全局沉浸美学

At the 2026 Honor Global Developers Conference held in Shenzhen on September 15, Honor launched the first liquid glass design for the Android ecosystem, delivering a sleek, translucent premium visual experience across all usage scenarios without requiring users to purchase high-end devices.

1. Full-scenario visual experience upgrade: Built on Honor’s self-developed Glow Architecture that restructures Android’s underlying graphics stack, paired with the industry’s first unified rendering technology, the design replicates the optical properties of real glass. It will be rolled out across Honor’s full device lineup spanning entry-level to premium models, delivering refined translucent effects across system-wide interfaces including the home screen, notification center, control center, gallery, and dynamic notifications. Additional features such as seamless end-to-end motion effects, layered 3D spatial wallpapers, and customizable clocks bring more natural, fluid interactivity.

Looking ahead, users will gain access to more diverse, precisely tailored personalized content services.

1. Honor is opening up its system-level rendering capabilities to lower adaptation barriers for creators, and introducing AI Agents to optimize content tagging and distribution workflows. A tag ranking system and interest-based content zones will not only align third-party apps with a more unified visual style, but also help users locate preferred themed content more easily. Apps including Kugou Music and Xiaohongshu have already completed adaptation, with more high-quality content catering to business and youth-focused audiences set to launch for a more consistent, smooth visual experience.

The Glow Translucent design and associated ecosystem building initiatives unveiled by Honor at its 2026 Global Developers Conference offer actionable references for consumer electronics brands across product R&D, user operation, and ecosystem development.

1. Inclusive technology as an R&D pathway: Addressing longstanding pain points in the Android ecosystem—including difficult cross-device adaptation for premium visual effects, high development costs, and limited access to high-end experiences across price tiers—Honor restructured Android’s underlying graphics stack via its self-developed Glow Architecture, launched the first unified rendering technology, and deployed 6 layers of atomic effects with over 40 adjustable parameters to replicate authentic glass texture. This enables full-scenario liquid glass effects across its entire device lineup from entry-level to premium, leveraging technology to deliver premium experiences to users across a wider range of price points.

Brands can draw on the co-creation ecosystem model to capture consumer trends and strengthen user stickiness.

1. User demand for system-level, unified, immersive premium aesthetic experiences is growing markedly. By opening system-level creation interfaces and low-threshold toolchains to reduce partner access costs, integrating AI to optimize content distribution, and partnering with players across Kugou, Xiaohongshu, design studios, and independent creators to build benchmark cases across music, social, business, and youth-focused scenarios and user groups, this co-creation model helps brands accurately match user aesthetic demands and rapidly expand ecosystem influence.

The Glow Translucent ecosystem opening policy released by Honor creates clear new growth opportunities and on-the-ground support for relevant sellers including theme creators and app developers.

1. Accessible incremental consumer demand: Android users currently have strong demand for system-wide translucent, immersive, unified premium visual experiences across entry-level to high-end devices, spanning system operation, third-party app usage, and personalized theme settings. Mature use cases already exist in sub-segments such as business-tech style and youth-oriented visual expression—for example, Yibai Creative’s in-depth business theme offerings and designer Wang Xiaoshuai’s youth-focused design explorations, which can serve as priority entry points.

Honor’s platform provides clear support policies and operational conveniences that substantially lower operating barriers.

1. Without complex adaptation work, sellers can leverage Honor’s open system-level rendering capabilities and Moku unified wallpaper service framework to integrate their works naturally into the system visual system for seamless content connection and smooth migration. The platform integrates AI Agents to conduct image recognition and tagging for uploaded resources, reducing the learning curve for sellers around tagging rules and improving content distribution precision. The launched tag ranking system and content zones help sellers quickly identify creation trends; by refining products against reference cases from partners like Kugou and Xiaohongshu, sellers can capture new traffic increments.

The Glow Architecture and Glow Translucent design unveiled by Honor present clear product design requirements and new business opportunities for smart terminal manufacturing factories and digital content supply factories.

1. New adaptation directions for smart terminal manufacturing: By restructuring Android’s underlying graphics stack and launching the industry’s first unified rendering technology, Honor resolved the longstanding industry pain point of high cross-device adaptation costs for premium visual effects, enabling full-scenario liquid glass effects across its entire entry-to-premium device lineup. Terminal manufacturing factories can adjust production processes including screen display calibration and system interaction adaptation to align with unified rendering technology requirements, eliminating the need for complex, per-model visual effect adaptation. This reduces production-side adaptation costs and supports the rollout of premium visual experiences across all price tiers.

