Xinchuang

Concept and scope

Xinchuang (信创) is the Chinese mainland abbreviation for Information Technology Application Innovation (信息技术应用创新). It is a state-led initiative that replaces US and other foreign technology with domestically developed substitutes in order to achieve independent, controllable (自主可控) control of the IT sector and safeguard national information security, and it demands the domestication of China's IT infrastructure and ecosystem as a whole. Its four focus areas are basic infrastructure (CPUs, chips, servers, switches, routers), basic software (operating systems, databases, big data, middleware, cloud), application software (office, general-purpose, industrial), and information security.

Origins and institutionalization

The name Xinchuang derives from the Information Technology Application Innovation Working Committee (信创工委会) under the China Electronics Standardization Association, which claims a March 2016 founding and took charge of industry standards and personnel training. Encyclopedic records note, however, that related public information and reporting first appear in September 2019 and that the 安可工委会 no longer appears in the association's organizational chart, inferring that the latter was the predecessor. A separate record dates the first appearance of the phrase "Information Technology Application Innovation" in public literature to a 26 March 2019 information technology innovation seminar in Nanjing. The 2016 date is therefore best presented alongside the gap between the committee's own claim and the timing of independent reporting rather than as a settled founding year.

The lineage of de-IOE must be treated separately. In 2014 the China Banking Regulatory Commission issued 《关于应用安全可控信息技术加强银行业网络安全和信息化建设的指导意见》 and introduced the de-IOE concept (IOE = IBM minicomputers, Oracle databases, EMC storage), which became the banking sector's precursor campaign. The policy brand that extended this to all industries is Xinchuang.

Drivers and phases

Explicit policy-making took off after 2018, as US and Western scrutiny of Huawei intensified, particularly at the level of the Ministry of Industry and Information Technology (MIIT). After the Trump administration introduced sanctions, the committee and the Xinchuang program overall were treated as a key instrument of China's pursuit of technological independence and its response to international pressure. The 14th Five-Year Plan and 2035 long-term goals announced in March 2021 named technological self-reliance as a core strategic pillar.

Adoption proceeds in three phases: pilots within party and government bodies, public institutions, the military and state-owned enterprises; expansion into core industries such as finance, telecommunications, power and transport; and full application in the consumer market. This sequence has been implemented since the first Xinchuang projects were announced in July 2020, under a '2+8+N' path in which '2' is domestic replacement in party and government bodies, '8' is the eight core industries of finance, telecommunications, power, petroleum, transport, aerospace, education and health care, and 'N' is all remaining industries.

Contract value was only 199 million yuan (US$28.52 million) in 2011-2018 but expanded sharply from 2019, reaching 27.92 billion yuan (US$4 billion) in 2020, with 18.45 billion yuan (US$2.64 billion) between early 2021 and November 2022. By October 2022 central and local governments had issued 166 Xinchuang policies, 67 of them in 2022.

Document 79

In late September 2022 SASAC issued Document 79 (国资发79号文), which comprehensively directed and required state-owned enterprises to localize their information systems. It required a consolidated 安可 replacement plan to be reported to SASAC by the end of November 2022, quarterly replacement progress reports from January 2023, and completion by all central and local state-owned enterprises by the end of 2027. Replacement requirements are graded in three tiers: 'full replacement' (OA, portals, email, discipline inspection, party and military systems, records, management), 'replace where applicable' (strategic decision-making, ERP, risk management, CRM), and 'replace where possible' (production and R&D systems). The scope covers information systems including chips, operating systems, databases and middleware, not software alone.

The labels 'Delete America' and 'Delete A' for the 2022 document come from a commercial consultancy brief (GI Research, November 2024) that presents them as an informal designation; Chinese-language sources discuss the same document without using the name. It should therefore be attributed to that brief rather than presented as an official name. The same brief states a roadmap for phasing out foreign technology by 2035 and a goal that 50 percent of China's computing industry use domestic technology by 2025.

International context and digital sovereignty

Xinchuang is closely tied to the broader debate over digital sovereignty, the claim that a state should possess meaningful control over the digital infrastructure, data, hardware and software on which it depends. China expresses this as 'cyber sovereignty', codified alongside the Great Firewall in the Cybersecurity Law (2017, requiring critical information infrastructure operators to store data within China), the Data Security Law (2021) and the Personal Information Protection Law (2021). US sanctions authorities, notably the sweeping power under the International Emergency Economic Powers Act (IEEPA) of 1977 to stop individuals and corporations from doing business with listed entities, along with export controls and entity-list designations of Chinese firms, are presented as the background against which Chinese digital sovereignty and Xinchuang efforts are framed as a response, which explains the acceleration after 2018.

