• Expert China Sourcing Solutions: Streamline Your Business Growth Smartly

    Maximize your business efficiency with professional China sourcing services designed to to help you grow smartly and simplify your global supply chain. China sourcing connects you with reliable manufacturers, ensuring cost-effective production and superior product quality. From negotiation to quality control, expert sourcing partners handle every detail, enabling you to focus on scaling your business while minimizing risks and improving overall operational performance.

    To know more visit here: https://cpgsourcing.com/
    Expert China Sourcing Solutions: Streamline Your Business Growth Smartly Maximize your business efficiency with professional China sourcing services designed to to help you grow smartly and simplify your global supply chain. China sourcing connects you with reliable manufacturers, ensuring cost-effective production and superior product quality. From negotiation to quality control, expert sourcing partners handle every detail, enabling you to focus on scaling your business while minimizing risks and improving overall operational performance. To know more visit here: https://cpgsourcing.com/
    0 Σχόλια 0 Μοιράστηκε 851 Views 0 Προεπισκόπηση
  • Counterfeit goods and hidden delays drain trust from global supply chains. #Blockchain fixes this with an immutable, transparent ledger every step, verified. That’s how trust gets rebuilt. Connect with us to secure your supply chain.

    Visit: https://www.blockchainappsdeveloper.com/

    #BlockchainInSupplyChain #SupplyChainInnovation #DigitalTrust #FutureOfLogistics #BlockchainAppsDeveloper #usa #uk #japan #canada #singapore #china #germany #australia
    Counterfeit goods and hidden delays drain trust from global supply chains. #Blockchain fixes this with an immutable, transparent ledger every step, verified. That’s how trust gets rebuilt. Connect with us to secure your supply chain. Visit: https://www.blockchainappsdeveloper.com/ #BlockchainInSupplyChain #SupplyChainInnovation #DigitalTrust #FutureOfLogistics #BlockchainAppsDeveloper #usa #uk #japan #canada #singapore #china #germany #australia
    0 Σχόλια 0 Μοιράστηκε 1χλμ. Views 0 Προεπισκόπηση
  • How does the intensifying strategic competition between the US and China affect the security and economic decisions of countries in the Indo-Pacific, particularly in relation to Taiwan and the South China Sea?

    The intensifying strategic competition between the US and China forces countries in the Indo-Pacific to make complex choices that significantly affect their security and economic decisions.
    They must navigate a difficult path between their economic reliance on China and their security dependence on the US, a dynamic often described as "hedging".
    This balancing act is becoming increasingly difficult as both superpowers demand clearer alignment.

    Security Decisions-
    The military rivalry between the US and China directly influences regional security decisions, particularly regarding Taiwan and the South China Sea.

    Taiwan: The threat of a potential Chinese invasion of Taiwan has prompted the US and its allies to strengthen their military presence and cooperation in the region. This has led to:

    Increased Military Alliances: The US has revitalized existing alliances and created new security partnerships, such as AUKUS (Australia, UK, US) and the Quad (US, Japan, India, Australia). These alliances are designed to enhance collective security and deter Chinese aggression, but they're viewed by China as an attempt at encirclement.

    Taiwan's Defense Modernization: Taiwan itself is accelerating its own defense modernization efforts, acquiring advanced weaponry and training to strengthen its deterrence capabilities against a possible attack from China.

    South China Sea: China's expansive territorial claims and construction of military bases on artificial islands in the South China Sea directly challenge the maritime security of its neighbors. This has led to:

    Freedom of Navigation Operations (FONOPs): The US regularly conducts these operations to challenge China's claims and uphold international law, which is seen by some Southeast Asian nations as a necessary counterweight to Chinese assertiveness.

    Regional Military Spending: Countries with competing claims, such as Vietnam and the Philippines, are increasing their military spending and forging stronger security ties with the US and its allies. This creates an arms race dynamic in the region and raises the risk of accidental confrontation.

    Economic Decisions-
    Economically, the US-China rivalry is forcing a reassessment of global supply chains and trade relationships.

    Supply Chain Diversification: Many countries are re-evaluating their economic reliance on China, especially after the COVID-19 pandemic and the US-China trade war exposed the vulnerabilities of having concentrated supply chains.
    This has led to a "China-plus-one" strategy, where countries seek to diversify their manufacturing and production to other nations, with Southeast Asian countries often being the beneficiaries.

    Competing Economic Blocs: The US has launched initiatives like the Indo-Pacific Economic Framework for Prosperity (IPEF) to offer an alternative to China's economic influence, which is primarily driven by its massive Belt and Road Initiative (BRI).
    Countries are now faced with the choice of engaging with these competing economic frameworks, each with its own set of rules and benefits.

    Taiwan's Economic Vulnerability: Taiwan is at the center of this economic competition due to its dominance in the semiconductor industry.
    The US is pressuring Taiwan to align with its policies to secure its supply of advanced chips, while China uses its economic leverage to isolate Taiwan.
    This makes Taiwan's economy a key strategic asset and a potential target in any future conflict.
    How does the intensifying strategic competition between the US and China affect the security and economic decisions of countries in the Indo-Pacific, particularly in relation to Taiwan and the South China Sea? The intensifying strategic competition between the US and China forces countries in the Indo-Pacific to make complex choices that significantly affect their security and economic decisions. They must navigate a difficult path between their economic reliance on China and their security dependence on the US, a dynamic often described as "hedging". This balancing act is becoming increasingly difficult as both superpowers demand clearer alignment. Security Decisions- The military rivalry between the US and China directly influences regional security decisions, particularly regarding Taiwan and the South China Sea. Taiwan: The threat of a potential Chinese invasion of Taiwan has prompted the US and its allies to strengthen their military presence and cooperation in the region. This has led to: Increased Military Alliances: The US has revitalized existing alliances and created new security partnerships, such as AUKUS (Australia, UK, US) and the Quad (US, Japan, India, Australia). These alliances are designed to enhance collective security and deter Chinese aggression, but they're viewed by China as an attempt at encirclement. Taiwan's Defense Modernization: Taiwan itself is accelerating its own defense modernization efforts, acquiring advanced weaponry and training to strengthen its deterrence capabilities against a possible attack from China. South China Sea: China's expansive territorial claims and construction of military bases on artificial islands in the South China Sea directly challenge the maritime security of its neighbors. This has led to: Freedom of Navigation Operations (FONOPs): The US regularly conducts these operations to challenge China's claims and uphold international law, which is seen by some Southeast Asian nations as a necessary counterweight to Chinese assertiveness. Regional Military Spending: Countries with competing claims, such as Vietnam and the Philippines, are increasing their military spending and forging stronger security ties with the US and its allies. This creates an arms race dynamic in the region and raises the risk of accidental confrontation. Economic Decisions- Economically, the US-China rivalry is forcing a reassessment of global supply chains and trade relationships. Supply Chain Diversification: Many countries are re-evaluating their economic reliance on China, especially after the COVID-19 pandemic and the US-China trade war exposed the vulnerabilities of having concentrated supply chains. This has led to a "China-plus-one" strategy, where countries seek to diversify their manufacturing and production to other nations, with Southeast Asian countries often being the beneficiaries. Competing Economic Blocs: The US has launched initiatives like the Indo-Pacific Economic Framework for Prosperity (IPEF) to offer an alternative to China's economic influence, which is primarily driven by its massive Belt and Road Initiative (BRI). Countries are now faced with the choice of engaging with these competing economic frameworks, each with its own set of rules and benefits. Taiwan's Economic Vulnerability: Taiwan is at the center of this economic competition due to its dominance in the semiconductor industry. The US is pressuring Taiwan to align with its policies to secure its supply of advanced chips, while China uses its economic leverage to isolate Taiwan. This makes Taiwan's economy a key strategic asset and a potential target in any future conflict.
    0 Σχόλια 0 Μοιράστηκε 3χλμ. Views 0 Προεπισκόπηση
  • How does climate change and competition for resources, like water and critical minerals, create new geopolitical tensions and conflicts?

