Digital Economy and Digital Transformation: Trends, Strategies, and Enabling Technologies

At the start of 2020, the COVID‑19 pandemic forced most enterprises worldwide to adopt remote work, making continuous contact and transactions essential and accelerating the digitalization agenda; while information technology focused on connectivity, digitalization emphasizes using data and AI to drive transformation.

The 14th Five‑Year Plan mentions "digitalization" 25 times, projecting the digital economy’s share of GDP to rise from 7.8% in 2020 to 10% by 2025, with an annual growth rate of 14%, indicating that digital economy will become the primary economic form, surpassing traditional agriculture and industry.

Digital transformation proceeds in two stages: first, industry digitization converts production and management information into data; second, digital industrialization turns this real‑time data into new productive forces, enhancing efficiency. Many traditional sectors are still in the first stage, while fast‑moving internet companies have entered the second.

Digitalization is both a tool and a strategy; it multiplies value across the entire ecosystem rather than adding isolated improvements. Standardizing business, processes, and data is a prerequisite, and the shift requires organizational change, talent development, and cultural adaptation.

Computing power is a core competitive factor; advances in chips, sensors, cloud services, networking, big‑data storage, and AI are essential for empowering traditional industries.

Traditional business models face challenges that demand technology upgrades and business‑model transformation; enterprises must break information silos, integrate real‑time data flows, and redesign value chains to achieve higher efficiency.

Key enablers include cloud computing, AI, big data, and 5G. 5G acts as a catalyst and infrastructure backbone for the digital economy, while domesticization of core technologies such as chips is a strategic priority.

Digital twins, supported by AI, cloud, and edge computing, enable virtual modeling of products, production lines, and entire cities, allowing simulation, optimization, and real‑time management across the product lifecycle and urban governance.

Overall, the convergence of AI, cloud computing, big data, and 5G forms the foundation for digital platforms, platform‑as‑service, and large‑scale cluster IT architectures, driving the next wave of digital transformation across all industries.