February 21, 2019 - China Launches Major Technology Innovation Programs

On February 21, 2019, you can trace one of China's boldest moves in its race to dominate global technology — the launch of the National Center for Science and Technology Innovation (NCSTI). Beijing's Municipal Science and Technology Commission launched it as a "one-stop" hub to streamline innovation processes. It's part of Xi Jinping's broader strategy, which also includes the Little Giants Program, new equity markets, and a fierce focus on AI, semiconductors, and biotech — and there's much more to uncover.

Key Takeaways

• On February 21, 2019, Beijing Municipal Science and Technology Commission launched the National Center for Science and Technology Innovation (NCSTI) in trial operation.
• NCSTI was designed as a "one-stop" service hub to streamline and coordinate science and technology innovation processes across multiple departments.
• The platform helped position Beijing as a global innovation leader, ranking 3rd worldwide on the Global Innovation Hubs Index for four consecutive years.
• China's Little Giants Program, launched in 2018, complemented NCSTI by targeting high-tech SMEs with subsidies, loans, tax cuts, and patent fast-tracking.
• These initiatives aligned with broader national strategies, including Made in China 2025, prioritizing AI, semiconductors, and biotechnology as key innovation sectors.

What China Launched for Science and Technology on February 21, 2019

On February 21, 2019, Beijing's Municipal Science and Technology Commission and several partner departments launched the trial operation of the National Center for Science and Technology Innovation (NCSTI) platform, a "one-stop" service hub designed to streamline China's science and technology innovation processes.

The NCSTI trial marked a significant step in positioning Beijing as a national innovation hub, integrating research, development, and tech services under one platform. You can see how this Beijing hub reflects China's broader push for tech leadership, aligning with national strategies like Made in China 2025.

Built on in-depth research and demonstration, the platform coordinated multiple departments to ensure its efficacy. It later underwent revisions and upgrades before relaunching for public testing in May 2021. Beijing has since demonstrated its global standing in innovation, ranking 3rd worldwide on the Global Innovation Hubs Index for four consecutive years.

China's innovation ambitions extend beyond its borders, with the PRC developing offshore innovation bases since 2015 to collaborate with global universities, research institutions, and multinational corporations in transferring cutting-edge technology.

How Xi Jinping's Innovation Vision Drove the 2019 Policy Push

The Beijing platform's 2019 launch didn't happen in a vacuum — it reflected the ideological framework Xi Jinping had been building around science and technology governance. His party ideology positioned science as the primary productive force, with innovation as the engine driving national development. You can trace these innovation narratives directly through the 2019 policy push: basic research feeds commercial application, indigenous development reduces foreign dependence, and enterprise-led structures anchor the broader innovation ecosystem.

Xi's Sinicized Marxist lens treated technological progress as a linear, predictable sequence — basic research automatically yields breakthroughs, which then modernize industry. That framework justified coordinating national resources through the whole-nation approach, granting scientists greater autonomy while directing state support toward identified chokepoint technologies threatening China's strategic independence. The National Natural Science Foundation, established in February 1986, has served as a major channel for national funding of basic research and has been central to nurturing innovators across four decades of China's science and technology development.

Xi has continued to advance this innovation vision through flagship development projects, most notably Xiongan New Area, a state-level megacity launched in 2017 and located about 100 km southwest of Beijing, which he has directed to be driven by reform and innovation as a model city for high-quality growth.

The Little Giants Program and What It Offered High-Tech SMEs

China's "Little Giants" program grew out of a broader effort to cultivate high-tech small- and medium-sized enterprises capable of competing in the fourth industrial revolution. Officially launched in 2018 by the Ministry of Industry and Information Technology, it targets firms in advanced manufacturing and high-technology sectors.

If you qualify, you'd gain access to preferential loans, direct subsidies, state equity investment, and tax cuts. You'd also benefit from patent fast-tracking, streamlined stock market listings, and university research partnerships. Supply integration with state-owned enterprises gives certified firms guaranteed positions within established supply chains, reducing market access barriers significantly.

The program's selectivity is intentional. Only roughly ten percent of nurtured companies are expected to emerge as truly competitive, sustainable enterprises, reflecting Beijing's focus on quality over quantity. To date, more than 17,000 firms hold the "Little Giants" designation, the vast majority of which operate in high-tech manufacturing sectors. Around 75 per cent of these certified little giants are involved in core sectors identified under China's "Made in China 2025" industrial strategy. This focus on advanced networking and connectivity aligns with a global backdrop in which the backbone services market is projected to reach $190.98 billion by 2032, intensifying competition among emerging technology economies.