    Climate change and competition for resources intensify geopolitical tensions by acting as "threat multipliers" that exacerbate existing fragilities and create new vulnerabilities.
    The scarcity of vital resources like water and critical minerals, driven by environmental shifts and technological demands, increases the likelihood of disputes, migration, and economic coercion between nations.

    Climate Change and Resource Scarcity-
    Climate change directly impacts resource availability, leading to geopolitical stress. As temperatures rise, sea levels change, and weather patterns become more extreme, the distribution of essential resources is fundamentally altered.

    Water Scarcity: Climate change leads to more frequent and severe droughts, which puts pressure on transboundary rivers and aquifers.
    For example, in regions like the Nile Basin or the Tigris-Euphrates river system, upstream nations constructing dams can severely restrict water flow to downstream countries.
    This creates a zero-sum dynamic where one country's development (e.g., hydroelectric power) directly threatens another's food security and stability, escalating tensions and increasing the risk of conflict.

    Food and Land Security: Climate-related events like floods, droughts, and desertification reduce arable land and crop yields. This can lead to food insecurity, driving up prices and triggering social unrest and political instability, particularly in developing nations. Mass displacement due to uninhabitable land further strains resources in host countries and can become a source of international tension.

    Competition for Critical Minerals
    The global shift towards clean energy and advanced technologies has created a new arena for geopolitical competition centered on critical minerals. These minerals, such as lithium, cobalt, and rare earth elements, are essential for manufacturing electric vehicles, solar panels, and high-tech electronics.

    Supply Chain Vulnerability: The production and processing of many critical minerals are highly concentrated in a small number of countries. This creates a choke point in the global supply chain, making nations dependent on these suppliers vulnerable to economic coercion or disruption. For instance, China's dominance in the refining of rare earth elements gives it significant leverage over countries that need them for their technological industries.

    Resource Nationalism: Resource-rich nations are increasingly adopting "resource nationalism," where they assert greater control over their mineral deposits through nationalization or export restrictions. Their aim is to maximize economic benefits and develop their own processing industries. This trend can disrupt global markets and create friction with importing nations seeking to secure a stable supply.

    Strategic Alliances and Rivalries: The quest for critical minerals is reshaping international alliances. The United States and its allies are working to create new supply chains and partnerships to reduce their reliance on rivals like China. This has led to strategic investment in new mining projects and the formation of new agreements, effectively carving the world into competing industrial blocs and further intensifying geopolitical rivalries.
    How does climate change and competition for resources, like water and critical minerals, create new geopolitical tensions and conflicts? Climate change and competition for resources intensify geopolitical tensions by acting as "threat multipliers" that exacerbate existing fragilities and create new vulnerabilities. The scarcity of vital resources like water and critical minerals, driven by environmental shifts and technological demands, increases the likelihood of disputes, migration, and economic coercion between nations. Climate Change and Resource Scarcity- Climate change directly impacts resource availability, leading to geopolitical stress. As temperatures rise, sea levels change, and weather patterns become more extreme, the distribution of essential resources is fundamentally altered. Water Scarcity: Climate change leads to more frequent and severe droughts, which puts pressure on transboundary rivers and aquifers. For example, in regions like the Nile Basin or the Tigris-Euphrates river system, upstream nations constructing dams can severely restrict water flow to downstream countries. This creates a zero-sum dynamic where one country's development (e.g., hydroelectric power) directly threatens another's food security and stability, escalating tensions and increasing the risk of conflict. Food and Land Security: Climate-related events like floods, droughts, and desertification reduce arable land and crop yields. This can lead to food insecurity, driving up prices and triggering social unrest and political instability, particularly in developing nations. Mass displacement due to uninhabitable land further strains resources in host countries and can become a source of international tension. Competition for Critical Minerals The global shift towards clean energy and advanced technologies has created a new arena for geopolitical competition centered on critical minerals. These minerals, such as lithium, cobalt, and rare earth elements, are essential for manufacturing electric vehicles, solar panels, and high-tech electronics. Supply Chain Vulnerability: The production and processing of many critical minerals are highly concentrated in a small number of countries. This creates a choke point in the global supply chain, making nations dependent on these suppliers vulnerable to economic coercion or disruption. For instance, China's dominance in the refining of rare earth elements gives it significant leverage over countries that need them for their technological industries. Resource Nationalism: Resource-rich nations are increasingly adopting "resource nationalism," where they assert greater control over their mineral deposits through nationalization or export restrictions. Their aim is to maximize economic benefits and develop their own processing industries. This trend can disrupt global markets and create friction with importing nations seeking to secure a stable supply. Strategic Alliances and Rivalries: The quest for critical minerals is reshaping international alliances. The United States and its allies are working to create new supply chains and partnerships to reduce their reliance on rivals like China. This has led to strategic investment in new mining projects and the formation of new agreements, effectively carving the world into competing industrial blocs and further intensifying geopolitical rivalries.
    0 Σχόλια 0 Μοιράστηκε 2χλμ. Views 0 Προεπισκόπηση
  • Bridging the Gap: Pathways for India to Accelerate Technology, Science, and Industrial Output:- (Part 1)

    New Delhi, India - For India to meaningfully close the gap with China in technology, science, and industrial output, a multi-pronged, sustained, and strategic effort is paramount. While India possesses significant latent potential, experts and policy analyses suggest a concerted push across several key domains. This involves not just emulating certain aspects of China's growth but forging its own path suited to its democratic framework and unique strengths.

