优质软件开发公司推荐与选择参考 在商业环境中，选择技术扎实、服务可靠的软件开发公司是项目成功的关键。以下结合市场反馈与技术服务能力，精选国内外优质企业，从核心优势、服务 领域及适用场景展开解析，为企业选择合作伙伴提供参考。 1. 北京华盛恒辉科技有限公司 专注软件定制开发，提供全面系统的开发方案，在部队军工、政企民企项目中经验丰富。核心服务领域包括部队软件、工业软件(电磁、效能评估、体系建 模、兵棋推演)、安全生产、数字化转型，以及新能源、教育、医疗类软件(APP、管理系统、商城、人工智能应用、光伏 / 汽车软件、ERP、CRM 及系统二 次开发)，拥有大量成功案例。 2. 北京五木恒润科技有限公司 国内应用案例参考：北京华盛恒辉与北京五木恒润研发的智慧军营装备器材管理系统，在实际应用中成效显著，为同类系统推广提供支撑。 4. 微软(Microsoft) 全球顶尖软件公司，产品线覆盖 Windows 系统、Office 办公软件、Azure 云服务，在 AI、机器学习、大数据分析领域技术领先。 适用场景：需全面软件解决方案，尤其希望依托微软生态的企业。 5. 谷歌(Google) 知名搜索引擎公司，在软件开发 ...

出品｜虎嗅科技组 作者｜宋思杭 编辑｜苗正卿 头图｜视觉中国 在硅谷，今年已经数不清楚究竟上演了多少场如此戏剧性的"对手戏"。最新一场戏的两位主角是硅谷最出名 的两家公司，一家是OpenAI，一家是Apple。 就在本周五，有媒体消息称，OpenAI最近正忙着挖苹果"老将"，包括设计师、硬件工程师、可穿戴设备专家 等等关键角色。 而仅仅是挖走苹果的核心人才，还满足不了奥特曼的硬件"野心"，当然也够不成OpenAI想做硬件、甚至与苹 果抗衡的充分条件。这里面还少了一个关键因素：硬件的供应链。 但稍加留意，就可以注意到奥特曼硬件"野心"的蛛丝马迹：其在过去一年中，已经多次与苹果赖以成名的供 应链厂商展开接触。比如OpenAI曾以数十亿美元收购了由苹果前首席设计官Jony Ive创立的硬件公司；除此 之外，OpenAI还与立讯精密、歌尔声学等苹果供应链的重要合作伙伴建立联系，试图把原型设备从设计推向 量产。 换句话说，OpenAI正在尝试复制苹果的"成功方程式"。在过去，人们习惯于把OpenAI视为纯粹的软件公 司：算法、模型、算力是它的关键词。但现在看来，奥特曼似乎想改写这一叙事。 放在更大的视角，如果OpenA ...

Core Insights - OpenAI is actively recruiting key talent from Apple, including hardware engineers and design experts, indicating a strategic shift towards hardware development [1][6][7] - The company has made significant moves to establish a hardware supply chain, including acquiring a hardware startup founded by Apple's former chief designer and collaborating with major suppliers [4][8] - OpenAI's ambition to enter the hardware market could redefine the AI industry's business models and create new competitive dynamics with established players like Apple [2][21] Group 1: OpenAI's Hardware Strategy - OpenAI's hardware ambitions can be traced back to a 2018 paper on robotic hands, but the focus on commercialization has intensified recently [2][4] - The acquisition of Jony Ive's hardware startup for approximately $6.5 billion enhances OpenAI's design capabilities and signifies a shift from a software-only model to a combined hardware-software approach [4][5] - OpenAI's recruitment of Apple employees with expertise in audio and wearable technology suggests a targeted strategy to build a competitive hardware portfolio [6][7] Group 2: Competitive Landscape - OpenAI's entry into hardware could disrupt Apple's dominance in the smart device market, particularly if OpenAI successfully launches innovative products like AI-powered smart glasses [11][12] - The potential for OpenAI to create an AI-native ecosystem may challenge Apple's tightly integrated iOS ecosystem, which has been a cornerstone of its competitive advantage [13][14] - OpenAI's strategy to develop its own AI chips, similar to Google's TPU and Apple's M-series, indicates a desire for comprehensive control over its hardware and software integration [8][21] Group 3: Market Implications - If OpenAI's hardware initiatives succeed, it could lead to a new revenue model combining hardware sales with subscription services, akin to Apple's business model [21] - The competitive pressure from OpenAI's hardware strategy may force Apple to innovate further to maintain its market position [9][10] - OpenAI's approach may serve as a blueprint for other AI companies, particularly in markets where hardware integration is less common [22][25]

