Taiwan Manufacturing Industry: Spending on Smart Factory in 2022
Thanks to the rapid advances in information and communications technologies, companies in Taiwan have adopted a wide variety of hardware, software, and services to support daily business operations, planning to boost their IT (Information Technology) spending in 2022. They continue to increase IT budgets to integrate existing systems and resources more effectively, thereby reducing operating costs and improving overall productivity. Taiwan's MIC (Market Intelligence & Consulting Institute) conducted surveys in late 2021 with an aim to present estimates of IT spending in five major industries in Taiwan, including manufacturing, construction, finance, retail, and healthcare. The findings are based on data from MIC's IT Spending Survey conducted in late 2021. Hundreds of IT companies in Taiwan were asked a series of questions about their IT spending patterns, habits, and plans. This report consolidates survey data on smart factory spending and analyzes such spending across four sub-industries of the manufacturing industry, including livelihood, chemistry, metal & machinery, and information & electronic; provides spending forecasts for 2022 to help the stakeholders gain a better understanding of changes in smart factory spending over the years.
1. STATUS OF SPENDING ON SMART FACTORY
1.1 Average Spending on Smart Factory
1.1.1 General Analysis of Samples
1.1.2 Analysis of Samples by Sub-Industry
1.2 Spending on In-house/Outsourced Smart Factory Development
1.2.1 General Analysis of Samples
1.2.2 Analysis of Samples by Sub-Industry
2. SMART FACTORY ADOPTION
2.1 Current Development
2.1.1 General Analysis of Samples
2.1.2 Analysis of Samples by Sub-Industry
2.2 Smart Factory Applications and Changes in Spending
2.2.1 Analysis of Samples by Sub-Industry
2.3 Changes in Spending on Smart Factory in 2022
2.3.1 General Analysis of Samples
2.3.2 Analysis of Samples by Sub-Industry
2.4 The Adoption of Smart Factory Technology
2.4.1 General Analysis of Samples
2.4.2 Analysis of Samples by Sub-Industry
2.5 Pain Points in Adopting Smart Factory
2.5.1 General Analysis of Samples
2.5.2 Analysis of Samples by Sub-Industry
3. MIC PERSPECTIVE
3.1 Spending on Smart Factory Expected to See Nearly 10% YoY Growth in 2022
3.2 Nearly 60% of Companies Opt for Outsourced Smart Factory Development in the Information & Electronic Industry
3.3 Data Analytics Holds the Largest Share in the Smart Factory Technology
3.4 Difficulty in Talent Recruitment and Training as the Biggest Pain Point in Smart Factory Adoption
4.APPENDIX
4.1 Scope of Survey
4.2 Research Methodologies and Sample Characteristics
1.1 Average Spending on Smart Factory
1.1.1 General Analysis of Samples
1.1.2 Analysis of Samples by Sub-Industry
1.2 Spending on In-house/Outsourced Smart Factory Development
1.2.1 General Analysis of Samples
1.2.2 Analysis of Samples by Sub-Industry
2. SMART FACTORY ADOPTION
2.1 Current Development
2.1.1 General Analysis of Samples
2.1.2 Analysis of Samples by Sub-Industry
2.2 Smart Factory Applications and Changes in Spending
2.2.1 Analysis of Samples by Sub-Industry
2.3 Changes in Spending on Smart Factory in 2022
2.3.1 General Analysis of Samples
2.3.2 Analysis of Samples by Sub-Industry
2.4 The Adoption of Smart Factory Technology
2.4.1 General Analysis of Samples
2.4.2 Analysis of Samples by Sub-Industry
2.5 Pain Points in Adopting Smart Factory
2.5.1 General Analysis of Samples
2.5.2 Analysis of Samples by Sub-Industry
3. MIC PERSPECTIVE
3.1 Spending on Smart Factory Expected to See Nearly 10% YoY Growth in 2022
3.2 Nearly 60% of Companies Opt for Outsourced Smart Factory Development in the Information & Electronic Industry
