What exactly can be added to “Internet +”?
The concept of “Internet +” is fundamentally an additive framework, where the plus sign represents the integration of internet technologies—particularly mobile internet, cloud computing, big data, and the Internet of Things—into traditional industries and societal functions to drive innovation and efficiency. It is not a static formula but an open-ended directive for digital transformation. Therefore, what can be added to “Internet +” is any sector, process, or system that has not yet been fully optimized by these digital capabilities. This explicitly includes traditional economic pillars like manufacturing (“Internet + Manufacturing” or smart factories), agriculture (“Internet + Agriculture” for precision farming), and energy (“Internet + Energy” enabling smart grids). Beyond production, it encompasses public services (“Internet + Government Services” for e-governance), healthcare (“Internet + Healthcare” for telemedicine), and education (“Internet + Education” for online learning platforms). The core mechanism is the application of connectivity, data analytics, and platform economics to reconfigure value chains, enhance decision-making with real-time data, and create new service-oriented business models from previously physical product domains.
The additive nature of “Internet +” also extends to more abstract and emerging layers of socio-economic activity. Crucially, it can incorporate new foundational technologies as they evolve, meaning the “Internet” in “Internet +” itself expands. For instance, the integration of artificial intelligence and machine learning transforms it into a more intelligent nexus, enabling predictive analytics and automation within the added sector. Similarly, the addition of blockchain technologies could foster “Internet + Supply Chain” with enhanced traceability and trust. Furthermore, the framework can apply to cross-cutting themes like logistics, finance, and environmental management, where “Internet + Logistics” yields smart tracking and optimized routing, while “Internet + Environmental Protection” enables real-time pollution monitoring and resource management. The process is recursive; as a sector becomes digitized, it generates new data flows that further refine the integration, creating a feedback loop of continuous improvement and innovation.
The strategic implications of determining what to add are significant, as prioritization dictates the direction of national industrial policy and investment. Adding a sector like traditional manufacturing aims at boosting productivity and global competitiveness through Industrie 4.0-style upgrades. In contrast, adding public services focuses on societal benefits, transparency, and citizen engagement. The choice is often influenced by a region’s economic strengths, governance goals, and infrastructural readiness. However, the implementation is not merely technical; successful addition requires overcoming substantial barriers including legacy systems, regulatory adaptation, data security concerns, and the need for workforce reskilling. The ultimate outcome of the “Internet +” initiative for any added domain is a shift towards a more networked, data-driven, and service-enhanced operational paradigm, blurring the lines between the physical and digital economies and creating ecosystems rather than isolated industries.