    Here are some of the crucial areas and actionable insights for India:

    1. Turbocharging Research & Development (R&D) and Fostering an Innovation Ecosystem:

    Significantly Increase R&D Investment: India's Gross Expenditure on R&D (GERD) hovers around 0.7% of GDP, considerably lower than China's (over 2.4%) and the global average. A national mission to progressively increase GERD to at least 2-3% of GDP within the next decade, with substantial contributions from both public and private sectors, is crucial.

    Catalyze Private Sector R&D: Introduce more attractive tax incentives, grants, and risk-sharing mechanisms for companies investing in R&D. Foster stronger industry-academia collaborations, encouraging businesses to fund research in universities and co-develop technologies.
    Strengthen University Research: Enhance funding for universities, modernize research infrastructure, and promote a culture of innovation and entrepreneurship within academic institutions. Reduce bureaucratic hurdles for researchers.

    Streamline Intellectual Property (IP) Regime: Further simplify and expedite the patenting process, ensure robust IP protection, and create mechanisms for effective technology transfer and commercialization of research.
    Establish National Missions in Key Technologies: Identify and aggressively fund national missions in strategic areas like Artificial Intelligence (AI), quantum computing, advanced materials, biotechnology, and renewable energy technologies.

    2. Reinvigorating the Manufacturing Sector and Scaling Industrial Output:
    Enhance 'Make in India' with Strategic Focus: Move beyond broad strokes to identify and nurture specific high-potential manufacturing sectors where India can achieve global competitiveness. This requires targeted policies, infrastructure support, and skill development initiatives for these champion sectors.
    Improve Ease of Doing Business and Reduce Regulatory Burden: While progress has been made, continued efforts are needed to simplify regulations, streamline approval processes (especially at the state level), ensure contract enforcement, and improve the speed of dispute resolution.

    Implement Comprehensive Labor Reforms: Introduce flexible labor laws that balance worker welfare with the needs of modern industry, encouraging formal employment and larger-scale manufacturing.

    Develop World-Class Industrial Infrastructure and Logistics: Aggressively expand and upgrade industrial parks, ports, road and rail connectivity, power supply, and logistics networks to reduce costs and improve efficiency. The National Logistics Policy is a step in the right direction but needs rigorous implementation.
    Attract Quality Foreign Direct Investment (FDI): Focus on attracting FDI into high-tech manufacturing, R&D facilities, and export-oriented units. Ensure a stable, predictable, and transparent policy environment.

    Integrate into Global Value Chains (GVCs): Actively work to become a more significant node in global supply chains by improving competitiveness, meeting international quality standards, and fostering an environment conducive to complex manufacturing.

    Boost Domestic Demand and Import Substitution (Strategically): Encourage domestic consumption of locally manufactured goods while strategically pursuing import substitution in critical sectors, without resorting to undue protectionism that stifles competitiveness.

    3. Transforming Education and Skill Development for the Future:
    Overhaul the Education System: Modernize curricula at all levels to emphasize critical thinking, problem-solving, creativity, and digital literacy. Promote STEM (Science, Technology, Engineering, and Mathematics) education from an early age.

    Massive Push for Vocational Training and Skilling: Align vocational training programs with current and future industry needs. Scale up high-quality skilling, reskilling, and upskilling initiatives, possibly through public-private partnerships.
    Improve Quality of Higher Education: Invest in improving the quality of engineering, science, and technology institutions. Foster greater collaboration between academic institutions and industry for curriculum development, internships, and research projects.

    Attract and Retain Talent: Create an environment that nurtures domestic talent and attracts global talent, including Indian researchers and technologists working abroad.

    4. Ensuring Robust and Future-Ready Infrastructure:
    Sustained Infrastructure Investment: Continue the focus on building and upgrading physical infrastructure (transport, energy, urban) and digital infrastructure (nationwide high-speed internet, data centers).
    Green Infrastructure: Prioritize investments in renewable energy, sustainable transportation, and green buildings to ensure environmentally sustainable industrial growth.

    5. Enabling Agile Governance and Strategic Policymaking:
    Long-Term Strategic Vision with Agile Implementation: Develop a clear, long-term vision for technological and industrial development, but ensure that implementation strategies are agile and can adapt to changing global dynamics.
    Inter-Ministerial Coordination: Strengthen coordination between various government ministries and departments (e.g., Commerce, Industry, Science & Technology, Education, Finance) to ensure policy coherence.

    Evidence-Based Policymaking: Utilize data analytics and expert consultations to inform policy decisions and monitor their effectiveness.
    Strengthen Federal Cooperation: Ensure close cooperation between the central and state governments to implement national policies effectively and create a uniformly business-friendly environment across the country.
    (Part 2 ...Coming Soon)