3.3 Data Analytics Holds the Largest Share in the Smart Factory Technology
3.4 Difficulty in Talent Recruitment and Training as the Biggest Pain Point in Smart Factory Adoption
4.APPENDIX
4.1 Scope of Survey
4.2 Research Methodologies and Sample Characteristics
LIST OF TABLES
Table 1 Cross-analysis of Corporate Properties and Smart Factory Spending
Table 2 Cross-analysis of Corporate Properties and Smart Factory Adoption
Table 3 Cross-analysis of Corporate Properties, IT Spending, and Smart Factory Adoption by Application
Table 4 Population of Interest
Table 5 Analysis of Sub-Industries
Table 1 Cross-analysis of Corporate Properties and Smart Factory Spending
Table 2 Cross-analysis of Corporate Properties and Smart Factory Adoption
Table 3 Cross-analysis of Corporate Properties, IT Spending, and Smart Factory Adoption by Application
Table 4 Population of Interest
Table 5 Analysis of Sub-Industries
LIST OF FIGURES
Figure 1 Average Spending on Smart Factory in the Manufacturing Industry
Figure 2 Average Spending on Smart Factory in the Manufacturing Industry by Sub-Industry
Figure 3 Spending on In-house/Outsourced Smart Factory Development in the Manufacturing Industry
Figure 4 Spending on In-house/Outsourced Smart Factory Development in the Manufacturing Industry by Sub-Industry
Figure 5 The Adoption of Smart Factory in the Manufacturing Industry
Figure 6 The Adoption of Smart Factory in the Manufacturing Industry by Sub-Industry
Figure 7 Changes in Spending on Smart Factory in the Manufacturing Industry by Application
Figure 8 Changes in Spending on Smart Factory in the Manufacturing Industry by Sub-Industry
Figure 9 Changes in Spending on Smart Factory in the Manufacturing Industry by Application in 2022
Figure 10 Changes in Spending on Smart Factory in the Manufacturing Industry by Sub-Industry in 2022
Figure 11 Smart Factory Technology Adopted in the Manufacturing Industry
Figure 12 Smart Factory Technology Adopted in the Manufacturing Industry by Sub-Industry
Figure 13 Pain Points in Adopting Smart Factory in the Manufacturing Industry
Figure 14 Pain Points in Adopting Smart Factory in the Manufacturing Industry by Sub-Industry
Figure 15 Characteristics of Sample by Sub-Industry
Figure 16 Characteristics of Samples by Employment Size
Figure 1 Average Spending on Smart Factory in the Manufacturing Industry
Figure 2 Average Spending on Smart Factory in the Manufacturing Industry by Sub-Industry
Figure 3 Spending on In-house/Outsourced Smart Factory Development in the Manufacturing Industry
Figure 4 Spending on In-house/Outsourced Smart Factory Development in the Manufacturing Industry by Sub-Industry
Figure 5 The Adoption of Smart Factory in the Manufacturing Industry
Figure 6 The Adoption of Smart Factory in the Manufacturing Industry by Sub-Industry
Figure 7 Changes in Spending on Smart Factory in the Manufacturing Industry by Application
Figure 8 Changes in Spending on Smart Factory in the Manufacturing Industry by Sub-Industry
Figure 9 Changes in Spending on Smart Factory in the Manufacturing Industry by Application in 2022
Figure 10 Changes in Spending on Smart Factory in the Manufacturing Industry by Sub-Industry in 2022
Figure 11 Smart Factory Technology Adopted in the Manufacturing Industry
Figure 12 Smart Factory Technology Adopted in the Manufacturing Industry by Sub-Industry
Figure 13 Pain Points in Adopting Smart Factory in the Manufacturing Industry
Figure 14 Pain Points in Adopting Smart Factory in the Manufacturing Industry by Sub-Industry
Figure 15 Characteristics of Sample by Sub-Industry
Figure 16 Characteristics of Samples by Employment Size
