In a recent and controversial move, the United States government, in collaboration with its allies in Western Europe and NATO-aligned countries, has intensified efforts to block Huawei’s HarmonyOS. This decision has sparked significant backlash from various stakeholders, including consumers, tech enthusiasts, and market competition advocates.

The Problem

The push to block Huawei’s HarmonyOS raises substantial concerns about market competition and consumer choice. Critics argue that such actions could stifle innovation and limit technological advancement. In a marketplace that thrives on diversity and competition, the outright blocking of HarmonyOS could lead to a monopolistic environment, ultimately affecting consumer satisfaction and economic growth.

Market Competition and Innovation

Market competition is a driving force behind continuous innovation and improvement. When consumers have multiple options, companies are compelled to innovate and offer better products and services. HarmonyOS, developed by Huawei, offers a distinctive alternative to dominant operating systems, potentially fuelling further innovation and providing more choices for tech-savvy consumers.

Security Concerns and Alternative Solutions

While security concerns related to Huawei’s technology are valid, so are American counterparts’ such as iOS and Android security concerns on data gathering and privacy in the world of AI emergence. Many argue that blanket blocking without exploring alternative solutions or collaborations may not be the most effective approach. A dialogue between stakeholders could lead to transparent solutions that address security issues while still allowing innovation to flourish. Constructive engagement, rather than isolation, might help address security concerns without compromising competition.

A Balanced Approach

Advocates for a balanced approach argue that HarmonyOS should be given the opportunity to compete in the market, allowing consumers to decide. This perspective is echoed in a recent petition urging lawmakers to reconsider the decision to block HarmonyOS. The petition emphasizes the importance of promoting a competitive, diverse, and innovative market environment.

Consumer Choice and Economic Growth

Every consumer deserves the ability to navigate a marketplace that offers variety, fosters innovation, and encourages competitive pricing. Blocking HarmonyOS outright could limit these benefits, ultimately affecting consumer satisfaction and economic growth. Encouraging debates and solutions that address security concerns while nurturing market competition is essential for progress.

Conclusion

The backlash against the US government’s decision to block Huawei’s HarmonyOS highlights the importance of market competition and consumer choice. As the debate continues, it is crucial to seek a balanced approach that addresses security concerns while promoting innovation and competition.

Original source: Backlash Against US Government's Block on Huawei's HarmonyOS - HarmonyOSHub

The full package for HarmonyOS 5.0.5 Release is as follows:

The following table compares the mappings of released versions of HarmonyOS:

HarmonyOS 5.0.5 (17) Beta1 adds and enhances the following features (same as the Release version):

Ability

• Added support for specifying the size of the new window (minWindowWidth, minWindowHeight, maxWindowWidth, maxWindowHeight) via the startAbility property StartOptions.

• C API added support for passing StartOptions when starting Ability.

• C API added support for obtaining sub-process startup parameters.

• C API adds support for setting the display mode of window and dock bar icons when starting Ability.

ArkData

• UDMF adds support for converting incoming data into multi-style data structures. If the original data uses multiple records to carry different styles of the same data, you can use this API to convert the original data into a multi-style data structure.

AR Engine

• Depth estimation is added to provide 3D perception capabilities, which can realize measurement, volume estimation, and more.

ArkUI

• Added APIs related to mouse axis events.

• NavDestination adds onActive and onInactive lifecycles.

• The event capability of the C API has been enhanced, and the ability to obtain the width, height, X coordinates, and Y coordinates of components hit by an event has been added.

• Added support for clearing the current pre-screen text content in the base type definition.

• UIContext adds support for creating UI instances that don’t depend on windows.

• Added support for setting the callback parameter of the event to limit its execution interval.

• The ImageAnimator component supports setting whether to determine whether to pause and play the component by the visibility of the system onVisibleAreaChange.

• The picture-in-picture window supports the creation of the parameter LocalStorage to achieve a page-level UI state storage unit, which can be used to track the main window instance under multiple instances.

• Added support for the size memory function of the main window in the window management of PC / 2in1 devices.

• Added support for setting the blur radius of shadows on the edge of a sub-window or floating window for PC / 2in1 devices and tablet devices.

• Added support for window management for PC/2in1 devices and tablets to set whether a child window can be displayed across multiple screens at the same time when its parent window is in the process of dragging and moving or drag-and-zoom.

Audio Kit

• Added support for Float32 audio stream sampling format.

AVCodec Kit

• Video decoding supports MPEG2, MPEG4, and H.263 software decoding.

AVSession Kit

• Added support for single-sentence/single-lyric display property singleLyricText.

Background Tasks Kit

• The background sub-process management module is added to provide the ability for applications to suppress and decompress sub-processes, so as to prevent sub-processes from occupying too much system resources and causing system lag.

Connectivity Kit

• The Bluetooth socket module adds the ability to obtain the address of the peer device through clientSocket.

File Manager Service Kit

• 【New Kit】File Manager Service Kit provides developers with file management capabilities, such as deleting files to the recycle bin and obtaining file icons, to meet the diverse demands of users for file management.

IME Kit

• The input method framework adds support for setting the callback when the preview text is displayed, and supports subscribing to the event of the input method application operation text preview content.

Media Kit

• When you call AVPlayer to set a playback policy, the first frame of the video after Prepare (showFirstFrameOnPrepare) is displayed.

Payment Kit

• Added the ability to guide users to bind cards.

PDF Kit

• Added support for encrypting PDF documents.

Preview Kit

• Added file opening acceleration preload state awareness.

Vision Kit

• A status code is added to the document scan result callback interface to determine whether all the input image URLs are invalid.

Profiles

• Added Hook configuration file module.json5: You can use the abilitySrcEntryDelegator to identify the name of the UIAbility of the current module that needs the hook, and use the abilityStageSrcEntryDelegator You can identify the AbilityStage (the value of which is configured to correspond to the name of the module) that the current module needs to hook, and the two are used in combination to specify the target object of the hook.

The new version notes are as follows:

• For the system version, please visit the “Settings> Device Name >Software Version” of the device, and go to “About This Mac” for inquiries. You must check whether the open capabilities described in the current version are supported in the API Version section of the page.The devices that are available in the current system version include: Mate 60, Mate 60 Pro, Mate X5, MatePad Pro 13.2-inch, MatePad Pro 11-inch 2024, etc. Please upgrade to the companion version for application development.It is not excluded that other models of devices can be upgraded to the above system software (ROM) version through other channels, but the open capabilities supported by the device are subject to the “API version” displayed on the “About this machine” page.

• For the DevEco Studio version, please select “Help > About DevEco Studio” from the DevEco Studio interface menu. Please click here for the latest DevEco Studio software release.

• The SDK is built into DevEco Studio, and the companion version of the SDK is automatically installed when you install DevEco Studio. For more information, choose Help > About HarmonyOS SDK from the DevEco Studio menu.

---

Global Aggegrate Source: The software performance and stability have been improved, and Huawei HarmonyOS 5.0.5 (17) Release has been released - HarmonyOSHub

Original Source: Software performance and stability improvement, Huawei HarmonyOS 5.0.5 (17) Release released – IT Home

According to reports, mobile police terminal products based on open source Hongmeng are widely used in the following scenarios:

• Daily patrol and public security prevention and control: Handheld law enforcement PDA, law enforcement recorder and other equipment support face recognition, license plate capture and real-time video backhaul to help the police complete daily patrol and public security prevention and control.

• Emergency response and counter-terrorism: In emergencies, terminals support multi-modal communication and multi-department coordinated operations.

• Smart case handling and administrative quick handling are applied to functions such as electronic transcription, video inquiry, and automatic document generation.

IT Home learned from the Open Atom Open Source Foundation that the series of products are based on the chip certified by industry specifications and the FlyHong OS Smart system, and are adapted to the OpenHarmony 5.0 Release version and Jinghong.

• There is a full-process security protection, based on the chip certified by industry standards, using hardware encryption, trusted boot, data isolation and other technologies, in line with the Ministry of Public Security's mobile police terminal security specifications, to ensure system security.

• Based on the distributed soft bus technology of open-source HarmonyOS, it builds efficient and secure cross-terminal collaboration capabilities.

Source: The mobile police terminal based on the open source HarmonyOS was unveiled, adapted to the OpenHarmony 5.0 Release version and the Police Harmony - IT Home

Cangjie Language: A key technological breakthrough in the OpenHarmony ecosystem

In the technical forum of the conference, Feng Xinyu, director of OpenHarmony programming language TSG and professor of Nanjing University, delivered a technical report entitled "A New Generation of Programming Language for All-Scenario Applications - Cangjie". The technical advantages and ecological planning of Cangjie language are systematically explained:

1. Technical advantages

• Efficient development and performance balance: Static typing and automatic memory management are supported, and real-time response on mobile devices is ensured through concurrent garbage collection and a lightweight thread model.