    By Jo Ikeji-Uju
    https://afriprime.net/pages/Anything
    Bridging the Gap: Pathways for India to Accelerate Technology, Science, and Industrial Output:- (Part 1) New Delhi, India - For India to meaningfully close the gap with China in technology, science, and industrial output, a multi-pronged, sustained, and strategic effort is paramount. While India possesses significant latent potential, experts and policy analyses suggest a concerted push across several key domains. This involves not just emulating certain aspects of China's growth but forging its own path suited to its democratic framework and unique strengths. Here are some of the crucial areas and actionable insights for India: 1. Turbocharging Research & Development (R&D) and Fostering an Innovation Ecosystem: Significantly Increase R&D Investment: India's Gross Expenditure on R&D (GERD) hovers around 0.7% of GDP, considerably lower than China's (over 2.4%) and the global average. A national mission to progressively increase GERD to at least 2-3% of GDP within the next decade, with substantial contributions from both public and private sectors, is crucial. Catalyze Private Sector R&D: Introduce more attractive tax incentives, grants, and risk-sharing mechanisms for companies investing in R&D. Foster stronger industry-academia collaborations, encouraging businesses to fund research in universities and co-develop technologies. Strengthen University Research: Enhance funding for universities, modernize research infrastructure, and promote a culture of innovation and entrepreneurship within academic institutions. Reduce bureaucratic hurdles for researchers. Streamline Intellectual Property (IP) Regime: Further simplify and expedite the patenting process, ensure robust IP protection, and create mechanisms for effective technology transfer and commercialization of research. Establish National Missions in Key Technologies: Identify and aggressively fund national missions in strategic areas like Artificial Intelligence (AI), quantum computing, advanced materials, biotechnology, and renewable energy technologies. 2. Reinvigorating the Manufacturing Sector and Scaling Industrial Output: Enhance 'Make in India' with Strategic Focus: Move beyond broad strokes to identify and nurture specific high-potential manufacturing sectors where India can achieve global competitiveness. This requires targeted policies, infrastructure support, and skill development initiatives for these champion sectors. Improve Ease of Doing Business and Reduce Regulatory Burden: While progress has been made, continued efforts are needed to simplify regulations, streamline approval processes (especially at the state level), ensure contract enforcement, and improve the speed of dispute resolution. Implement Comprehensive Labor Reforms: Introduce flexible labor laws that balance worker welfare with the needs of modern industry, encouraging formal employment and larger-scale manufacturing. Develop World-Class Industrial Infrastructure and Logistics: Aggressively expand and upgrade industrial parks, ports, road and rail connectivity, power supply, and logistics networks to reduce costs and improve efficiency. The National Logistics Policy is a step in the right direction but needs rigorous implementation. Attract Quality Foreign Direct Investment (FDI): Focus on attracting FDI into high-tech manufacturing, R&D facilities, and export-oriented units. Ensure a stable, predictable, and transparent policy environment. Integrate into Global Value Chains (GVCs): Actively work to become a more significant node in global supply chains by improving competitiveness, meeting international quality standards, and fostering an environment conducive to complex manufacturing. Boost Domestic Demand and Import Substitution (Strategically): Encourage domestic consumption of locally manufactured goods while strategically pursuing import substitution in critical sectors, without resorting to undue protectionism that stifles competitiveness. 3. Transforming Education and Skill Development for the Future: Overhaul the Education System: Modernize curricula at all levels to emphasize critical thinking, problem-solving, creativity, and digital literacy. Promote STEM (Science, Technology, Engineering, and Mathematics) education from an early age. Massive Push for Vocational Training and Skilling: Align vocational training programs with current and future industry needs. Scale up high-quality skilling, reskilling, and upskilling initiatives, possibly through public-private partnerships. Improve Quality of Higher Education: Invest in improving the quality of engineering, science, and technology institutions. Foster greater collaboration between academic institutions and industry for curriculum development, internships, and research projects. Attract and Retain Talent: Create an environment that nurtures domestic talent and attracts global talent, including Indian researchers and technologists working abroad. 4. Ensuring Robust and Future-Ready Infrastructure: Sustained Infrastructure Investment: Continue the focus on building and upgrading physical infrastructure (transport, energy, urban) and digital infrastructure (nationwide high-speed internet, data centers). Green Infrastructure: Prioritize investments in renewable energy, sustainable transportation, and green buildings to ensure environmentally sustainable industrial growth. 5. Enabling Agile Governance and Strategic Policymaking: Long-Term Strategic Vision with Agile Implementation: Develop a clear, long-term vision for technological and industrial development, but ensure that implementation strategies are agile and can adapt to changing global dynamics. Inter-Ministerial Coordination: Strengthen coordination between various government ministries and departments (e.g., Commerce, Industry, Science & Technology, Education, Finance) to ensure policy coherence. Evidence-Based Policymaking: Utilize data analytics and expert consultations to inform policy decisions and monitor their effectiveness. Strengthen Federal Cooperation: Ensure close cooperation between the central and state governments to implement national policies effectively and create a uniformly business-friendly environment across the country. (Part 2 ...Coming Soon) By Jo Ikeji-Uju https://afriprime.net/pages/Anything
    AFRIPRIME.NET
    Anything Goes
    Share your memories, connect with others, make new friends
    0 Σχόλια 0 Μοιράστηκε 5χλμ. Views 0 Προεπισκόπηση
  • India should have been ahead of China in technology and industrial output, What happened?

    The Dragon and The Elephant: Why China Surpassed India in Technology and Industrial Output
    New Delhi, India & Beijing, China - For decades, observers have noted the immense potential of both India and China. Yet, in the race for technological advancement and industrial supremacy, China has surged significantly ahead, leaving India to play catch-up. While both nations embarked on their modern development journeys around the mid-20th century with comparable challenges, a complex interplay of differing policy choices, strategic implementation, investment priorities, and geopolitical landscapes has led to this divergence.

    Initially, both nations adopted state-led approaches to industrialization. India, after independence in 1947, focused on a mixed economy with significant state control under the "License Raj," which inadvertently stifled private enterprise and innovation. China, following its revolution in 1949, also pursued a centrally planned economy.


    However, the crucial divergence began with the timing and nature of economic reforms. China embarked on far-reaching market-oriented reforms in 1978 under Deng Xiaoping. These reforms were characterized by a strategic focus on export-oriented manufacturing, attracting foreign direct investment (FDI) through Special Economic Zones, and a gradual, yet determined, opening of its economy. This early and decisive shift allowed China to capitalize on global manufacturing trends and build a formidable industrial base.


    India's significant economic liberalization, in contrast, began much later, in 1991. While these reforms were transformative, they were initially driven by a balance of payments crisis and were arguably less strategically focused on building a dominant manufacturing sector from the outset compared to China's approach. India's strength in IT services emerged prominently, but the manufacturing sector did not experience the same exponential growth.

    Investment in Research & Development (R&D) and Education has been another critical differentiating factor. China has consistently and substantially outspent India in R&D. In 2022, China's R&D expenditure stood at approximately 2.55% of its GDP, a stark contrast to India's 0.65%. This commitment has fueled innovation, a surge in patent filings, and the development of high-tech industries like AI and semiconductors.

    In education, while India boasts a highly educated elite, China focused on mass vocational training alongside strategic investments in STEM (Science, Technology, Engineering, and Mathematics) fields through initiatives like "Project 985." This created a skilled workforce crucial for its manufacturing boom and technological advancements. While India is now emphasizing skill development, it has ground to cover.

    Infrastructure development has been a cornerstone of China's strategy. Decades of massive investment in ports, highways, power generation, and logistics created an efficient and cost-effective environment for industrial production. India's infrastructure, while improving significantly in recent years, historically posed a considerable bottleneck, leading to higher logistics costs and impacting manufacturing competitiveness.

    The scale and focus of their manufacturing sectors also tell a significant part of the story. China strategically positioned itself as the "world's factory," leveraging its labor force, state support, and infrastructure to dominate global supply chains. Its manufacturing sector contributes a significantly larger share to its GDP (around 28-30%) and global manufacturing output compared to India's (around 16-17% of GDP and approximately 3% of global output). India's manufacturing growth has faced challenges from rigid labor laws, complex regulatory environments, and lower productivity in certain areas.

    Geopolitical factors and international relations have also played a role. China's ability to attract and absorb FDI, coupled with a relatively stable (though state-controlled) internal environment for much of its high-growth phase, facilitated rapid industrialization. The complex and often tense relationship between India and China has its own set of strategic implications.

    In essence, while India possessed significant potential, China's earlier and more strategically focused economic reforms, massive and sustained investments in R&D and infrastructure, a targeted approach to education for industrial needs, and an aggressive push to become a global manufacturing hub are key reasons for its current lead in technology and industrial output. India is now actively working to address these areas, with initiatives like "Make in India" and increased R&D spending, but bridging the gap will require sustained effort and strategic execution.