Core Viewpoint - Apple warns that upcoming mobile market reforms in the UK aimed at promoting competition may ultimately harm users and developers [1] Group 1: Company Concerns - Apple expresses concerns that EU-style regulations in the UK could undermine user expectations for privacy and security protections [1] - The company believes these reforms could hinder innovation and compel them to provide technology to foreign competitors for free [1] Group 2: Regulatory Context - The UK's Competition and Markets Authority (CMA) announced in July that Apple and Google's Android system owner must enhance competition in the app distribution sector [1] - The CMA proposed designating both companies as having "strategic market status" due to their dominant positions in the mobile ecosystem [1] Group 3: Market Share Data - According to Kantar data, Google's Android system holds a 61% market share in the UK, while Apple's iOS system accounts for 38% [1] - Google operates the Play Store and Chrome browser, while Apple manages the App Store and Safari browser [1] Group 4: Upcoming Decisions - The CMA is expected to make a final decision on this matter in October [1]

Core Viewpoint - The article discusses the rising popularity of the HarmonyOS 5 among young users, highlighting their enthusiasm for new technology and the system's unique features that cater to their needs and preferences [2][3][73]. User Demographics - The survey included 596 participants, with 64.4% male and 35.6% female, primarily consisting of university students (42.1%) and graduate students (25.4%) [4][3]. - Among the users of HarmonyOS 5, 42.7% are graduate students, and 50% are doctoral students, indicating a strong preference for the system among highly educated individuals [7][9]. Transition from Other Systems - 34.5% of young users switched from Android to HarmonyOS 5, while 28.6% transitioned from iOS, showing a significant shift towards embracing domestic technology [11]. - The main reasons for switching include supporting domestic technology (58.8%) and a desire to experience new technology (52.4%) [13][14]. User Experience and Features - Over 70% of users have engaged with HarmonyOS 5 for more than three months, breaking the typical "three-month novelty" barrier [16]. - Users rated the overall experience of HarmonyOS applications at an average of 4 out of 5, with the highest satisfaction in interface interaction (4.4) and multi-device collaboration (4.3) [21][22]. AI Integration - 63.1% of young users frequently or occasionally use Huawei's AI assistant, Xiao Yi, with the most popular features being AI knowledge Q&A (61.9%), AI image recognition (42.1%), and AI writing (36.7%) [30][38]. - The assistant is seen as a valuable tool for enhancing learning efficiency and assisting in daily tasks [29][40]. Multi-Device Collaboration - 90% of young users require at least two devices for work or study, with the most favored combination being a computer and a phone (49.7%) [44][45]. - The most utilized cross-device collaboration features include file transfer (85.2%) and cross-device copy-paste (64.4%) [49]. Data Privacy Concerns - 96% of young users are highly vigilant about data privacy, with 83.9% prioritizing sensitive data permission control [52][56]. - HarmonyOS 5 addresses privacy concerns by minimizing and precisely controlling permissions, enhancing user trust [58][59]. Engagement in Development - 13.4% of young users have participated in HarmonyOS-related activities, with the most common being public lectures and technical seminars [61][62]. - There is a growing interest in becoming developers for HarmonyOS, particularly among engineering students [70]. Future Outlook - The article concludes that HarmonyOS 5 is gaining traction among young users, who are not only using the system but also engaging in its development, indicating a promising future for the platform [73][75].

