Challenges in Global Supply Chains

Never judge a business by its front office but by its back-end logistics. Managing sourcing across India, Pakistan, and Bangladesh has taught me that logistics isn't just about moving boxes—it's what makes or breaks a retail operation. Here's why: The global logistics market hit $9.2 trillion in 2023, with Asia-Pacific contributing 42% of this value (McKinsey Global Institute). Yet, companies lose 20-30% of their logistics costs to inefficiencies. (McKinsey & Company) The real cost of weak logistics shows up in: → Inventory Stockouts: 8.3% of retail sales are lost to out-of-stock situations, costing retailers $1 trillion annually (IHL Group)  → Dead Stock: The average retailer ties up 25% of working capital in excess inventory (Gartner)  → Broken Promises: 69% of customers won't shop with a retailer again after a late delivery (Retail TouchPoints)  → Emergency Shipping: Rush shipping can cost 5-10x more than standard rates (Deloitte) In 2024, due to various disruptions in logistics caused by war, instability, and climate change-induced natural disasters, I witnessed firsthand how fragile supply chains can be. Geopolitical turmoil, including events like the Red Sea Crisis and the Ukraine conflict, further exacerbated these disruptions, underscoring the critical need for resilient and adaptable supply chain strategies. Companies with robust logistics weathered the storm, while others faced existential crises. Today's successful businesses need: 📌 Strategic warehouse placement near key markets 📌Real-time inventory tracking across locations 📌Multiple transport routes for critical supplies 📌Robust risk mitigation plans In my experience, managing an annual sourcing volume of $100 million, the difference between profit and loss often comes down to one question: Can you get your product where it needs to be when it needs to be there? What's your biggest logistics challenge? Share your experience below. #SupplyChain #LogisticsManagement

Sustainability in Supply Chains A guide for private markets investors 🌍 Private markets investors face increasing pressure to integrate sustainability into supply chain management. This guide by PRI explains why supply chain due diligence is essential and how investors can embed it across the investment cycle to safeguard assets, reduce risks, and capture value. Supply chain risks, ranging from human rights abuses to environmental violations, have become financially material issues with direct implications for investor performance, regulatory compliance, and reputation. Human rights concerns are significant. Forced labour affects an estimated 28 million people worldwide, with rising risks in major sourcing countries such as India, Vietnam, China, Mexico and the United States. Migrant workers are particularly vulnerable, while child labour remains prevalent in high-risk industries and regions. Working conditions also present serious challenges. Excessive hours, unsafe workplaces and poor wages undermine the stability of global supply chains. These issues are concentrated in industries such as apparel, electronics, food and agriculture, construction materials and mining where oversight is often limited. Environmental risks add complexity. Nearly half of global sourcing markets face high or extreme risk of violations related to waste management, emissions and hazardous materials. Biodiversity loss and deforestation linked to commodities such as palm oil, soy and timber increase exposure to both regulatory and operational disruptions. Regulatory requirements are tightening worldwide. The EU Corporate Sustainability Due Diligence Directive, the US Uyghur Forced Labor Prevention Act and the EU Deforestation Regulation compel companies and investors to identify, mitigate and report risks throughout their supply chains. Failure to comply carries financial consequences. Volkswagen shipments were detained at US ports, Shein faced delays in listing plans due to sourcing concerns and companies in Germany were investigated and fined for breaches of the Supply Chain Act. These examples show how supply chain management is now a strategic necessity. Proactive due diligence creates opportunities. Companies with strong supply chain transparency and risk management can secure contracts, improve resilience, reduce costs and strengthen their brand. Investors can leverage these practices to enhance portfolio performance and protect value at exit. The guide explains that due diligence should be present at every stage of the investment cycle. This includes governance and policies, early screening, detailed risk assessments, legal agreements, active engagement, monitoring and exit planning. Clear roles, data systems and training are critical. Integrating sustainability into supply chain due diligence strengthens both risk management and value creation. #sustainability #business #sustainable #esg

In 2024, China produced more than 1 billion tons of crude steel, over half the world’s supply. India, the world’s #2 producer, delivered less than one-sixth of that. Yet reports suggest Beijing will cut output to address overcapacity, falling prices, and rising global protectionism. For executives, the insight isn’t just China’s dominance. It’s the strategic exposure this creates. With 53% of global production tied to one economy, shifts in Chinese policy, demand, or environmental regulation can send shockwaves through construction, manufacturing, and infrastructure supply chains worldwide.    The question for leaders isn’t just “who makes the steel,” but how to future-proof against a supply base so concentrated in a single market—whether that means diversifying sources or rethinking regional resilience strategies. #GlobalEconomy #SupplyChain #Manufacturing  

Relatively small amounts of critical minerals underpin trillions of dollars in economic value globally. New IEA analysis highlights growing risks, including export controls, although countries are also taking steps to make supply chains more secure 👉 https://iea.li/4aTpQ33 The geographic concentration of critical mineral supply chains continues to grow, particularly for refining. Rare earths are the exception. The top supplier's share fell from 90% in 2023 to 85% in 2025, showing progress is possible with strong policies. Read more in the International Energy Agency (IEA)’s Global Critical Minerals Outlook 2026 👉 https://iea.li/4bNpwDh While critical mineral projects are being announced & developed across the globe, we see a structural imbalance in diversification efforts. Investment outside the dominant supplier remains concentrated in mining, while efforts to expand refining & downstream capacity lag behind. In a complex geopolitical environment, critical minerals have moved to the forefront of countries’ energy, economic & national security agendas. This is making a difference: public finance commitments more than quadrupled between 2023 and 2025, reaching $65 billion. New IEA analysis also sees a major opportunity to diversify supplies of strategic minor minerals. The investment needed is much smaller than the potential risks of disruption and can be seen as economic insurance. Since #CriticalMinerals account for a small share of final product prices, the cost of diversification could have a limited impact on consumers. For example, critical minerals account for around a quarter of battery cell costs but only about 3% of the price of an average EV. Diversified supply is not only a matter of investment: it also means tackling gaps in technology, equipment & workforce skills. Our new Global Critical Minerals Outlook 2026 includes guidance for policymakers on this & more. Read it in full on our site 👉 https://iea.li/4bNpwDh