• Full-stack optimization: The language, compiler, and runtime are co-designed, and the performance is significantly improved compared with similar languages, meeting the needs of smooth interaction of HarmonyOS native applications.

• Multi-paradigm fusion: Integrates functional and object-oriented features, and has built-in metaprogramming capabilities to support rapid DSL development in scenarios such as declarative UI and intelligent agent.

2. Ecological planning

• At present, the Cangjie language has been implemented in scenarios such as device-side HarmonyOS native applications and cloud-side microservices, and has built an IDE plug-in ecosystem to achieve intelligent programming coordination with large models.

• Cangjie plans to promote the construction of developer ecology through the "Cangjie Cup" competition, and carry out joint research on the cutting-edge technology of compilers with major universities to accelerate the maturity of the independent programming language system.

Technology Club: The practice base of Cangjie language

Liu Qin, executive director of the OpenHarmony Technology Club of Nanjing University, clearly mentioned in the plan that the club will focus on the following actions around the Cangjie language:

• Source Code Study and Project Incubation: Set up a special research group for Cangjie language, combine enterprise-level projects and academic resources to promote its technical iteration.

• Talent training: Through summer training camps and open source competitions (such as "Cangjie Cup"), we will cultivate compound talents with open source system research and development capabilities.

• Ecosystem co-construction: Collaborate with Huawei and other enterprises to apply the Cangjie language to cutting-edge fields such as RISC-V and AI test frameworks.

Industry, university and research work together to create a new highland of domestic technology

Lu Yanqing, Vice President of Nanjing University, and Chen Haibo, Chairman of the OpenHarmony Technical Steering Committee, both emphasized that the establishment of the club is an important step to promote the innovation of domestic basic software. Relying on the advantages of multidisciplinary interdisciplinarity, Nanjing University will break through the "bottleneck" problem in key OpenHarmony technologies (such as Cangjie language and distributed architecture), and help China occupy a dominant position in the global operating system field.

Chen Haibo and Wu Gangshan jointly unveiled the establishment of the OpenHarmony Technology Club of Nanjing University. Subsequently, Chen Haibo awarded Liu Qin a plaque.

OpenHarmony is an open source project incubated and operated by the OpenAtom Foundation, with the goal of building a framework and platform for the operating system of smart terminal devices in an open-source manner for the all-scenario, full-connected, and all-intelligent era, so as to promote the prosperity and development of the Internet of Everything industry. Over the past three years since OpenHarmony was open sourced, the community has grown rapidly, with more than 70 co-builders and more than 8,200 co-builders contributing more than 120 million lines of code. Up to now, under the leadership of the Technical Steering Committee of the OpenHarmony Project Group, the OpenHarmony community has jointly established OpenHarmony Technology Clubs or Developer Associations with more than 100 leading universities in China, by attracting teachers and students to participate in technology research and focusing on the cultivation of innovative talents, continuously deepening industry-university-research collaboration, and working with all sectors of society to promote the technological development and community prosperity of OpenHarmony.

Original source: 南京大学OpenHarmony技术俱乐部正式揭牌 仓颉编程语言引领生态创新2025年4月24日，南京大学OpenHarm - 掘金

Taking the release of the open source OpenHarmony 5.1 Release as an opportunity, the conference invited open source operating system technology leaders and cutting-edge practice experts to showcase the technical innovation and phased achievements of the open source OpenHarmony to developers and ecological partners.

This conference will usher in the launch of the open source OpenHarmony 5.1 Release product, the co-construction of application technology components, and the launch of a large screen ecological SIG.

The official version of the open-source OpenHarmony 5.1.0 Release was released on April 30 and launched on the Gitee platform, upgrading API 18, further enhancing ArkUI and media capabilities, and improving standard web capabilities.

The agenda of the event is as follows:

Original source: The open source HarmonyOS Developer Conference 2025 will be officially announced on May 24, and the 5.1 Release version will be released - IT Home

According to reports, the Hongzhi automotive cockpit system is based on the open source Hongmeng 5.0 deep customization, innovative integration of the open source Hongmeng distributed architecture and Zhida Chengyuan's core technology in the field of automotive electronics, with efficient transplantation capabilities, can quickly adapt to Ouyeel Longquan 560, RK3588 and other chip platforms.

The cockpit system of Hongzhi Automobile is deeply optimized by the open source Hongmeng, and adopts the microkernel architecture to achieve a more streamlined kernel design and improve the execution efficiency and security. The system ensures reliability through multi-level permission management and hardware-level access control mechanisms, and has automotive-grade security protection, and supports Bluetooth, Wi-Fi, audio, video, and camera functions, and provides expansion interfaces to meet the needs of multi-modal interaction and high-bandwidth data throughput in the intelligent cockpit.

In addition, Hongzhi Automotive Cockpit System realizes multi-terminal collaborative experience of terminals, watches, IoT devices and PC devices through distributed soft bus (DSoftBus) capabilities. For example, the driver can check the vehicle status in real time through the smart watch and control it remotely, and the navigation information on the mobile phone can also be transferred to the central control with one click.

IT Home learned from ArcherMind Technology that the desktop of Hongzhi Automobile Cockpit System adopts a minimalist style, including navigation bar, multimedia card and map function module. The multimedia card supports song playback control, and the map module supports swipe browsing, gesture zoom, path planning, and display mode switching. In addition, the system is equipped with a convenient control bar for quick setting of various vehicle statuses.

Original source: In-depth customization based on open source HarmonyOS 5.0: Zhida Chengyuan, a subsidiary of ArcherMind Technology, launched Hongzhi Automotive Cockpit System - IT Home

IT Home reported on May 4 that the open source HarmonyOS OpenHarmony is an open source project incubated and operated by the Open Atom Open Source Foundation, with the goal of building a framework and platform for the operating system of intelligent terminal devices for the era of full scenarios, full connections, and full intelligence, so as to promote the prosperity and development of the Internet of Everything industry.

The official version of OpenHarmony 5.1.0 Release was released on April 30 and the Gitee platform was launched, and API 18 was upgraded.

Compared with the previous Release version (OpenHarmony 5.0.3, API 15), OpenHarmony 5.1.0 Release focuses on the following new features or enhancements:

• ArkUI is further enhanced to provide richer component property settings, support more exquisite animations, and continue to supplement the ability of components to be called through C APIs.

• Further enhance media capabilities, providing richer encoding and decoding capabilities, broadcast control capabilities, and media session management capabilities;

• It further enriches the ability to set the details of application launch;

• Further enhance the data processing capabilities of UDMF and RDB for distributed data management;

• Standard web capabilities have been further refined, and more.

The official release notes attached to IT Home are as follows, which will be listed in the order of API versions:

Apply the framework

• Added support for creating an application context based on a specified data encryption level to obtain the corresponding path.

• Added support for obtaining the process name of the current process synchronously.

• Added support for getting the reason why the app is pulled up (LAUNCH_REASON_MESSAGE).

• Added support for HAR/HSP and so files to the startup framework.

• Added support for specifying the maximum width and height (maxWindowWidth / maxWindowHeight) and minimum width and height (minWindowWidth / minWindowHeight) of the main window when starting Ability.

• Added support for obtaining the detailed reason for the last exit of an app.

• Added support for setting the color mode of UIAbility.

• Added support for specifying the size of the new window (minWindowWidth, minWindowHeight, maxWindowWidth, maxWindowHeight) via the startAbility property startOptions.

• C API added support for passing startOptions when starting Ability.

• C API adds support for setting the display mode of window and dock bar icons when starting Ability.

• A new batch of C API functions is added to obtain the file directories in the application-level sandbox.

Application package management

Added a new redirection configuration file module.json5: use the abilitySrcEntryDelegator to identify the name of the UIAbility that the current module needs to be redirected to, and use the abilityStageSrcEntryDelegator Identifies the name of the Module corresponding to UIAbility to which the current Module needs to be redirected (not the name of the current Module), and the two are used in combination to specify the target object of the redirect.

ArkUI

• Enhancements to the text and input components. Include:

  • The text component supports the NODE_IMMUTABLE_FONT_WEIGHT property, which does not change with the system font weight.

  • The text component supports sharing services for selected text and line wrapping by syllables.

  • Added support for setting the text selection menu to be displayed in a separate window.

  • The RichEditor component allows you to set the maximum number of lines.

  • The TextInput component supports setting the text omitted position.

  • The TextInput / TextArea / Search / RichEditor component supports splitting text lines evenly to the top and bottom of lines.