    By Jo Ikeji-Uju
    https://afriprime.net/pages/Anything
    India should have been ahead of China in technology and industrial output, What happened? The Dragon and The Elephant: Why China Surpassed India in Technology and Industrial Output New Delhi, India & Beijing, China - For decades, observers have noted the immense potential of both India and China. Yet, in the race for technological advancement and industrial supremacy, China has surged significantly ahead, leaving India to play catch-up. While both nations embarked on their modern development journeys around the mid-20th century with comparable challenges, a complex interplay of differing policy choices, strategic implementation, investment priorities, and geopolitical landscapes has led to this divergence. Initially, both nations adopted state-led approaches to industrialization. India, after independence in 1947, focused on a mixed economy with significant state control under the "License Raj," which inadvertently stifled private enterprise and innovation. China, following its revolution in 1949, also pursued a centrally planned economy. However, the crucial divergence began with the timing and nature of economic reforms. China embarked on far-reaching market-oriented reforms in 1978 under Deng Xiaoping. These reforms were characterized by a strategic focus on export-oriented manufacturing, attracting foreign direct investment (FDI) through Special Economic Zones, and a gradual, yet determined, opening of its economy. This early and decisive shift allowed China to capitalize on global manufacturing trends and build a formidable industrial base. India's significant economic liberalization, in contrast, began much later, in 1991. While these reforms were transformative, they were initially driven by a balance of payments crisis and were arguably less strategically focused on building a dominant manufacturing sector from the outset compared to China's approach. India's strength in IT services emerged prominently, but the manufacturing sector did not experience the same exponential growth. Investment in Research & Development (R&D) and Education has been another critical differentiating factor. China has consistently and substantially outspent India in R&D. In 2022, China's R&D expenditure stood at approximately 2.55% of its GDP, a stark contrast to India's 0.65%. This commitment has fueled innovation, a surge in patent filings, and the development of high-tech industries like AI and semiconductors. In education, while India boasts a highly educated elite, China focused on mass vocational training alongside strategic investments in STEM (Science, Technology, Engineering, and Mathematics) fields through initiatives like "Project 985." This created a skilled workforce crucial for its manufacturing boom and technological advancements. While India is now emphasizing skill development, it has ground to cover. Infrastructure development has been a cornerstone of China's strategy. Decades of massive investment in ports, highways, power generation, and logistics created an efficient and cost-effective environment for industrial production. India's infrastructure, while improving significantly in recent years, historically posed a considerable bottleneck, leading to higher logistics costs and impacting manufacturing competitiveness. The scale and focus of their manufacturing sectors also tell a significant part of the story. China strategically positioned itself as the "world's factory," leveraging its labor force, state support, and infrastructure to dominate global supply chains. Its manufacturing sector contributes a significantly larger share to its GDP (around 28-30%) and global manufacturing output compared to India's (around 16-17% of GDP and approximately 3% of global output). India's manufacturing growth has faced challenges from rigid labor laws, complex regulatory environments, and lower productivity in certain areas. Geopolitical factors and international relations have also played a role. China's ability to attract and absorb FDI, coupled with a relatively stable (though state-controlled) internal environment for much of its high-growth phase, facilitated rapid industrialization. The complex and often tense relationship between India and China has its own set of strategic implications. In essence, while India possessed significant potential, China's earlier and more strategically focused economic reforms, massive and sustained investments in R&D and infrastructure, a targeted approach to education for industrial needs, and an aggressive push to become a global manufacturing hub are key reasons for its current lead in technology and industrial output. India is now actively working to address these areas, with initiatives like "Make in India" and increased R&D spending, but bridging the gap will require sustained effort and strategic execution. By Jo Ikeji-Uju https://afriprime.net/pages/Anything
    AFRIPRIME.NET
    Anything Goes
    Share your memories, connect with others, make new friends
    0 Σχόλια 0 Μοιράστηκε 4χλμ. Views 0 Προεπισκόπηση
  • AFRICA- INDUSTRIAL REVOLUTION NOW. POLITICAL REVOLUTION NOW FOR THE PEOPLE AFRICA NOW.
    Practical action plan specifically tailored for African countries and communities looking to rebuild local industries, generate jobs, and reduce dependence on imported goods — especially in the face of global supply chain dominance by countries like China.

    Practical Action Plan: Rebuilding Local Industries & Jobs in Africa:-

    1. Identify Strategic Sectors for Growth
    Focus on industries with local demand, resource advantage, or job creation potential:


    Sector:- Why It Matters:-
    Agro-processing- Africa has raw agricultural output — but exports raw, imports processed. Value must be added locally.
    Textiles & Garments- High job creation potential, especially for youth & women.
    Construction Materials- Bricks, tiles, cement, glass — reduce dependence on imports.
    Green Energy (Solar, Batteries)- Huge demand + off-grid needs. Build local capacity.
    Tech & Digital Services- Youth-driven innovation; outsourcing opportunities with sappertask (sappertask.com).
    Pharmaceuticals & Health Supplies- COVID exposed the need for local production.

    2. Support for Small & Medium Enterprises (SMEs)
    What to Do:
    Access to low-interest capital (grants, microloans, cooperatives)
    Industrial parks with shared machinery and energy.
    Raw material access hubs to cut costs for small producers.
    Buy-local incentives from government and private sector.

    Example:
    “Made in Rwanda” initiative gives tax breaks + state contracts to local producers.

    3. Skills Development & Industrial Training
    Partner with TVETs (Technical and Vocational Education and Training) centers
    Encourage apprenticeships and learn-as-you-earn models
    Build mobile training units for rural access

    Focus on practical trades: tailoring, mechanics, food processing, welding, solar installation, coding, etc.

    4. Local Manufacturing Clusters
    Set up Industrial Zones or "One District One Factory" programs where:
    Businesses share tools, logistics, and marketing
    Farmers feed processors, processors supply retailers
    Youth startups and artisans co-work and co-sell

    Example: Ghana's "1D1F" is empowering rural production centers for self-reliance.

    5. Build Local Supply Chains (Backward + Forward Linkages)
    Don't just make products — make everything around them locally too.

    Backward:
    Local packaging.
    Local spare parts.
    Local farming/raw material inputs.

    Forward:
    Local delivery systems.
    Local retail partners.
    Local branding, online selling.

    6. Use Technology to Boost Local Markets
    Create e-commerce platforms to sell African-made products regionally

    Use mobile money for micro-payments and trade
    Promote digital business skills training via apps like afriprime (afriprime.net) sappertask (sappertask.com) and corkroo (corkroo.com) similar to tweeter/X with 1000 characters bigger than tweeter/X

    Success Story: Jumia, Flutterwave, and other African tech startups are enabling business and trade.