How China Created New Equity Markets for High-Tech Startups

Recognizing that traditional A-share markets locked out promising but unprofitable startups, Beijing built two new equity boards to fix that. The Shanghai Stock Exchange launched the STAR Market in July 2019, while Shenzhen reformed its ChiNext board that same year. Both boards drop minimum profitability requirements, accept VIE structures, and replace slow merit-based approvals with a registration system that cuts review time to just three to six months.

You'll notice the model deliberately attracts Patient Capital — long-term funding for deeptech sectors like AI, semiconductors, and robotics. By 2023, the STAR Market alone hosted over 500 companies with a market cap exceeding five trillion yuan. These boards give high-tech startups the credibility, funding, and runway they need to scale competitively. Deeptech's longer time horizons and deeper capital requirements have accelerated China's shift toward patient capital development, mirroring the trajectory of mature VC and private equity markets globally.

A growing roster of AI developers, chipmakers, and hard tech firms are now moving toward listings in Hong Kong and on the mainland, with deal makers anticipating a potentially record-breaking year for tech listings as Beijing's push for technological self-reliance drives unprecedented capital market activity across the Pacific. Baidu alone has invested over 100 billion yuan in AI development over the past three years, signaling the scale of private-sector commitment running alongside these public market reforms.

Circuits, Biotech, and AI: China's First-Wave Innovation Priorities

From the moment the People's Republic was founded in 1949, Beijing's innovation system focused on closing the gap with advanced economies — and three sectors have consistently anchored that effort: integrated circuits, biotech, and AI.

You'll find chip ecosystems embedded in every major plan, from the 2006 National Medium- and Long-term Program to the 15th Five-Year Plan. Early progress came through foreign technology transfers, joint ventures, and training engineers — but Beijing gradually shifted toward indigenous innovation.

Biotech startups now benefit from heavy university investment and Made in China 2025 support, accelerating China's push in biopharma despite lingering gaps.

AI receives equal urgency, appearing in national strategies from the 13th Five-Year Plan through Xi Jinping's 20th Party Congress directives, cementing its role in China's broader innovation drive. China remains the largest and fastest growing market for integrated circuits, driving Beijing's resolve to secure both quality and autonomy in semiconductor development.

China's rapid strides across these sectors reflect the Chinese Communist Party's determined effort to dominate global markets in advanced industries, backed by significant subsidies, a protected home market, and massive investment in science and technology capabilities. This ambition extends into wireless connectivity standards, where technologies built on royalty-free licensing models — like Bluetooth, whose SIG grew from 5 founding companies to over 400 members within a year — demonstrate how open standardization can accelerate global adoption across industries.

Early Results: How R&D Spending and High-Tech Manufacturing Shifted by 2021

By 2021, Beijing's innovation push had translated into measurable gains across R&D spending and high-tech manufacturing. China's innovation index climbed to 264.6, up 8% from the prior year, while its innovation output index surged to 353.6, a 10.6% year-over-year increase. R&D decentralization, accelerated by 2013 Third Plenum reforms, shifted more decision-making toward market forces, helping China rank 12th globally in the GII and 7th in innovation outputs.

Manufacturing resilience proved equally notable. Innovative industries contributed 33.97% to industrial value-added by Q2 2020, rebounding sharply after COVID-19 compressed activity in Q1. Four of seven tracked high-tech sectors grew above the industrial average. You can see the pattern clearly: sustained government investment, combined with market-oriented reforms, drove China's rapid climb in global innovation standings. The innovation environment index reached 296.2 in 2021, reflecting an 11.3% year-over-year increase driven by expanded tax incentives for enterprises and a growing college-educated labor force. Parallel advances in the global technology sector were also reshaping hardware capabilities, as real-time ray tracing became commercially viable in 2018 with dedicated GPU processing cores capable of rendering lifelike lighting and shadows.

Innovation showed the most consistent improvement among all tracked policy areas since the project's inception, with the innovative industry share rising from 31.80% to 33.97% across the review period. However, state-guided industrial policy also produced notable drawbacks, including low investment efficiency, overcapacity, and market discrimination despite driving rapid sectoral growth.