Core Viewpoint - Huawei's HarmonyOS is gaining traction with over 10 million devices running HarmonyOS 5.0, supported by significant investment in developer migration and ecosystem development [5][6][7]. Group 1: Product Launch and Market Position - Huawei's first travel car, the Hongmeng Zhixing S9T, has begun pre-sales as of August 18 [1]. - HarmonyOS is projected to capture 19% of the Chinese smartphone market share by Q4 2024, surpassing Apple's iOS, which holds 17% [7]. Group 2: Investment in Ecosystem Development - Huawei has invested nearly 10 billion yuan this year to support developers transitioning to the HarmonyOS ecosystem, including offering user incentives through the "Hongmeng Daily New Red Packet" program [5]. - The company has launched the Harmony Star Program, committing 100 million yuan in cash and resources to foster innovation among campus developers and creative talents [8]. Group 3: Developer Support and Tools - Huawei's Developer Space has been upgraded to provide a comprehensive AI application development experience, attracting over 1.1 million developers and empowering 170,000 to utilize its resources [9]. - New features in the Developer Space include AI-native application engines and low-code capabilities, enhancing the development process for AI intelligent applications [9].

Core Viewpoint - Huawei demonstrates strong technological capabilities in the semiconductor industry, particularly with its Ascend series chips and the recent launch of CM384, positioning itself as a leader in domestic AI chips [2][3]. Group 1: Financial Performance - In 2024, Huawei achieved a total revenue of RMB 862.072 billion, representing a year-on-year growth of 22.4% [5]. - The smart automotive solutions segment saw a remarkable revenue increase of 474.4%, while terminal business and digital energy businesses grew by 38.3% and 24.4%, respectively [5]. - Revenue from the Chinese market reached RMB 615.264 billion, driven by digitalization, intelligence, and low-carbon transformation [5]. Group 2: Huawei Cloud - The overall public cloud market in China is projected to reach USD 24.11 billion in the second half of 2024, with IaaS accounting for USD 13.21 billion, representing a year-on-year growth of 14.4% [6]. - Huawei Cloud holds a 13.2% market share in the Chinese IaaS market, making it the second-largest cloud provider after Alibaba Cloud [6]. - Huawei Cloud's revenue growth rate reached 24.4%, the highest among major cloud vendors in China [6]. Group 3: Ascend Chips - The CloudMatrix 384 super node integrates 384 Ascend 910 chips, achieving a cluster performance of 300 PFLOPS, which is 1.7 times that of Nvidia's GB200 NVL72 [10]. - The single-chip performance of Huawei's Ascend 910C is approximately 780 TFLOPS, which is one-third of Nvidia's GB200 [10][11]. - The Ascend computing system encompasses a comprehensive ecosystem from hardware to software, aiming to meet various AI computing needs [15][20]. Group 4: HarmonyOS - HarmonyOS features a self-developed microkernel, AI-native capabilities, distributed collaboration, and privacy protection, distinguishing it from Android and iOS [12]. - The microkernel architecture enhances performance and fluidity, while the distributed soft bus technology allows seamless connectivity among devices [12][13]. Group 5: Kirin Chips - The Kirin 9020 chip has reached high-end processor standards, comparable to a downclocked Snapdragon 8 Gen 2 [23]. - The Kirin X90 chip, based on the ARMv9 instruction set, features a 16-core design with a frequency exceeding 4.2GHz, achieving a 40% improvement in energy efficiency [25][26]. Group 6: Kunpeng Chips - Kunpeng processors are designed for servers and data centers, focusing on high performance, low power consumption, and scalability [27]. - The Kunpeng ecosystem strategy emphasizes hardware openness, software open-source, enabling partners, and talent development [29].