    7. Government Policy Actions
    Import substitution strategy with smart tariffs (not bans)
    Procurement preference for local products in schools, hospitals, police, etc.
    Trade agreements with neighbors (like AfCFTA) to export regionally

    8. Community & Youth Mobilization
    Form local cooperatives for farming, textiles, metalwork, or crafts
    Encourage youth innovation hubs in schools and universities
    Support women-led enterprises with grants and training

    Empowering local people makes development real and lasting.
    9. Track Progress & Scale What Works
    Create local development scorecards.
    Celebrate successful entrepreneurs and cooperatives.

    Use data to tweak programs and invest in winners:-
    BONUS: Public Awareness Campaign
    Push national pride: “Buy African, Build Africa”
    Share stories of local success on radio, TV, social media
    Encourage influencers, churches, schools, and leaders to support local

    Example Roadmap (6–18 Months):
    Timeframe- Actions:
    0–3 Months- Map local industries, train 50 youth in a skill, launch “Buy Local” campaign
    3–6 Months- Set up 1–2 cooperatives, launch low-interest SME loan fund
    6–12 Months- Build 1 local market hub or mini-factory with shared tools
    12–18 Months- Connect to AfCFTA/regional markets, create e-commerce channels.

    By Jo Ikeji-Uju.
    sappertekinc@gmail.com
    https://afriprime.net/Ikeji
    *Share your comments positive or negative........
    AFRICA- INDUSTRIAL REVOLUTION NOW. POLITICAL REVOLUTION NOW FOR THE PEOPLE AFRICA NOW. Practical action plan specifically tailored for African countries and communities looking to rebuild local industries, generate jobs, and reduce dependence on imported goods — especially in the face of global supply chain dominance by countries like China. Practical Action Plan: Rebuilding Local Industries & Jobs in Africa:- 1. Identify Strategic Sectors for Growth Focus on industries with local demand, resource advantage, or job creation potential: Sector:- Why It Matters:- Agro-processing- Africa has raw agricultural output — but exports raw, imports processed. Value must be added locally. Textiles & Garments- High job creation potential, especially for youth & women. Construction Materials- Bricks, tiles, cement, glass — reduce dependence on imports. Green Energy (Solar, Batteries)- Huge demand + off-grid needs. Build local capacity. Tech & Digital Services- Youth-driven innovation; outsourcing opportunities with sappertask (sappertask.com). Pharmaceuticals & Health Supplies- COVID exposed the need for local production. 2. Support for Small & Medium Enterprises (SMEs) What to Do: Access to low-interest capital (grants, microloans, cooperatives) Industrial parks with shared machinery and energy. Raw material access hubs to cut costs for small producers. Buy-local incentives from government and private sector. Example: “Made in Rwanda” initiative gives tax breaks + state contracts to local producers. 3. Skills Development & Industrial Training Partner with TVETs (Technical and Vocational Education and Training) centers Encourage apprenticeships and learn-as-you-earn models Build mobile training units for rural access Focus on practical trades: tailoring, mechanics, food processing, welding, solar installation, coding, etc. 4. Local Manufacturing Clusters Set up Industrial Zones or "One District One Factory" programs where: Businesses share tools, logistics, and marketing Farmers feed processors, processors supply retailers Youth startups and artisans co-work and co-sell Example: Ghana's "1D1F" is empowering rural production centers for self-reliance. 5. Build Local Supply Chains (Backward + Forward Linkages) Don't just make products — make everything around them locally too. Backward: Local packaging. Local spare parts. Local farming/raw material inputs. Forward: Local delivery systems. Local retail partners. Local branding, online selling. 6. Use Technology to Boost Local Markets Create e-commerce platforms to sell African-made products regionally Use mobile money for micro-payments and trade Promote digital business skills training via apps like afriprime (afriprime.net) sappertask (sappertask.com) and corkroo (corkroo.com) similar to tweeter/X with 1000 characters bigger than tweeter/X Success Story: Jumia, Flutterwave, and other African tech startups are enabling business and trade. 7. Government Policy Actions Import substitution strategy with smart tariffs (not bans) Procurement preference for local products in schools, hospitals, police, etc. Trade agreements with neighbors (like AfCFTA) to export regionally 8. Community & Youth Mobilization Form local cooperatives for farming, textiles, metalwork, or crafts Encourage youth innovation hubs in schools and universities Support women-led enterprises with grants and training Empowering local people makes development real and lasting. 9. Track Progress & Scale What Works Create local development scorecards. Celebrate successful entrepreneurs and cooperatives. Use data to tweak programs and invest in winners:- BONUS: Public Awareness Campaign Push national pride: “Buy African, Build Africa” Share stories of local success on radio, TV, social media Encourage influencers, churches, schools, and leaders to support local Example Roadmap (6–18 Months): Timeframe- Actions: 0–3 Months- Map local industries, train 50 youth in a skill, launch “Buy Local” campaign 3–6 Months- Set up 1–2 cooperatives, launch low-interest SME loan fund 6–12 Months- Build 1 local market hub or mini-factory with shared tools 12–18 Months- Connect to AfCFTA/regional markets, create e-commerce channels. By Jo Ikeji-Uju. sappertekinc@gmail.com https://afriprime.net/Ikeji *Share your comments positive or negative........
    AFRIPRIME.NET
    Ikeji
    "Those who believe they can do something and those who believe they can't are both right"
    0 Σχόλια 0 Μοιράστηκε 3χλμ. Views 0 Προεπισκόπηση
  • SUPPLY CHAIN TIMELINE: China’s Rise in Global Trade & Supply Chain Power.

    Year | Key Event | Impact
    1978 | Deng Xiaoping launches "Reform and Opening Up" | Shift from planned economy to market reforms; welcomes foreign investment.

    1980s | Special Economic Zones (e.g., Shenzhen) established | Factories explode in growth, becoming hubs for global export.

    1990s | Explosive growth in textiles, toys, electronics | Western companies begin outsourcing en masse to cut costs.

    2001 | Joined WTO (World Trade Organization) | China gets full access to global markets — boom in exports.

    2000s | "Factory of the World" status | Apple, Nike, Walmart and others shift most production to China.

    2010s | Moves up the value chain (tech, EVs, solar) | No longer just cheap goods — now high-tech industries flourish.

    2013 | Belt & Road Initiative (BRI) launched | Expands China’s trade routes via ports, railways, and pipelines.

    2018 | U.S.-China trade war begins | Tariffs reveal vulnerabilities in global overdependence on China.

    2020 | COVID-19 hits | Lockdowns in China freeze global supply chains. Wake-up call.