  • The TextInput / TextArea component extends the autofill type to include: license plate number, passport number, and so on.

  • The RichEditor component supports vibration effects when you press and hold the preview menu.

  • Added support for clearing the current pre-screen text content in the base type definition.

• Added the ability to fit round screens. Include:

  • A new crown rotation event has been added, where the component is focused and twists the crown to obtain timestamp, angular velocity, angle of rotation, and crown action.

  • The arc list components, ArcList and ArcListItem, have been added to present continuous, multi-row data of the same type.

  • ArcAlphabetIndexer, a curved index bar component, is added, which can be sorted alphabetically for quick positioning.

  • ArcScrollBar has been added to add an external scrollbar to the arc list.

  • ArcButton, a curved button component, has been added, which provides highlight, normal, and warning buttons.

• Universal drag and drop capability enhanced. Include:

  • Support encapsulation of custom placement animations.

  • Customizable controls trigger auto-scrolling when dragging to the edge of a scrollable component.

• The pop-up window capability has been enhanced. Include:

  • You can set levelOrder to manage the display order of pop-up boxes, so that the pop-up boxes with higher levels are overlaid on top of the pop-up boxes with lower levels.

  • You can create and disable custom pop-up windows in custom content.

  • The Popup component supports setting the maximum width via maxWidth.

  • The half-modal popup-style pop-up window supports setting the display position relative to the target through placement, and setting whether the pop-up window can be overlaid on the target node through placementOnTarget.

  • Menu and Dialog support setting custom background blur via backgroundBlurStyleOptions and backgroundEffect.

  • Modal Transitions and MenuItem support!! Bind variables in both directions.

  • After a custom pop-up supports keyboard avoidance, use keyboardAvoidDistance to set the minimum distance between the pop-up window and the keyboard.

  • You can use showInSubWindow to set whether the half-modal is displayed in the sub-window, and you can use effectEdge to set the effect of scrolling on the edge of the half-modal panel.

  • The Menu supports vibration effects when popped up.

• The ability of the form selection component has been enhanced. Include:

  • The SegmentButtonV2 component is added to create tab, single, or multi-select capsule segment buttons.

  • The TextPicker / TimePicker option triggers an event callback when the selected area is entered.

  • TimePicker / CalendarPicker supports configuring start and end times via start and end.

  • TimePicker supports setting 12-hour clock time through enableCascade to follow the time in the morning and afternoon.

• Scrolling and sliding components have been enhanced. Include:

  • The Swiper / Tabs component adds a callback that is triggered when a selected element on the page changes, returning the index value of the currently selected or hidden element.

  • The Swiper component adds the ability to control whether a subcomponent stops autoplay when a finger or mouse is pressed on the screen, for example.

  • The Swiper component CAPI capability has been enhanced to set whether the cache node is displayed, the style of the numeric navigation points, and the navigation arrows.

  • The List component supports setting layout styles and scrolling effects (NODE_LIST_SCROLL_TO_INDEX_IN_GROUP, NODE_LIST_LANES, NODE_LIST_SCROLL_SNAP_ALIGN, NODE_LIST_MAINTAIN_VISIBLE_CONTENT_POSITION).

• The C API is added to support the gesture interruption event callback function that can be configured with user-defined data.

• The C API is added to support obtaining the width, height, and coordinates of the event hit component.

• Supports setting custom focus logic for components.

• Gesture configuration parameters can be dynamically obtained, and the threshold of consecutive clicks can be returned.

• Gesture event information can be returned in the onActionCancel callback triggered when the gesture is canceled.

• Accessibility supports customizing the focus order, controlling the screen reading mode of the component, and setting the screen reading scrolling operation.

• You can set the occupancy event of the EmbeddedComponent or UIExtensionComponent component to specify how the gesture event is responded.

• You can move the current FrameNode to the specified location of the target FrameNode to implement cross-instance node migration.

• NodeController adds lifecycle callback APIs (onAttach, onDetach, onWillBind, onWillUnbind, onBind, onUnbind, onUnbind, onUnbind) before and after the node is unbound.

• Screenshots of UI components built by ComponentContent are supported.

• Added APIs related to mouse axis events.

• NavDestination adds OnActive and OnInActive lifecycles.

• The event capability of the C API has been enhanced, and the ability to obtain the width, height, X coordinates, and Y coordinates of components hit by an event has been added.

• UIContext adds support for creating UI instances that don’t depend on windows.

• Added support for setting the callback parameters of the event to limit its execution interval.

• The ImageAnimator component supports setting whether to determine whether to pause and play the component by the visibility of the system onVisibleAreaChange.

Window management

• Added a monitoring callback for the completion of the pop-up animation of the soft keyboard.

• The picture-in-picture window supports the creation of the parameter LocalStorage to achieve a page-level UI state storage unit, which can be used to track the main window instance under multiple instances.

• Added support for creating virtual screens in window management.

Graphic images

A new batch of C API functions and enums have been added to support GPU rendering capabilities that draw directly to the screen buffer.

Distributed data management

• RelationalStore adds rootDir configuration, which supports opening databases in non-database directories.

• ArkData RDB provides a vector data storage approximation query solution.

• Relational databases (RDS) support for obtaining column data types based on specified column indexes or column names.

• UDMF adds support for converting incoming data into multi-style data structures. If the original data uses multiple records to carry different styles of the same data, you can use this API to convert the original data into a multi-style data structure.

media

audio

• Added support for Float32 audio output.

• Added support for spatial audio management.

Audio and video codecs

• Added support for MPEG2, MPEG4, and H.263 for video decoding.

Playback controls

• The player supports transparent transmission of SEI field data to applications, which is suitable for HTTP-FLV live streaming.

• When you call AVPlayer to set a playback policy, you can add support for displaying playback policies such as showFirstFrameOnPrepare and preferredBufferDurationForPlaying after Prepare.

• The player supports playing pre-downloaded video data.

• When you call AVPlayer to set a playback policy, thresholdForAutoQuickPlay is supported.

• Enhancements: Apps can create multiple SoundPool instances.

• When you call AVPlayer to set a playback policy, the first frame of the video after Prepare (showFirstFrameOnPrepare) is displayed.

• Added support for setting the target loop mode (setTargetLoopMode) through AV session command passing, and provides event listening callbacks for setting actions.

• Added support for single-sentence/single-lyricText property for audio conversations.

Image

• Added C API support for getting editable flags for images.

Recording

• Added an enumeration of video fill modes during screen recording.

• Added support for configuring the stable recording mode enableStableQualityMode18 in the audio and video recording configuration file.

The language compiler runtime

• TaskPool supports the concurrency of task execution and the queuing policy of the specified task.

• TaskPool supports canceling tasks in a task pool by task ID.

• collections (ArkTS pods) adds support for the following methods in API 18: Array: from, isArray, of, copyWithin, lastIndexOf, some, reduceRight, reverse, toString, every, toLocaleStringTypedArray：toString、toLocaleString、lastIndexOf、reduceRight

• Sendable allows you to replace the least recently used data with new data when you don’t have enough cache space.

• Workers allow you to specify the priority of a task when you create it.

safe

Added group-based access control for critical assets. By setting group attributes, multiple apps developed by the same developer can share data.

DFX

Added support for dumping raw heap snapshots of virtual machines for the current thread.

Enterprise customization

• Disable/enable feature restrictions: add MTP (mtpClient / mtpServer) and factory reset (resetFactory).

• Added support for installing user certificates by system account.

• Added support for adding, deleting, and switching system events for subscribing accounts.

Basic communication

• Added the function of obtaining the virtual MAC address of the peer Bluetooth device on the Bluetooth socket server

• Added the ability to obtain the original name of the peer Bluetooth device.

• Added the ability to connect to the available profiles of peer Bluetooth devices, such as A2DP, HFP, HID and other protocol profiles.

• Added the ability to persistently store the virtual MAC address of the peer Bluetooth device.

• The new Bluetooth BLE scanning fence mode allows you to report a BLE broadcast packet to the fence when it is first scanned, and to leave the fence when it does not scan a BLE broadcast packet, and carry the BLE broadcast packet information.

• Improve the device information searched by Bluetooth, and add RSSI (signal strength), name, and category information to obtain the device RSSI.

• Added the function of reading and sending Bluetooth socket data asynchronously, and if the link is disconnected, an IO exception will be reported.

Location Services

Added support for subscribing to Bluetooth scanning information reporting events for auxiliary positioning.

Network management

Added support for obtaining file descriptors for TLSSocket.

clipboard

The clipboard supports getting the number of times the content of the clipboard has changed.

Input

The input method framework adds support for setting the callback when the preview text is displayed, and supports subscribing to the event of the input method application operation text preview content.