Core Points - The Japanese government has officially requested Apple to open its iOS system to third-party browser engines, with a deadline for compliance set for December 2025 [1][4] - This initiative is based on the newly released guidelines of the "Mobile Software Competition Law," which expands upon the recently passed "Smartphone Law" targeting Apple's restrictive policies in the App Store [1][4] Group 1 - Apple currently requires that iOS versions of browsers like Chrome, Firefox, and Edge use its proprietary WebKit engine, which has been criticized for limiting market competition and hindering the performance and functionality of other browsers [4] - The Open Web Advocacy organization, involved in legal consultations, stated that Apple's enforcement of WebKit obstructs the development of independent browsers on iOS [4] - The new guidelines prohibit Apple from hindering the adoption of third-party browser engines and from setting unreasonable technical or financial barriers [4] Group 2 - The law ensures that browser developers have full access to critical system APIs, and any alternative APIs provided by Apple must not significantly underperform compared to those used by Safari or WebKit [4] - A notable requirement of the law is that devices must present a browser selection interface immediately upon activation, ensuring users can choose their preferred browser during the setup process [4][5] - Compared to related EU legislation, Japan's regulations are stricter regarding the timing and manner of user prompts, emphasizing the importance of user choice in the browser market [5]

Core Viewpoint - The UK Competition and Markets Authority (CMA) is intensifying its scrutiny of Apple and Google due to their dominant positions in the mobile ecosystem, proposing to classify both companies as having "Strategic Market Status" (SMS) [1] Group 1: Regulatory Scrutiny - The CMA initiated an investigation in January, stating that Apple and Google possess "large and entrenched market power" in the UK's digital economy [1] - If designated as having SMS, the CMA will gain legal authority to mandate changes to business practices that harm market competition [1] Group 2: Focus of Investigation - The investigation is examining whether Apple and Google create barriers for competitors, favor their own applications and services, and impose unfair terms on developers attempting to distribute apps via the App Store or Google Play [1] Group 3: European Regulatory Challenges - Apple was fined €500 million in April for violating the EU's Digital Markets Act (DMA), while Google faces accusations of favoring its own services and restricting app developers [1] - Google is also appealing a €4.1 billion antitrust fine from 2018 [1] Group 4: Market Share Data - According to Kantar, Google's Android system holds a 61% market share in the UK, while Apple's iOS accounts for 38% [2] - Google operates the Play Store and Chrome browser, while Apple controls the App Store and Safari browser [2]

Group 1 - The jury in Santa Clara County ruled that Google misused Android phone data without user consent, requiring the company to pay over $314 million (approximately 2.2 billion RMB) to California Android users [2] - The lawsuit, initiated in August 2019, represents 14 million California Android users, claiming Google unlawfully accessed mobile network data even when devices were locked or turned off [2] - The plaintiffs argue that these unauthorized actions contribute to Google's annual advertising revenue exceeding $200 billion, with users unaware and bearing the costs of mobile data usage [2] Group 2 - The judge in May's trial noted the lack of legal definition regarding whether mobile networks constitute property, referencing a previous case where Google's use of mobile data was deemed "illegal appropriation" [3] - The jury agreed with the plaintiffs that users bore unavoidable burdens for Google's benefit, while Google plans to appeal, claiming the ruling misinterprets the security and reliability of Android devices [4] - A similar class-action lawsuit is underway in federal court, led by plaintiffs from 49 states, seeking billions in damages, with a trial expected in April next year [5] Group 3 - Testing on a Samsung Galaxy S7 revealed that the device transmitted data to Google 389 times over 24 hours while idle, sending 8.88 MB of data daily, with 94% of that data going to Google [6] - In contrast, an idle iPhone transmitted significantly less data to Apple, only one-tenth of what the Android device sent to Google, indicating better user control over data transmission on iOS devices [6]