Content production factories can enter new content tracks and leverage platform policies to lower production costs.

1. Honor has opened four core theme capabilities, directly callable system-level aesthetic interfaces, and low-threshold creation toolchains. Content factories can mass-produce content including interactive themes, spatial wallpapers, customizable clocks, and translucent adaptation for third-party apps; plan sub-category offerings based on existing proven cases for business-tech and youth-focused designs; and connect to the distribution system via platform support including AI tagging and traffic incentives from content zones. The unified rendering framework also reduces production costs for cross-device content adaptation.

The Glow Architecture technology and Glow Translucent ecosystem development plan announced by Honor clarify industry development trends, existing client pain points, and actionable solution directions for technology service providers and content service providers.

1. Existing industry pain points and corresponding technical solutions: The Android ecosystem has long faced three core pain points: high cross-device adaptation costs for premium visual effects, high barriers to 3D content development that prevent inclusive access to premium experiences, difficult cross-app content migration, high thresholds for content upload tagging, and insufficient distribution precision. Honor’s solutions include restructuring the underlying graphics stack via its self-developed Glow Architecture, launching the first unified rendering technology to deliver consistent visual effects across all device tiers, rolling out the Moku unified wallpaper service framework for seamless content migration, and introducing AI Agents to participate in resource tagging to lower upload barriers and improve distribution efficiency.

Service providers can leverage open capabilities to tap into new service opportunities.

1. The Android visual ecosystem is evolving toward system-level, global immersive aesthetics. Based on Honor’s open system-level interfaces and creation toolchains, service providers can offer services including theme design, app visual adaptation, and tag optimization for developers and brands; they can also provide trend insight and operational support for creators via the platform’s tag ranking and content zone mechanisms, and refine vertical-sector solutions with reference to existing use cases in music, social, and other scenarios.

The ecosystem operation measures announced by Honor at the Glow Translucent sub-forum offer replicable practical experience for system content platforms and app distribution platforms across function iteration, merchant recruitment and operation, and risk mitigation.

1. Latest solutions for common platform pain points: To address widespread issues across Android ecosystem platforms—including high developer adaptation costs, high entry barriers, insufficient content distribution precision, and inconsistent ecosystem experience—the Honor platform takes a two-pronged approach. On the underlying technology side, it restructures Android’s graphics stack, opens unified rendering system capabilities and four core theme creation capabilities, and launches the Moku unified wallpaper service framework to sharply reduce developer access and adaptation costs and enable smooth content migration. On the operational side, it introduces AI Agents to conduct image recognition and tagging for uploaded resources, lowering creators’ tag learning threshold and improving content distribution precision.

Platforms can reference these measures to optimize merchant recruitment and operational management, and mitigate ecosystem risks.

1. On the operational front, platforms can launch tag rankings and interest-based content zones to structurally aggregate massive volumes of content, helping creators identify trends while improving user content discovery efficiency. On the recruitment front, platforms can partner with leading players across tracks to co-create benchmark cases, providing reusable on-the-ground references for ordinary developers, attracting more creators to join, covering diverse user groups including business and youth audiences, and building a virtuous “creation-tagging-distribution” cycle to avoid experience degradation caused by disorganized content and insufficient adaptation.

The Glow Architecture and Glow Translucent ecosystem launched at the 2026 Honor Global Developers Conference provide new research samples and directions for studies on the Android smart terminal industry.

1. New industry challenges and exploration directions: The Android ecosystem has long faced common industrial pain points including limited breakthroughs in visual texture, high cross-device adaptation costs for premium visual effects, and high barriers to 3D content development, which prevent inclusive access to premium user experiences. Honor’s exploration path involves restructuring Android’s underlying graphics stack via its self-developed Glow Architecture, launching the industry’s first unified rendering technology, and scaling system-level aesthetic capabilities from point-based breakthroughs to large-scale reusability—resolving the challenge of inclusive experience access from the technology foundation. This represents a key new trend in Android graphics technology development.

New sample for industrial business model innovation.

1. Honor has translated its accumulated aesthetic capabilities into directly callable system interfaces, opened a full-chain creation toolchain, deployed a unified service framework to lower developer access costs, introduced AI Agents to optimize the full “creation-tagging-distribution” workflow, and collaborated with cross-domain partners to drive implementation, supported by operational mechanisms including tag rankings and content zones. This model of underlying technology openness + full-chain enablement + multi-stakeholder co-creation offers a new business model research direction for Android ecosystem value enhancement. Diverging aesthetic demands across user groups such as business users and youth users also provide a new observation angle for user behavior research.