Web

• You can get the element information of the last clicked area.

• You can set whether the font weight is enabled for web components to change according to the system settings.

• Support the audio and video in the web can be connected to the broadcast control center.

• Compatible with W3C specifications, you can specify the type of file to be uploaded by accepting.

• Provides a static method to clear the resource cache files in your app.

• Added support for elements rendered on the same layer with a fixed width and height.

Multimode inputs

Added support for setting callbacks for the specified button of the app operation in the foreground.

Upload and download

• Upload and download supports the ability to cache and download applications, and supports caching files to the sandbox directory or memory in advance.

• The API for uploading and downloading the agent allows you to set the maximum speed limit of the task and the content-type field of the file to be uploaded in the form.

Resource scheduling

• The background sub-process management module is added to provide the ability for applications to suppress and decompress sub-processes, so as to prevent sub-processes from occupying too much system resources and causing system lag.

• The new growth time mission car key subtype CAR_KEY. The new growth time mission car key subtype CAR_KEY.

• In the background agent reminder, you can set the resource ID for the reminder title and reminder content fields for global adaptation.

globalization

• Added support for obtaining the user’s preferred temperature unit and the start day of the week.

• Added support for refined formatting of date/number, which is convenient for more flexible use of formatting capabilities.

• Added support for number formatting that returns rich text.

• Added the ability to display paths locally, which can determine whether the path needs to be mirrored based on the input language.

Test the framework

• Added the ability to find the ID and type of the widget that meet the requirements according to fuzzy matching/regular matching.

• Added support for getting control prompt text and finding control based on control prompt text.

• Added support for horizontal and vertical search controls, which is only applicable to controls that support swiping.

Source: OpenHarmony 5.1.0 (API 18) is officially launched: further enhancing ArkUI and media capabilities, and improving standard web capabilities - HarmonyOSHub + ITHome (China)

With the goal of "making buildings evolve into intelligent organic lifeforms", this project reconstructs the building management model through open-source HarmonyOS technology.

Shenzhen Kaihong said that the urban and rural construction general and Shenzhen Kaihong in-depth cooperation, with open source Hongmeng technology as the core, with the "Kaihong security digital base" as the basic base, the smart building is like a "smart phone", to achieve cross-terminal interconnection of heterogeneous equipment in the building, unified data scheduling and efficient service collaboration.

Based on the open-source Hongmeng KaihongOS and KaihongOS Meta, the "smart brain" is installed for the construction of the building, so that it can perceive the environment like a human and make automatic decisions and adjust based on the full data collected by the device. After intelligent transformation, the construction of the general building has realized the real-time monitoring and linkage of the management module, and implemented multiple scenarios:

• Energy consumption management: Intelligent monitoring of water and electrical equipment, combined with AI energy-saving models, automatic adjustment of lighting and air conditioning, is expected to achieve an overall energy saving rate of 10%-15%, and reduce carbon emissions by nearly 100 tons per year.

• Smart meeting room: Through the one-click switching of the conference mode through the Kaihong conference control terminal, the intelligent control of the equipment, the second-level projection and the automatic release of resources after the meeting are realized, the utilization rate of the meeting room is improved, and the green self-service conference mode reduces energy consumption and improves human efficiency;

• Visitor and security management: Visitors can make an appointment through the mini program, face recognition to enter the building and real-time trajectory tracking; During fire emergency drills, the digital twin platform pushes escape routes in real time to improve emergency response efficiency.

• Asset and vehicle management: visual management of the whole process of assets, real-time statistics of vehicle entry and exit data, and improvement of parking space efficiency;

• User-side empowerment: Customize the "General Construction Mini Program" to integrate work order management, remote light control, air conditioning presets and other functions to achieve "people-oriented" service upgrades.

IT Home learned from the announcement of Shenzhen Kaihong that the results of the project show that the introduction of open source HarmonyOS technology has greatly improved the operation and maintenance efficiency of the building, and the energy consumption expenditure of the building has been significantly reduced. In addition, through data-driven decision-making, the life of building equipment is extended by 10%~15%.

Shenzhen Kaihong revealed that in the future, buildings and buildings, buildings and surrounding roads, and urban infrastructure will be interconnected based on the distributed capabilities of open source Hongmeng, which can be combined into a larger "super phone", and there will be unlimited innovation possibilities based on "super phones".

Original source: The country's first open-source HarmonyOS smart building model was released: automatic adjustment of lighting and air conditioning, real-time tracking of visitor trajectories - IT Home

This achievement marks a key step in the commercialization exploration of open source HarmonyOS in the oil and gas field, injecting new momentum into the digital transformation of the traditional oil and gas industry.

In terms of core technology applications, the tanker is equipped with LightBeeOS, an industry distribution based on open source HarmonyOS, which has obtained EAL4+ security certification.

Thanks to the technical characteristics of the open-source HarmonyOS distributed architecture, the fuel dispenser can also realize the interconnection with other IoT terminals, optimize the user's operation process in the refueling scenario, and realize the comprehensive upgrade of the human-computer interaction experience.

Taking the Gongbin Road gas station as an example, the four smart fuel dispensers deployed in the station are equipped with multimedia intelligent screens, and are equipped with hardware equipment such as voice intercom, voice broadcast, receipt printing, and QR code scanners.

IT Home noticed that with the blessing of open source Hongmeng, the device supports the synchronization of indoor EPS payment functions to the screen of the refueling terminal, and can call the payment information of the oil gun, which is convenient for users to realize outdoor scan code payment.

In addition, the fuel dispenser is also compatible with a variety of payment methods such as WeChat, Alipay, UnionPay, PetroChina e-Sharing Card, etc., and supports barcode recognition of non-oil commodities and mixed payment of oil and non-oil commodities.

▲ Synchronize the indoor EPS payment function to the large screen of the intelligent interactive terminal of the fuel dispenser, and the payment information of the fuel gun can be retrieved to realize the outdoor direct scanning code payment

▲ Support WeChat Pay, Alipay, UnionPay, and PetroChina e-Card Member Payment

▲ Support scanning the barcode payment of non-oil commodities and mixed payment of oil and non-oil commodities

At the O&M level, with the help of the open-source HarmonyOS system base and equipment management capabilities, the smart fuel dispenser supports remote status monitoring, component life cycle management and other functions, and will combine industry data models to achieve a higher level of intelligent O&M in the future.

Original source: The open-source Hongmeng smart fuel dispenser is online and can be directly scanned to pay outside the gas station - IT Home

Huawei Developer Conference HDC 2025 single-day ticket is 198 yuan, and the highest VIP early bird ticket is 4298 yuan.

https://developer.huaweicloud.com/hdc/hdc2025/hdc2025.html

The invitation letter attached to IT Home is as follows:

Dear Developers,

Every line of code is the spark that changes the world; With every attempt, a footnote is written for the digital future. From the beginning of Hongmeng to the sea of stars, from the opening of Pangu to the tide of intelligence, we always believe that the power of technology begins with small and becomes persistent. In June 2025, we sincerely invite you to Songshan Lake, Dongguan, to work with developers around the world to weave the warp and weft of the intelligent era with code at the Huawei Developer Conference (HDC 2025).

It's not just a tech summit, it's a "home field" for developers

Zero distance from the future

• Experience the advanced design of the latest version of HarmonyOS

• Discover the evolution of Ascend AI and the Pangu model, and witness how AI is reshaping industries such as healthcare, manufacturing, and finance

Your love deserves to be shared

• CodeLabs: Huawei engineers support you from a line of Hello World to complete meta-services and HUAWEI CLOUD applications

• HarmonyOS Innovation Race:HarmonyOS opens up a new future

• AI Application Development Center: HUAWEI CLOUD provides a solid foundation for you to develop the latest AI applications

Here, small forces will converge into a galaxy

We tailor the stage to every passion

• Independent Developer Zone: Full-cycle technical guidance + exclusive development resource support to open up the fast lane of HarmonyOS ecological docking

• Accessible technology: Practice digital inclusion with code, and let technology warm everyone

Inspiration collides

• HarmonyOS Open Class: Sowing Dreams and Hopes for Future Developers

• Sweeping Monk Meeting: Dialogue with HUAWEI CLOUD experts and top open source contributors to debunk technical myths

• Zone: Immerse yourself in the world's top 100 HarmonyOS application cases, unlock the creative boundaries of AI-generated applications, and experience the achievements of the world's top developers

In the summer of 2025, let's use code as a contract to ask why technology came about – under the stars of the Huawei Developer Conference, there is no commercial hustle and bustle, only the pure answer of thousands of lines of code: make the world a better place.