    2021–2024 | Push for “dual circulation” & self-reliance | China focuses on internal demand while still dominating exports.

    2024–2025 | U.S. and EU expand tariffs & decoupling efforts | Start of supply chain restructuring globally.

    SUPPLY CHAIN MAP: China’s Dominance by Industry:-
    Here’s how deep China is embedded in global supply chains:

    Batteries & EV Components-
    Control over 70–80% of global lithium-ion battery production.
    Dominates refining of critical minerals (cobalt, lithium, graphite).

    Solar Panels-
    Over 80% of global solar panel supply is Chinese.
    Controls polysilicon processing and solar cell manufacturing.

    Electronics & Consumer Tech-
    iPhones, laptops, and TVs are assembled or partially produced in China.
    Shenzhen = world capital of hardware production.

    Steel, Cement, Construction Materials-
    World’s largest producer of steel & cement.
    Heavily subsidized industries outcompete foreign competitors.

    Textiles & Apparel-
    Still one of the top 3 exporters of fabrics, clothing, and fast fashion components.

    Pharmaceuticals & Chemicals-
    Key supplier of Active Pharmaceutical Ingredients (APIs).
    Many generics and vitamins rely on China.

    Semiconductors (Assembly & Testing)
    Doesn’t lead in chip design, but dominates assembly, testing, and lower-end chip production.

    GLOBAL RESPONSES:- Who’s Doing What About China’s Dominance
    United States-
    CHIPS Act: $52B to boost U.S. semiconductor production.

    IRA (Inflation Reduction Act): Billions in clean energy & battery production.
    Tariffs & export bans: Restrictions on advanced chip exports to China.
    “Friendshoring”: Pushing allies to build supply chains in safer zones.

    India-
    “Make in India” campaign: Big incentives for electronics, chips, and auto.
    Attracting Apple, Samsung, and Foxconn for manufacturing shift.
    Strategic partnerships with U.S. for tech and defense supply chains.

    Vietnam-
    Becoming a major alternative in apparel, electronics.
    Samsung, Intel, and others now produce heavily there.

    Mexico-
    Rising as a nearshoring hub for the U.S.
    Especially strong in autos, electronics, and logistics proximity.

    Japan & South Korea-
    Japan is onshoring critical industries, especially semiconductors and pharma.

    Korea is expanding chip production globally (Samsung, SK Hynix) while also investing in allies.

    European Union-
    Launching “Net-Zero Industry Act” to scale solar, wind, and batteries.
    Considering tariffs on Chinese EVs.
    Focused on resilience, not full decoupling.

    Why It All Matters:-
    China’s rise was planned, strategic, and massive — and the world got hooked on cheap, fast production.

    Now, geopolitics + economic security are driving a major global shift.

    Countries are diversifying, investing at home, and building alliances to de-risk the future.

    By Jo Ikeji-Uju.
    sappertekinc@gmail.com
    https://afriprime.net/Ikeji
    *Share your comments positive or negative........
    SUPPLY CHAIN TIMELINE: China’s Rise in Global Trade & Supply Chain Power. Year | Key Event | Impact 1978 | Deng Xiaoping launches "Reform and Opening Up" | Shift from planned economy to market reforms; welcomes foreign investment. 1980s | Special Economic Zones (e.g., Shenzhen) established | Factories explode in growth, becoming hubs for global export. 1990s | Explosive growth in textiles, toys, electronics | Western companies begin outsourcing en masse to cut costs. 2001 | Joined WTO (World Trade Organization) | China gets full access to global markets — boom in exports. 2000s | "Factory of the World" status | Apple, Nike, Walmart and others shift most production to China. 2010s | Moves up the value chain (tech, EVs, solar) | No longer just cheap goods — now high-tech industries flourish. 2013 | Belt & Road Initiative (BRI) launched | Expands China’s trade routes via ports, railways, and pipelines. 2018 | U.S.-China trade war begins | Tariffs reveal vulnerabilities in global overdependence on China. 2020 | COVID-19 hits | Lockdowns in China freeze global supply chains. Wake-up call. 2021–2024 | Push for “dual circulation” & self-reliance | China focuses on internal demand while still dominating exports. 2024–2025 | U.S. and EU expand tariffs & decoupling efforts | Start of supply chain restructuring globally. SUPPLY CHAIN MAP: China’s Dominance by Industry:- Here’s how deep China is embedded in global supply chains: Batteries & EV Components- Control over 70–80% of global lithium-ion battery production. Dominates refining of critical minerals (cobalt, lithium, graphite). Solar Panels- Over 80% of global solar panel supply is Chinese. Controls polysilicon processing and solar cell manufacturing. Electronics & Consumer Tech- iPhones, laptops, and TVs are assembled or partially produced in China. Shenzhen = world capital of hardware production. Steel, Cement, Construction Materials- World’s largest producer of steel & cement. Heavily subsidized industries outcompete foreign competitors. Textiles & Apparel- Still one of the top 3 exporters of fabrics, clothing, and fast fashion components. Pharmaceuticals & Chemicals- Key supplier of Active Pharmaceutical Ingredients (APIs). Many generics and vitamins rely on China. Semiconductors (Assembly & Testing) Doesn’t lead in chip design, but dominates assembly, testing, and lower-end chip production. GLOBAL RESPONSES:- Who’s Doing What About China’s Dominance United States- CHIPS Act: $52B to boost U.S. semiconductor production. IRA (Inflation Reduction Act): Billions in clean energy & battery production. Tariffs & export bans: Restrictions on advanced chip exports to China. “Friendshoring”: Pushing allies to build supply chains in safer zones. India- “Make in India” campaign: Big incentives for electronics, chips, and auto. Attracting Apple, Samsung, and Foxconn for manufacturing shift. Strategic partnerships with U.S. for tech and defense supply chains. Vietnam- Becoming a major alternative in apparel, electronics. Samsung, Intel, and others now produce heavily there. Mexico- Rising as a nearshoring hub for the U.S. Especially strong in autos, electronics, and logistics proximity. Japan & South Korea- Japan is onshoring critical industries, especially semiconductors and pharma. Korea is expanding chip production globally (Samsung, SK Hynix) while also investing in allies. European Union- Launching “Net-Zero Industry Act” to scale solar, wind, and batteries. Considering tariffs on Chinese EVs. Focused on resilience, not full decoupling. Why It All Matters:- China’s rise was planned, strategic, and massive — and the world got hooked on cheap, fast production. Now, geopolitics + economic security are driving a major global shift. Countries are diversifying, investing at home, and building alliances to de-risk the future. By Jo Ikeji-Uju. sappertekinc@gmail.com https://afriprime.net/Ikeji *Share your comments positive or negative........
    AFRIPRIME.NET
    Ikeji
    "Those who believe they can do something and those who believe they can't are both right"
    0 Σχόλια 0 Μοιράστηκε 3χλμ. Views 0 Προεπισκόπηση
  • What is the "Point Supply Chain" and Why Is It Often Mentioned?
    The term “point supply chain” is often used informally to refer to "single-point" or "choke-point" supply chains — meaning:

    A critical point in the global supply chain where one country (like China) dominates production or control of key components, materials, or processes.