Domestic ecosystem and market

China invested heavily in homegrown Linux-based operating systems for the transition. Prominent examples are Kylin OS, developed by the National University of Defense Technology and later merged into NeoKylin, and the Unity Operating System (UOS), widely deployed in the government sector. After being placed on the US Entity List, Huawei developed HarmonyOS NEXT, dropping support for Android and Windows applications in favor of a native ecosystem, which Chinese state media framed as a landmark in breaking Western technology monopolies. Huawei, Loongson, Inspur and Standard Software are cited as leading firms. The Working Committee had 1,160 members as of July 2020 and sent invitations to some 1,800 Chinese suppliers spanning PCs, chips, software and networking, and it coordinates the ecosystem by publishing adaptation lists such as the July 2021 《常用软件适配清单》.

Databases are a core area of Xinchuang. According to iResearch (艾瑞咨询), China's database market was worth 28.68 billion yuan (US$4.11 billion) in 2021, up 16.1 percent year on year. Chinese coverage names OceanBase (launched by Ant Group in 2014 after problems with Alipay's Oracle-run DBMS), TiDB (PingCAP), Polar DB (Alibaba) and Mog DB (Enmotech) as representative products and vendors, and lists university-originated database firms such as 神舟通用 from Zhejiang University, 达梦数据库 from Huazhong University of Science and Technology, 人大金仓 from Renmin University and 南大通用 from Nankai University. The same source notes that around 80 percent of China's databases remain centralized with distributed databases under 20 percent, and that homegrown systems account for at least 64 percent of the ERP market in China.

Examples of adoption

A representative case is the localization of comprehensive office systems in party and government bodies. A standing committee body of one municipal people's congress carried out localization of its collaborative office system, a provincial information center integrated electronic signatures while converting its comprehensive office system, and one of the world's 500 largest banks carried out localization including electronic signature interface adaptation, data migration and feature optimization. Depending on the secrecy classification, requirements include the 《涉密信息系统产品检测证书》 or a Level 3 classified-protection certificate, and cited government users include central bodies such as the Supreme People's Procuratorate, the Supreme People's Court, the Ministry of Justice and the Ministry of Commerce, as well as local government bodies in Guangdong, Anhui and Guizhou. Local governments also promoted industry clusters, with Beijing issuing the 《关于打造国家信创产业高地三年行动方案(2023-2025年)》 in December 2023.

Distinctions

De-IOE and Xinchuang are not the same. De-IOE began with the 2014 directive and targeted a specific trio of foreign products, IBM minicomputers, Oracle databases and EMC storage, as a banking-sector measure, whereas Xinchuang is an IT-wide localization strategy institutionalized after 2016 that covers four areas. De-IOE is a precursor, not a synonym.

Xinchuang is also a different formulation from Made in China 2025, announced in 2015, though the two share the goal that China make and control its own advanced technology, become self-reliant and end dependence on foreign companies. Some Western analyses therefore call Xinchuang 'Made in China 2025 redux', but the programs have distinct institutional origins.

Finally, Xinchuang differs from other national models of digital sovereignty. Unlike the EU's regulatory and rights-based approach or the United States' historical multi-stakeholder open-internet model, China adopted a statist model of strict control. European initiatives such as the European Chips Act, Gaia-X and France's SecNumCloud pursue comparable autonomy objectives through different means such as open source, certification and procurement localization, which makes the comparison useful for distinguishing Xinchuang's state-directed domestic-substitution model from rights-based or market-based strategies.

Effects on foreign firms

Companies such as Oracle, IBM and Microsoft have faced declining market share and higher barriers as Xinchuang mandates exclude them from lucrative procurement opportunities. Partnerships and joint ventures with local firms became necessary but bring compromises such as intellectual property sharing and higher compliance costs. Foreign startups face high entry barriers including partnership requirements and data-localization mandates, while Western companies also confront intellectual property risks, capital controls limiting profit repatriation and data-localization obligations. Ownership restrictions prohibit companies with more than 25 percent foreign ownership from participating.