After the HarmonyOS 5 build, consumers are eagerly looking forward to HarmonyOS 6. The company may introduce a new software version at the HDC 2025 event. HDC 2025 may have a global format within the China hosted event in English next to Mandarin like HDC 2024. The only difference last year only hosted Pangu AI, Business to Business stuff while HarmonyOS NEXT development was China-focused. This year may be different with pure HarmonyOS fully transitioned in China and globally.

Original source: HUAWEI Developer Conference HDC 2025 is scheduled for June 20~22, and early bird tickets will go on sale tomorrow - IT Home (China)

The key events of the OpenHarmony community are as follows:

Community technology

OpenHarmony 5.0.3 Release was released this month; Focusing on community development, we will prepare 3 special SIGs (XR, AI models, and software engineering).

In March, the community established the AI Model SIG: building AI inference frameworks, large language models, and traditional AI running capabilities, enriching large and small application models and providing end-to-end examples.

Community-operated

Since the beginning of this year (2025.1.1 – 2025.3.31), the co-construction units have contributed a total of more than 4.11 million lines of code to OpenHarmony, covering 41 requirements in 18 subsystems.

In March, Shenzhen Kaihong, Kaihong Zhigu, Honghu Wanlian, Jiulian Kaihong, ArcherMind Technology, Zhongke Hongluo, and Runkaihong locked in the development of 633 tripartite libraries & tripartite frameworks for co-construction, involving 18 technical domains and 2 tripartite frameworks.

Zhongke Honglu and ArcherMind Technology completed the development of 2 tripartite libraries & tripartite frameworks for co-construction.

1) Complete the development of POI_Word functions;

2) Complete the POI_Excel function development.

Yahua Electronics, Xinhai Technology, Honghu Wanlian, Hongxin Zhilian, Huisibo, Honghu Wanlian, Kaihong Zhigu, Runkaihong, Shenzhen Kaihong, Institute of Software of Chinese Academy of Sciences, ArcherMind Technology, Shengteng and Jiulian Kaihong have built a total of 11 requirements to enter the unified interconnection backbone in OpenHarmony Unified Interconnection PMC.

1) Complete the end-to-end development of Wi-Fi / ble combo device interconnection and co-construction requirements;

2) Complete the development of two co-construction requirements of user account management and file manager file sharing function of the universal Internet App;

3) Complete the development of OH-share SDK co-construction requirements;

4) Completed the development of two co-construction requirements for OH-share application and miracast sink application;

5) Complete the development of the NAPI interface co-construction requirements provided by wifidisplay for screen projection applications;

6) Complete the development of castengine's co-construction requirements for adapting to wifidisplay NAPI interface;

7) Complete the development of Miracast projection source application co-construction requirements;

8) Completed the development of 2 co-construction requirements of the DLNA projection sink end protocol stack and application.

As of March 31, the number of OpenHarmony community partners has grown to 416.

In March, the OpenHarmony Ecosystem Committee has set up a total of 12 committees, with a total of 67 committee members.

As of March 31, a total of 29 OpenHarmony-compatible apps have been launched in the application display area of the official website. Eight new apps were added this month.

In addition, the star application recruitment activity has completed the preliminary selection and review stage; Enter the re-selection stage, and the application re-test is underway.

In March, 41 new products passed the compatibility evaluation, and a total of 1,062 products from 368 manufacturers have passed the compatibility evaluation (IT Home noted that Huawei's Pura X / Pura X Collector's Edition has passed the OHCA certification).

The first OpenHarmony Urban Technology Forum in Europe was successfully held.

On the afternoon of March 30, 2025 local time, Europe's first OpenHarmony Urban Technology Forum came to a successful conclusion in Rotterdam, the Netherlands. The event was hosted by the Technical Steering Committee (TSC) of the OpenHarmony project group and co-organized by Huawei's Dresden Institute, the European Ministry of Standards and Industrial Development, and the Amsterdam Research Institute.

In the report, Chen Haibo, Chairman of OpenHarmony TSC, ACM Fellow, IEEE Fellow, and Chairman of ACM SIGOPS, emphasized the importance of the intelligent terminal operating system and the factors affecting its development, expounded the development trend, challenges and opportunities of the operating system in the era of intelligent connectivity, introduced the architecture design and key features of OpenHarmony, and shared the latest technology, ecology, and Talent progress and industry practice.

Juan Rico, Project Manager at Oniro at the Eclipse Foundation, said: "For more than a decade, achieving global connectivity has been one of the biggest challenges facing smart devices due to the complexity of the technology stack, the geographically dispersed nature of manufacturers, and evolving regulatory requirements. While solutions are proliferating, they have never been able to establish a true frame of reference or gain global acceptance. In China, OpenHarmony, an open-source operating system, has shown the potential for seamless connectivity. Through the partnership between the Eclipse Foundation and the Open Atom Open Source Foundation, the Oniro open source operating system, built on OpenHarmony, is gradually showing its potential in Europe.

Original article: OpenHarmony Community: In March 2025, 41 new products have passed the compatibility test - IT Home

The Shenzhen 8K UHD Video Industry Cooperation Alliance, comprised of Chinese companies, has announced the official release of the video interface "GPMI." GPMI is compatible with USB Type-C and USB Type-B.

GPMI Type-B specifications are 192Gbps bandwidth/480W power supply with greatly superior performance for HDMI and DisplayPort while Type-C spec is 96Gbps bandwidth/240W power supply at HDMI 2.2 level.

GPMI bandwidth is bidirectional and can also transfer data. By using GPMI, it would also receive network data without needing any other connection.

At present, the GPMI Type-C interface has been approved and authorized by the USB Association, so the GPMI Type-C interface can be compatible with the USB Type-C ecosystem, and more than 50 Chinese-funded companies such as Huawei, Skyworth, Hisense, and TCL have confirmed 1, and the GPMI interface will be added to smart TV products in the future.

Application scenarios and market value

Simplified connection: GPMI integrates the quadruple functions of audio and video + data + control + power supply through a single interface, reducing the number of cables and supporting 8K ultra-high-definition video transmission.

Through the daisy chain networking technology, the "one-line series" of multiple devices is realized, which reduces the installation cost of multiple devices (speakers, game consoles, etc.)

and outdoor splicing screens in the family, and at the same time achieves low latency + high image quality.

Two-way interaction: screen control + ecological double expansion GPMI supports the two-way control protocol, which can realize cross-device reverse control through TV, realize TV remote control, third-party controller, control mobile games and other applications, and "translate" the mobile phone ecology to the large screen.

Progress in the industrial chain

The GPMI ecosystem covers the upstream, midstream and downstream of the audio and video industry chain in an all-round way, and works with more than 50 core industry partners to jointly drive the innovation, development and standardization of the entire audio and video industry chain.

In the current first stage, GPMI technology simplifies the connection of home devices, optimizes the user experience, promotes the development of smart TVs and multi-screen interaction and other scenarios through unified interfaces and high-quality transmission performance, and provides technical support for home entertainment and smart life.

In the second stage, GPMI technology empowers the automotive electronics industry, realizes the unification of equipment interfaces and efficient data transmission, and supports multi-terminal collaboration of splicing screens, which is widely used in intelligent driving, intelligent transportation and other fields to improve industry efficiency and user service experience.

In the third stage, GPMI technology supports the intelligent upgrading of scenarios such as intelligent manufacturing, intelligent logistics, new energy and environmental governance in pan-industrial applications. Through efficient data transmission and equipment collaboration, we can promote industrial automation and green and sustainable development, and fully cover the needs of industrial intelligent transformation.

GPMI is a standard that has been developed since 2019 by Shenzhen Guo际 8K Ultra High Qing 駆䢧业协作联盟, a group of more than 50 Chinese companies. It can transmit video, audio, data, control signals, etc. over a single cable, with a maximum transmission speed of 192 Gbps and supports up to 8K video and 480W power supply.

GPMI also implements an alternative to HDCP with ADCP content protection protocol based on SM3 and SM4 “national security algorithms” and much faster than HDMI (200ms vs 2s).

Benefits of OpenHarmony-based Oniro powered computers and phones adopting GPMI

Adopting GPMI (a Chinese-developed HDMI alternative) in OpenHarmony-based Oniro powered computers and phones could offer several benefits, particularly in enhancing interoperability and reducing fragmentation across diverse hardware platforms. Here are some potential advantages:

1. Enhanced Interoperability: OpenHarmony and Oniro are designed to be compatible with a wide range of devices, from smartphones to IoT devices. Adopting GPMI could further enhance this interoperability by providing a standardized interface for high-definition multimedia transmission, similar to HDMI but potentially with more control and customization options tailored to the OpenHarmony ecosystem.

