OpenHarmony 6.0, unveiled at the 2025 OpenAtom OpenHarmony conference in Changsha, introduces major upgrades across UI components, ArkTS language, media handling, graphics, security protocols, and performance testing, while reporting over 17 million HarmonyOS devices and a rapidly growing contributor community.
Omni-UI is an open‑source ArkUI component library for OpenHarmony that provides over 25 ready‑to‑use UI components, theme switching, and simple integration via ohpm, aiming to boost developer productivity by more than 30% in mobile real‑estate applications.
This article provides a detailed, hands‑on analysis of HarmonyOS NEXT's native‑app signing process, covering certificate generation, CSR handling, leaf‑certificate issuance, profile creation, package signing, and the multi‑stage verification logic implemented in OpenHarmony's security modules.
This weekly tech roundup covers Tesla's FSD approval status in China, Huawei's upcoming HarmonyOS event and Mate 70 details, global smartphone market rankings with Samsung leading, IDC's collaborative robotics report, Lenovo-Meta AI Now launch, Nvidia's vision of AI assistants, Xiaomi Lei Jun's innovation remarks, iPhone 16 Pro connectivity issues, HarmonyOS code milestone, and Intel security vulnerability concerns.
The article explains how the open‑source ohos_react_native project brings React Native 0.72.5 to OpenHarmony, detailing its support for the New Architecture, Fabric rendering, C‑API performance gains, TurboModule variants, and the current migration status of related packages.
This article details the successful adaptation of a financial terminal tablet to OpenHarmony on an RK3588 platform, covering the RK3588 display architecture, eDP + DP‑to‑HDMI dual‑screen configuration, DTS settings, Linux DRM driver porting, testing with hello_composer, and the challenges and solutions for DP hot‑plug support.
The article investigates a freeze occurring when dragging icons on an OpenHarmony 3.2.2 device after adapting the Spreadtrum T606 platform, analyzes related system‑ability (SA) logs, explains the SA and SAFWK frameworks, traces the PasteboardService failure to a missing serial‑number configuration, and proposes a practical fix.
This article details the process of integrating the open‑source Mesa 3D graphics stack and the Panfrost GPU driver into OpenHarmony 3.2.2 on a Spreadtrum T606 (Mali‑G57) platform, covering hardware setup, compilation options, code modifications, debugging steps, performance analysis, and lessons learned.
OpenHarmony, a competitive open‑source operating system, has been successfully adapted to run on PC hardware, supporting basic functions like power control, rendering, peripheral connections, and app execution, though UI integration remains incomplete, marking a significant milestone toward a fully domestic computer OS.
The article details JD's extensive effort to adapt its massive e‑commerce app to OpenHarmony, analyzing business diversity, a multi‑layered technology stack, the cross‑platform Aotu Taro solution, the native JD MCube dynamic framework, UI‑framework comparisons, implementation steps, results, and future plans.
This article presents JD's comprehensive technical analysis and implementation experience of adapting its JD MCube native dynamic framework and the cross‑platform Aotu Taro solution to the OpenHarmony ecosystem, covering business complexity, technology stack diversity, UI paradigm comparisons, concrete integration steps, results, and future plans.
OpenHarmony 3.1 has been officially released, bringing a wide range of enhancements to standard system core, distributed, framework, and application capabilities—including advanced audio‑video, rendering, window management, input devices, internationalization, power management, security, networking, and support for lightweight, small, and standard system types across IoT devices.
This article explains how the Taro framework enables unified multi‑platform front‑end development by describing its open architecture, plugin system, cross‑framework adaptation, browser‑like runtime, support for various mini‑program ecosystems, and upcoming Harmony integration, while sharing practical code examples and implementation details.
This guide explains how to use the Taro framework to develop and adapt applications for Huawei's HarmonyOS, covering background, key differences with mini‑programs, the compatibility plugin, configuration steps, required tooling, and how to build and run a HarmonyOS project.
This article provides an in‑depth analysis of OpenHarmony’s open‑source JS UI framework, covering system architecture layers, ACE engine repositories, code structure, frontend implementations (command‑style, declarative, and card‑based), rendering pipeline, and practical build commands, while comparing HarmonyOS and OpenHarmony.
The article explains HarmonyOS 2.0’s architecture, debunks the claim that it merely skins Android by showing its compatibility layer, walks through creating a simple HarmonyOS app with DevEco Studio, and highlights the .hap package format and future .app format as evidence of an independent ecosystem.
The article introduces HarmonyOS 2.0 beta, provides the OpenHarmony source URL and DevEco Studio download link, and details major differences between HarmonyOS and Android projects such as resource structure, configuration files, language support, and testing workflow.