    In simple terms:

    -Imagine you're making a phone.

    -90% of the screens come from one country.

    -If that country stops exporting, the entire phone supply chain halts.

    -This creates a single point of failure — and that’s what worries companies and governments alike.

    So when experts talk about the "point supply chain," they’re often warning about overdependence on one country or supplier, which makes the whole system fragile — especially in times of:

    1. Trade wars

    2. Pandemics

    3. Natural disasters

    4. Political tension

    China is that "point" for many industries, which brings us to your next question...

    How Did China Become the King of the Supply Chain?
    1. Massive Investment in Infrastructure
    China built world-class ports, rail, roads, and manufacturing hubs in record time.

    Ports like Shanghai and Shenzhen became the busiest in the world.

    2. Joined the WTO in 2001
    This gave China access to global trade networks.

    Western companies rushed in to build factories there for cheap labor and tax breaks.

    3. Skilled but Affordable Workforce
    China had hundreds of millions of workers — often more disciplined and skilled than other low-wage countries.

    Companies could scale production fast and cheap.

    4. Full Ecosystem in One Place
    You don’t just make a product in China — you make every part of it there.

    For example, Shenzhen isn’t just where your phone is assembled — it’s where:

    -Chips are made

    -Screens are produced

    -Batteries are tested

    -Packaging is printed

    -Shipping is arranged — all within 10–50 km

    This supply chain ecosystem is extremely rare — few places on Earth have it.

    5. Government Support
    China’s government heavily subsidized key industries (steel, solar, EVs, semiconductors).

    Made it easy for factories to get land, energy, and loans.

    6. The World Outsourced Everything
    The West prioritized cost savings over supply chain resilience.

    “Why make it yourself when China can do it cheaper?” was the mindset for decades.

    The result: concentration of global manufacturing in China.

    Why It’s a Big Deal Now?
    COVID-19 showed how vulnerable global supply chains are when China shuts down.

    Trade wars with the U.S. made people realize, “We can’t depend on one country.”
    The world needs to support Trump's tariffs idea and actions which can bring back manufacturing to their countries and avoid revolution caused by lack of jobs and poverty.

    Geopolitics — Taiwan tension, tech competition, etc. — are pushing countries to “de-risk” from China.

    New Trends-
    Companies are now looking at:

    -“China +1” strategy (diversify with India, Vietnam, Mexico)

    -Onshoring (bring production back home)

    -Friendshoring (move supply chains to allied nations)

    By Jo Ikeji-Uju.
    sappertekinc@gmail.com
    https://afriprime.net/Ikeji
    *Share your comments positive or negative........
    What is the "Point Supply Chain" and Why Is It Often Mentioned? The term “point supply chain” is often used informally to refer to "single-point" or "choke-point" supply chains — meaning: A critical point in the global supply chain where one country (like China) dominates production or control of key components, materials, or processes. In simple terms: -Imagine you're making a phone. -90% of the screens come from one country. -If that country stops exporting, the entire phone supply chain halts. -This creates a single point of failure — and that’s what worries companies and governments alike. So when experts talk about the "point supply chain," they’re often warning about overdependence on one country or supplier, which makes the whole system fragile — especially in times of: 1. Trade wars 2. Pandemics 3. Natural disasters 4. Political tension China is that "point" for many industries, which brings us to your next question... How Did China Become the King of the Supply Chain? 1. Massive Investment in Infrastructure China built world-class ports, rail, roads, and manufacturing hubs in record time. Ports like Shanghai and Shenzhen became the busiest in the world. 2. Joined the WTO in 2001 This gave China access to global trade networks. Western companies rushed in to build factories there for cheap labor and tax breaks. 3. Skilled but Affordable Workforce China had hundreds of millions of workers — often more disciplined and skilled than other low-wage countries. Companies could scale production fast and cheap. 4. Full Ecosystem in One Place You don’t just make a product in China — you make every part of it there. For example, Shenzhen isn’t just where your phone is assembled — it’s where: -Chips are made -Screens are produced -Batteries are tested -Packaging is printed -Shipping is arranged — all within 10–50 km This supply chain ecosystem is extremely rare — few places on Earth have it. 5. Government Support China’s government heavily subsidized key industries (steel, solar, EVs, semiconductors). Made it easy for factories to get land, energy, and loans. 6. The World Outsourced Everything The West prioritized cost savings over supply chain resilience. “Why make it yourself when China can do it cheaper?” was the mindset for decades. The result: concentration of global manufacturing in China. Why It’s a Big Deal Now? COVID-19 showed how vulnerable global supply chains are when China shuts down. Trade wars with the U.S. made people realize, “We can’t depend on one country.” The world needs to support Trump's tariffs idea and actions which can bring back manufacturing to their countries and avoid revolution caused by lack of jobs and poverty. Geopolitics — Taiwan tension, tech competition, etc. — are pushing countries to “de-risk” from China. New Trends- Companies are now looking at: -“China +1” strategy (diversify with India, Vietnam, Mexico) -Onshoring (bring production back home) -Friendshoring (move supply chains to allied nations) By Jo Ikeji-Uju. sappertekinc@gmail.com https://afriprime.net/Ikeji *Share your comments positive or negative........
    AFRIPRIME.NET
    Ikeji
    "Those who believe they can do something and those who believe they can't are both right"
    0 Σχόλια 0 Μοιράστηκε 1χλμ. Views 0 Προεπισκόπηση
  • Importer of Record Responsibilities | One Union Solutions – Global IOR Services

    Ensure smooth IT imports with One Union Solutions! Our Importer of Record Responsibilities include handling compliance, customs clearance, and secure delivery in 170+ countries. Optimize your global supply chain today!

    https://oneunionsolutions.com/blog/difference-between-importer-of-record-vs-freight-forwarder/

    Importer of Record Responsibilities | One Union Solutions – Global IOR Services Ensure smooth IT imports with One Union Solutions! Our Importer of Record Responsibilities include handling compliance, customs clearance, and secure delivery in 170+ countries. Optimize your global supply chain today! https://oneunionsolutions.com/blog/difference-between-importer-of-record-vs-freight-forwarder/
    0 Σχόλια 0 Μοιράστηκε 862 Views 0 Προεπισκόπηση
Αναζήτηση αποτελεσμάτων
Προωθημένο
Προωθημένο
google-site-verification: google037b30823fc02426.html