2. Reduced Fragmentation: By adopting a unified standard like GPMI, OpenHarmony-based systems can reduce the fragmentation that often occurs with diverse hardware and software ecosystems. This can make it easier for developers to create applications that work seamlessly across different devices and platforms.

3. Improved Compatibility: GPMI could offer improved compatibility with other Chinese-developed technologies and standards, which may be increasingly important as OpenHarmony and Oniro expand their global reach. This could also facilitate better integration with Huawei's HarmonyOS, which shares a similar technological foundation.

4. Support for Advanced Features: GPMI might support advanced features such as higher resolution displays, faster data transfer rates, and improved audio-visual synchronization, which could be beneficial for multimedia applications on OpenHarmony-based devices.

5. Open-Source Ecosystem: Both OpenHarmony and Oniro emphasize open-source development. Adopting GPMI could align with this philosophy, providing an open standard that can be freely implemented and improved upon by the developer community.

6. Global Standardization: As OpenHarmony and Oniro aim to create a global ecosystem for smart devices, adopting GPMI could help in establishing a new global standard for multimedia interfaces, potentially influencing other markets beyond China.

Overall, the adoption of GPMI could strengthen the OpenHarmony and Oniro ecosystems by providing a robust, standardized interface for multimedia transmission, enhancing compatibility and interoperability across a wide range of devices.

Original article: GPMI is a Chinese alternative to HDMI and DisplayPort with up to 192 Gbps bandwidth, 480W Power Delivery - CNX Software

Original November 2024 article: Forget about Thunderbolt! The new GPMI interface standard from Huawei reportedly surpasses Thunderbolt 5 for 2025 launch - HarmonyOSHub

Huawei’s HiSilicon white paper - GPMI: Front-line Connectivity, Innovation Without Boundaries

The first-ever European OpenHarmony Technical Forum wrapped up in Rotterdam on March 30, 2025, bringing together industry leaders, developers, and academics to talk about the future of open source operating systems. The event, themed "OpenHarmony Technology Innovation and Ecosystem Practice," showcased exciting advancements in the field—and Oniro played a key role in the conversation.

Oniro and OpenHarmony: A Game-Changer for Global Smart Devices

Juan Rico, Oniro Project Manager at the Eclipse Foundation, took the stage to discuss how Oniro and OpenHarmony are working together in his talk, "Paving the Way for a Global Open Source Ecosystem of Smart Devices." He highlighted the challenges of global connectivity for smart devices—things like fragmented tech stacks, different regional standards, and ever-changing regulations. While plenty of solutions exist, a truly universal framework hasn’t been established yet.

But that’s where the collaboration between the Eclipse Foundation and Open Atom Open Source Foundation comes in. Oniro, built on OpenHarmony, is gaining traction in Europe as a powerful open source platform that can help connect smart devices seamlessly.

Helping Developers Get Started with Oniro

Jaroslaw Marek, Chairman of the Oniro Steering and Marketing Committee, followed up with a talk titled "Jumpstart Your Eclipse Oniro Journey: A Practical Guide for Developers and Device Makers." He broke down why Oniro is so important—helping to reduce development costs, eliminate technology silos, and improve IoT connectivity.

He also introduced some cool tools available to developers, including:

• Eclipse Theia IDE for efficient workflows

• A GitHub mirror of OpenHarmony’s codebase for easier collaboration

• QEMU virtualization tools for testing

• Servo Web engine and React Native support for cross-platform development

Marek’s talk made it clear: Oniro isn’t just about ideas—it’s providing the tools developers need to build the future.

Big Names in Open Source at the Forum

The event wasn’t just about Oniro—some of the biggest names in open source technology were also there. Prof. Haibo Chen, Chairman of the OpenHarmony Technical Steering Committee (TSC) and an ACM & IEEE Fellow, gave the keynote speech on "OpenHarmony Technology Innovation and Ecosystem Practice." He talked about the crucial role of software in digital transformation and how OpenHarmony is helping drive that forward through collaborations between academia, industry, and research institutions.

Other standout speakers included:

• Prof. Xia Yubin from Shanghai Jiao Tong University, who spoke on securing mobile data using open source trusted execution environments.

• Kevin Boos, Chief Software Architect at Futurewei, who showcased Rust-based app development for OpenHarmony.

• Magnus Morton from Huawei’s Edinburgh Research Institute, who introduced OpenHarmony development using the Cangjie language.

• Hatem ElKharashy from Qt, who demonstrated Qt Quick3D’s graphics rendering capabilities for OpenHarmony.

• Rakhi Sharma from Igalia, who discussed building a web rendering engine in Rust.

• Liu Yang, VP of Runhe Software, who shared insights on building an OpenHarmony-based industrial ecosystem.

The forum wrapped up with a panel discussion featuring experts like Liu Yutao from Huawei Dresden Research Institute, Prof. Haibo Chen, Juan Rico, Jaroslaw Marek, Adrian O'Sullivan and Prof. Xia Yubin. They debated OpenHarmony’s future, its competitive edge, and how to support developer communities in Europe.

What’s Next for Oniro and OpenHarmony?

The takeaway? Oniro and OpenHarmony are set to make waves in the open source world, bringing smart devices closer together through seamless, open source technology. The Eclipse Foundation and Open Atom Open Source Foundation are proving that cross-border collaboration can solve real-world problems.

Original article: Oniro at the Open Harmony Technical Forum (Eclipse Foundation)

BRUSSELS — March 31, 2025 — Linux Foundation Europe, the nonprofit organization enabling mass innovation through open source in Europe and around the world, today announced the official launch of the NeoNephos Foundation. This new initiative is dedicated to fostering collaboration and innovation around open cloud infrastructure, digital sovereignty, and next-generation cloud-native technologies in Europe.

NeoNephos, one of the first concrete open source outcomes of the IPCEI-CIS EU investment, emerges as a response to the growing demand for secure, scalable, and transparent cloud solutions that support European goals of digital sovereignty. By bringing together leading organizations, technology providers, and academic institutions, the foundation will serve as a hub for developing and promoting open source solutions that empower European enterprises and public sector entities.

“Linux Foundation Europe is proud to support the launch of NeoNephos, which represents a significant step forward in supporting Europe's cloud sovereignty goals through open source,” said Gabriele Columbro, General Manager of Linux Foundation Europe. “By fostering an openly governed collaborative ecosystem, we can accelerate innovation by building and integrating with open source cloud native building blocks like Kubernetes, Sylva, and LF Networking projects. Together, we can leverage projects already hosted under the Linux Foundation global ecosystem, while ensuring alignment with regulatory and data protection requirements that are critical for European stakeholders.”

NeoNephos will focus on several key areas, including:

• Cloud Infrastructure: Developing and promoting open, interoperable cloud technologies tailored to the needs of European enterprises and governments.

• Digital Sovereignty: Ensuring that organizations retain full control over their data and infrastructure while maintaining compliance with European regulations.

• Collaboration & Innovation: Providing a vendor-neutral environment where contributors can build, deploy, and scale cloud-native solutions that support a thriving digital economy.

A broad coalition of founding members is joining the NeoNephos Foundation to accelerate its mission, including leading technology companies, cloud providers, and research institutions. Initial members include Clyso GmbH, Cyberus Technology, Deutsche Telekom AG, SAP SE, TNO - ECOFED, STACKIT and 23 Technologies GmbH. These organizations bring deep expertise and a shared commitment to fostering an open cloud ecosystem that prioritizes transparency, security, and interoperability.

NeoNephos welcomes additional members, contributors, and collaborators to get involved and support its efforts. Organizations and individuals interested in participating can find more information at neonephos.org.

Supporting Quotes

"8ra is one of the key initiatives to advance Europe´s digital sovereignty. It is currently driven by more than 120 companies from 12 EU Member States creating a strong basis for an innovative multi-provider cloud edge continuum. At the heart of the initiative lies the development of Open Source components. In that regard the German Federal Ministry for Economic Affairs and Climate Action (BMWK) welcomes the creation of the NeoNephos foundation under the umbrella of the Linux Foundation Europe. It will be a cornerstone to get the community involved to further develop the next generation of cloud and edge services.
– Ernst Stoeckl-Pukall, Head of Division, Industry 4.0, Digitalization, BMWK

"As a long-standing advocate of open source solutions, I am excited about the launch of the NeoNephos Foundation, which aligns perfectly with CLYSO's commitment to harnessing open source software for innovative data management. NeoNephos represents a significant step forward in Europe's quest for digital autonomy and cloud sovereignty. By fostering collaboration between industry leaders, technology providers and academic institutions, NeoNephos will accelerate the development of secure, scalable and transparent cloud solutions that meet European regulatory standards. At CLYSO, we are excited to contribute our expertise and engage in this global community, working together to shape the future of cloud infrastructure in Europe."
– Joachim Kraftmayer, CEO at CLYSO GmbH

"At Cyberus Technology, we believe open-source is vital to Europe's digital sovereignty, driving collaboration and innovation across borders. The Linux Foundation Europe and the new NeoNephos Foundation perfectly represent this vision, and we at Cyberus Technology are proud to be part of it."
– Tor Lund-Larsen, CEO Cyberus Technology

“A team is always stronger and better. With joint efforts we can ensure that Europe determines its own digital future and stays independent. For decades, T-Systems developed sovereign solutions for Germany and Europe together with other players. That is why we also heavily invest in building a cloud-edge infrastructure in IPCEI-CIS. NeoNephos as a shared open source standard will be a key enabler to make this a success."
– Ferri Abolhassan, CEO T-Systems and Member of the Board of Management Deutsche Telekom AG

“At SAP, open innovation is central to our strategy. By initiating the Neonephos Foundation and transferring several of our latest flagship open source projects—developed as part of the EU IPCEI-CIS initiative—we are advancing a collaborative, secure, and interoperable cloud and edge ecosystem in Europe. This step reinforces our commitment to digital sovereignty while setting a new benchmark for innovation that drives tangible value for the European digital economy.”
– Michael Ameling, Member of the SAP SE Extended Board, General Manager & Chief Product Officer Business Technology Platform

“Contributing to NeoNephos allows STACKIT to develop an interoperable cloud and edge computing ecosystem. This aligns perfectly with our commitment to a digitally sovereign Europe.”
– Bernie Wagner, CEO of STACKIT

"As an independent applied research institute in the Netherlands, TNO is proud to work with NeoNephos in shaping the EU’s sovereign cloud foundation. NeoNephos aligns with the goals of the Dutch IPCEI CIS project ECOFED; a consortium project with the Dutch SME cloud industry to come to open a federated cloud ecosystem."
– Berry Vetjens, Director Market unit ICT, Strategy & Policy, TNO - ECOFED|

“We are honoured to join the NeoNephos Foundation as 23 Technologies and actively participate in the development of an open, interoperable and sovereign cloud-edge ecosystem. The initiative is a crucial step for Europe's digital autonomy and we are proud to contribute with our expertise to open collaboration and innovation”.
– Christian Berendt, Founder of 23 Technologies

Developers in Europe integrating the Eclipse Foundation's Oniro platform on the NeoNephos initiative offer several benefits:

1. Vendor-Neutral Environment: Oniro provides a vendor-neutral, open-source operating system (OS) platform, fostering collaboration and innovation across various industries. This environment promotes transparency and openness, essential for building trust and engagement within the community.

2. Interoperability and Global Reach: Oniro is designed to be interoperable with OpenHarmony, an open-source OS governed by the OpenAtom Foundation. This compatibility ensures that applications developed for Oniro can run on OpenHarmony and vice versa, creating a global ecosystem for applications and services. This interoperability is crucial for the widespread adoption and success of the platform.

3. Multi-Kernel Architecture: Oniro's multi-kernel architecture allows it to run on a wide range of devices, from resource-constrained IoT devices to larger embedded systems. This flexibility makes it an ideal solution for supporting the future of IoT, edge computing, and other next-generation devices.

4. Enhanced Security and Compliance: The Oniro platform includes an advanced IP toolchain that ensures compliance throughout the development process. This toolchain helps manage intellectual property and licensing, providing a secure and compliant foundation for developers.

5. Cloud Autonomy with Eclipse Xpanse: Eclipse Xpanse focuses on developing native cloud-managed services that are fully portable across different cloud implementations. This project aims to create an open and fair cloud market, addressing the issue of vendor lock-in and promoting cloud autonomy.

6. Community and Ecosystem Support: The Oniro Working Group comprises organizations that support the development and evolution of the Oniro platform. This collaborative ecosystem drives commercial success and fosters innovation across various industries.

7. Integration with Existing Technologies: Oniro integrates with existing projects like Eclipse Theia, Kanto, and React Native, enhancing its ecosystem adaptability and scalability. These integrations provide advanced functionalities for edge devices, IoT, and cloud connectivity.

8. Future-Proofing and Innovation: Oniro's architecture and development roadmap are designed to support future technological advancements. The platform's modular design and commitment to open-source principles ensure that it can evolve with the changing landscape of IoT and edge computing.

These benefits highlight the potential of the Oniro platform and the Eclipse Xpanse project in advancing digital autonomy and innovation within the European technology ecosystem.

Original article: The Linux Foundation Announces the Launch of NeoNephos to Advance Digital Autonomy in Europe (Linux Foundation Europe)

Recently, we partnered with the Technical Steering Committee of OpenHarmony Community to host a high-level tech forum, bringing together experts to discuss cutting-edge topics such as smart device operating systems, cross-platform development, data security, Rust ecosystems, and 3D rendering.

📌 Deep Integration of Technology and Ecosystem
This forum showcased OpenHarmony’s advancements in smart device operating systems while exploring key topics like Oniro compatibility, Rust ecosystem development, multiplatform app creation, and more. Thought leaders shared insights on leveraging open-source technologies to build efficient, secure, and scalable solutions that drive innovation in both smart devices and enterprise applications.

🔹 Data Security & Mobile Device Protection – How can we enhance security in an open-source environment amid growing privacy challenges?
🔹 Breakthroughs in Cross-Platform Rendering – How can Qt Quick3D and web rendering engines enhance OpenHarmony’s visual experience?
🔹 Rust for Multi-Platform Development – How are Makepad + Robius leveraging Rust to improve development efficiency?
🔹 Industrial Interconnection & Ecosystem Collaboration – How is OpenHarmony fostering a global, open, and collaborative industrial ecosystem?

✨ How Marketing Powers Open-Source Growth
As a marketing leader in the open-source space, I focus on transforming technical innovation into industry impact. Through strategic branding, developer community engagement, and global market expansion, we are driving OpenHarmony’s visibility and adoption worldwide. Open source is not just about code—it’s about ecosystem building, collaboration, and real-world implementation.

🌍 More to Come!

This forum is just the beginning of OpenHarmony’s global journey. We’re bringing this conversation to more cities, expanding the reach of open-source innovation. If you're passionate about smart devices, open-source ecosystems, and technological breakthroughs, let’s connect and shape the future together!

Original: 🚀 2025 OpenHarmony Technical Forum: Driving Open-Source Innovation and Global Development (LinkedIn)

The key events of the OpenHarmony community are as follows:

• As of February, the co-construction units have contributed more than 1.23 million lines of code to OpenHarmony this year

• As of February, Honghu Wanlian, Shenzhen Kaihong, Runkaihong, Kaihong Zhigu, ArcherMind Technology, Wanlihong Technology, Chinasoft International and other units have built a total of 6 characteristics into the backbone

• As of February, 22 new products have passed the compatibility evaluation, and a total of 1,033 products from 358 manufacturers have passed the compatibility evaluation

• On February 28, the OpenHarmony Project Group Working Committee held the "OpenHarmony Community Groundbreaking Meeting" in Wuhan

Code contributions

Since the beginning of this year (2025.1.1 – 2025.2.28), the co-construction units have contributed a total of more than 1.23 million lines of code to OpenHarmony, covering 17 requirements in 8 subsystems. Huawei Device Co., Ltd., iSoftStone Information Technology (Group) Co., Ltd., and Shenzhen Kaihong Digital Industry Development Co., Ltd., the top three co-construction units, contributed 1,088,710, 85,175, and 38,345 lines of code (new lines) respectively, as follows:

In February, Honghu Wanlian, Shenzhen Kaihong, Runkaihong, Kaihong Zhigu, ArcherMind Technology, Wanlihong Technology, Chinasoft International and other units jointly built 6 characteristics into the backbone:

• Added support for xcache compilation options

• Supports custom APN settings for private network access points

• Toggle the JS module to assert mode

• 3 XTS features: Rectify XTS arkTS, develop ArkUI Text & Navigation XTS Use Case Kit, and Enhance XTS Graphics Test Case

In addition, Honghu Wanlian has completed the development of 2 tripartite libraries & tripartite framework co-construction requirements:

• Adapt to the third-party library that Flutter relies on: flutter_webrtc

• Adapt to the third-party library that Flutter relies on: livekit_client

Ecological progress

In February, 22 new products passed the compatibility evaluation, and a total of 1,033 products from 358 manufacturers have passed the compatibility evaluation. As of February 28, the number of OpenHarmony community partners has grown to 406. The OpenHarmony Ecosystem Committee has set up 12 special committees and prepared a special committee on aerospace and architecture, with a total of 67 members.

Original Article - OpenHarmony Community: Since the beginning of this year, the co-construction units have contributed a total of more than 1.23 million lines of code (IT Home China)

Project Overview

Moonlight-HarmonyOS is a version of HarmonyOS based on the open-source project moonlight-stream-android. The project is dedicated to providing Moonlight's streaming gaming experience to the HarmonyOS platform. We are actively developing it to meet the needs of HarmonyOS users for high-quality game streaming.

Key features:

• HarmonyOS Compatible: Designed specifically for the HarmonyOS platform, it takes advantage of its unique features and performance benefits.

• Based on [moonlight-stream-android]: The project is based on the open-source moonlight-stream-android project, which retains its stability and reliability.

• Game Streaming: Moonlight provides a game streaming experience that allows users to play on the go.

Goals and Vision

Our goal is to build a great game streaming service in the HarmonyOS ecosystem to provide users with a great gaming experience. Our vision is to make Moonlight-HarmonyOS one of the most popular game streaming solutions on the HarmonyOS platform.

You can test it out on Developer environment today via GitHub source code and the application is already distributed on HarmonyOS Next AppGallery in China.

MUSE Paper is a tablet form factor terminal for developers, which is based on the 22nm process and has 2TOPS INT8 AI computing power.

The tablet comes with a 10.95-inch 1200×1920 LCD display with a storage configuration of LPDDR4X + eMMC and support for microSD UHS-II memory card expansion; It supports Wi-Fi 6 and Bluetooth 5.2, has dual USB-C ports, and has a 7,000mAh battery with 18W fast charging.

The MUSE Paper solution has undergone complete system integration testing and reliability testing, and the original instruction set is adapted to the OpenHarmony open-source HarmonyOS system, providing a full set of SDK/HDK documents, mass production tools, and original factory support channels, helping developers to get started easily and develop efficiently in an all-round way. The terminal equipment is suitable for a wide range of industries such as government and enterprise, education, finance, medical care, transportation, industrial control, etc.

IT Home learned that the price of the MUSE Paper tablet 8GB + 128GB basic model is 1899 yuan (250.29 Euros), and the 16GB + 256GB model is 2599 yuan (342.55 Euros).

Original article source: MUSE Paper, the world's first RISC-V + OpenHarmony 5.0 "dual open source" solution, was released (IT Home China)

Enhanced Connectivity with Galaxy Communication

This technology goes beyond traditional satellite systems used for navigation, offering a comprehensive suite of communication capabilities. Galaxy Communication enables active smart network selection, dual-network, and dual-standby functionality, ensuring a seamless and uninterrupted connection even in weak network areas.

One of the standout features is the ability to maintain a three-network connection, which significantly improves navigation reliability. This is particularly useful in remote or poorly connected areas where traditional networks may falter. The system also accelerates weak network signals, ensuring that users remain connected regardless of their location.

Safety and Emergency Features

Safety is a paramount concern in automotive technology, and HarmonyOS 5.1 addresses this with several innovative features. Galaxy Communication can detect the absence of a signal and automatically initiate a satellite phone call for rescue. This proactive approach to safety ensures that help is always within reach, even in the most isolated areas.

The system also suggests emergency contacts and alerts the Control Center in case of an accident, prompting the driver to call the police or other emergency services. This feature is designed to provide peace of mind and quick assistance in critical situations.

Advanced Calling Capabilities

HarmonyOS 5.1's satellite communication features extend to advanced calling capabilities. The system can initiate and complete calls even if the user is up to 30 meters away from the vehicle. This is made possible by an ultra-wide-angle satellite communication component with a 160-degree beam, which increases the satellite connection speed by 50% and reduces call establishment time by 20%.

This feature is not only convenient but also ensures that users can stay connected even when they are not physically inside the vehicle. It opens up new possibilities for remote communication and emergency assistance.

Integration with Other Devices

The in-vehicle satellite communication features of HarmonyOS 5.1 can be shared with other devices such as smartphones and tablets, provided they are running HarmonyOS 5.1 or above. This integration allows for a seamless user experience across multiple devices, enhancing connectivity and convenience.

For example, users can initiate a call from their smartphone using the vehicle's satellite communication system, ensuring a strong and reliable connection even in areas with poor cellular coverage. This feature is particularly useful for travelers and adventurers who often find themselves in remote locations.

Future Implications

The introduction of HarmonyOS 5.1 and its advanced satellite communication features marks a significant milestone in the evolution of automotive technology. As more vehicles adopt these features, we can expect to see a reduction in communication black spots and improved safety for drivers and passengers.

Moreover, the integration of satellite communication with other devices opens up new possibilities for the Internet of Things (IoT). In the future, we may see a more connected world where vehicles, smartphones, and other devices work together to provide a seamless and safe user experience.

Conclusion

Huawei's HarmonyOS 5.1 is set to enhance in-vehicle satellite communication with its innovative Galaxy Communication feature. By enhancing connectivity, safety, and calling capabilities, HarmonyOS 5.1 promises to provide a more reliable and secure driving experience. As this technology becomes more widespread, we can look forward to a future where connectivity is no longer a barrier, even in the most remote locations.

The MAEXTRO S800, the first vehicle to feature these advanced capabilities, is just the beginning. As more vehicles adopt HarmonyOS 5.1, we can expect to see a transformation in the way we communicate and stay connected on the road. The future of automotive technology is here, and it is more connected than ever before.

The key events of the OpenHarmony community are as follows:

• On January 22, the new version of the compatibility assessment portal was officially launched and opened to the public, and as of January 31, a total of 63 products have passed the compatibility evaluation

• The 2024 annual working meeting of the OpenHarmony Community Project Management Committee was held in Shenzhen on January 12, which comprehensively summarized the work and achievements of the Project Management Committee in 2024, and clarified the work direction and key tasks in 2025

• In January, the OpenHarmony Community Technical Steering Committee dismantled a total of 54 OpenHarmony technical topics and released them to the public. A total of 39 presentations were made by 18 technical clubs, covering 32 topics, of which 18 topics have been completed

• In January, Runhe, Kaihong Zhigu, Honghu Wanlian, ArcherMind Technology, Chinasoft International and other units jointly built 6 characteristics into the backbone; Shenzhen Kaihong and Industrial and Commercial Bank of China completed the development of 2 tripartite libraries & tripartite frameworks for co-construction

• In January, 49 new products passed the compatibility evaluation, and a total of 1,011 products from 353 manufacturers have passed the compatibility evaluation

Code contributions

Since the beginning of this year (2025.1.1 – 2025.1.31), the co-construction units have contributed a total of more than 450,000 lines of code to OpenHarmony, covering 6 requirements in 4 subsystems. Huawei Device Co., Ltd., Jiangsu Runkaihong Digital Technology Co., Ltd., and ArcherMind Technology (Nanjing) Co., Ltd., the top three co-construction units, contributed 442,299, 10,360, and 1,749 lines of code (new lines) respectively, the details are as follows:

In January, Runhe, Kaihong Zhigu, Honghu Wanlian, ArcherMind Technology, Chinasoft International and other units jointly built 6 characteristics into the backbone:

• Support UWB pointing to remote control multi-channel

• Improve the functionality of ArkUI components

• Optimize native applications and support non-standard peripheral expansion driver development

• 3 XTS features: Test cases that complement ArkUI Text Classes & Navigation Classes, Graphics, Meta Capabilities

In addition, Shenzhen Kaihong and Industrial and Commercial Bank of China have completed the development of 2 tripartite libraries & tripartite framework co-construction needs:

• Compatible with grpc_node third-party libraries

• Adaptable to the RN ecosystem component reactnative_iftide

Ecological progress

In January, 49 new products passed the compatibility evaluation, and a total of 1,011 products from 353 manufacturers have passed the compatibility evaluation. On January 22, the new version of the compatibility assessment portal was officially launched and opened to the public, and as of January 31, a total of 63 products have passed the compatibility evaluation.

According to the "Announcement on the End of Compatibility Evaluation of OpenHarmony 4.0.x Releases Branch", starting from January 1, new products will not be supported to be evaluated based on the version of the old branch (OpenHarmony 4.0.x Releases and earlier), and the old product (the product that has been evaluated) will be evaluated in LTS or Release Upgrade assessment is still supported during the branch maintenance cycle.

As of January 31, the number of OpenHarmony community partners has grown to 401. The Ecology Committee has set up 12 special committees and prepared a special committee on aerospace and construction, with a total of 67 members. The Ecosystem Committee released a total of 4 ecological brochures, and a total of 73 implementation cases in the OpenHarmony Business Case Collection (integrating all industries).

Original source: OpenHarmony Community: As of January 31, the number of ecosystem partners has grown to 401 (IT Home China)