Root Cause Analysis (RCA) by using 1M to 10M analysis. 1 - Man (Human Factors): The foundation of the analysis, focusing on human-related factors such as operator skills, training, physical and mental state, experience level, and human error potential. This includes things like fatigue, competency, attention to detail, and adherence to procedures. 2M - Machine: Adds equipment-related factors to the analysis. This covers all aspects of machinery and tools including: - Equipment condition and age - Maintenance history - Operating capacity and limitations - Calibration status - Tool wear and reliability - Machine settings and adjustments 3M - Material: Examines all inputs and raw materials used in the process: - Quality of RM - Material specifications - Storage conditions - Supplier reliability - Material variability - Handling and transportation 4M - Method: Analyzes the processes and procedures being used: - Standard operating procedures - Work instructions - Process parameters - Production schedules - Workflow design - Best practices implementation 5M - Measurement: Focuses on how data is collected and monitored: - Measuring instruments and their accuracy - Calibration systems - Data collection methods - Quality control parameters - Testing procedures - Statistical process control 6M - Mother Nature (Environment): Considers environmental factors that could impact the process: - Temperature and humidity - Lighting conditions - Workplace layout - Cleanliness - Environmental controls - Weather impacts 7M - Money: Examines financial aspects affecting quality: - Budget constraints - Resource allocation - Cost of quality - Investment in improvements - Financial priorities - Cost-cutting impacts 8M - Management: Evaluates leadership and organizational factors: - Decision-making processes - Communication channels - Policy implementation - Resource planning - Leadership style - Organizational structure 9M - Maintenance: Focuses on upkeep and preservation activities: - Preventive maintenance schedules - Repair procedures - Spare parts management - Equipment lifecycle - Maintenance training - Documentation 10M - Motivation: The final layer examining psychological and cultural factors: - Employee engagement - Recognition systems - Work culture - Team morale - Incentive programs - Job satisfaction This comprehensive framework allows for increasingly detailed analysis of potential root causes, with each "M" adding another dimension to consider. It's particularly valuable because it: - A structured approach to problem-solving - Ensures no major factors are overlooked - Helps identify interconnections between different factors - Supports systematic improvement efforts - Can be applied to both proactive and reactive problem-solving The power of this framework lies in its scalability - you can start with the basic 1M or 2M analysis for simpler issues and expand to include more factors as needed for more complex problems.

The growing complexity of supply chain interdependencies is creating significant cybersecurity risks. In my latest article for the World Economic Forum’s Centre for Cybersecurity, I outline five key risk factors and what organisations must do to mitigate them: 1️⃣ Cyber Inequity – Large organisations are improving cyber resilience, but SMEs remain vulnerable. They must view cybersecurity as a business priority, while industry collaboration and policy support can help bridge the gap. 2️⃣ Limited Supply Chain Visibility – Expanding supply chains make it harder to assess supplier security. Without clear incentives, compliance gaps persist, increasing exposure to cyber threats. 3️⃣ Third-Party Software Vulnerabilities – AI and open-source adoption introduce new risks, yet only 37% of organisations assess AI tool security before deployment. A structured security framework is essential. 4️⃣ Dependence on Critical Providers – Over-reliance on a few key suppliers creates systemic points of failure. Resilient IT architectures and strong business continuity planning are critical. 5️⃣ Geopolitical Risks – Cyber threats are increasingly shaped by global tensions, disrupting supply chains and increasing attack sophistication. Organisations must integrate geopolitical risk assessments into their cybersecurity strategies. 𝗪𝗵𝗮𝘁’𝘀 𝗡𝗲𝘅𝘁? Organisations must prioritize visibility, support smaller partners, and invest in resilience. Strong business continuity planning, robust IT management, and proactive threat detection are non-negotiable. Cybersecurity is not just an IT issue—it’s a strategic imperative. Read the full article here: https://lnkd.in/g-yQ2QRa #CyberSecurity #SupplyChain #AI #RiskManagement

My colleagues Yao J. and David L. Ortega recently published a study advancing an integrated framework for thinking about the impact of the USA's 2025 tariffs. One of the constructs central to our framework is tariff uncertainty, which we define as "the inability of decision-makers to forecast which products from what countries will be tariffed at what rate for how long," And on cue, we have this announcement from CNBC that "Trump Ends All U.S. Trade Talks with Canada Over Digital Services Tax," (link:   https://lnkd.in/gE4dGXCQ). A few quick thoughts: •These types of sweeping announcements, though unlikely to be implemented, inject even more uncertainty into the trade conversation. •While some folks enjoy the theater, tariff uncertainty has negative consequences. Consider three quotes from the Kansas City Fed's June Manufacturing Survey (link: https://lnkd.in/gHwBBFPD) “Tariff uncertainty is damaging to our business significantly. We landed a large year-long contract for weapons components early in the year. It was cancelled due to large tariffs on the raw material used - titanium.” “Tariffs are increasing costs and creating uncertainty. Our customers are canceling orders due to tariff uncertainty.” “Policy uncertainty makes future planning very difficult.” Implication: We now get to wait and see how this situation plays out. For anyone interested in the paper I mentioned, it can be accessed for free at https://lnkd.in/gFHEpsdp. I'll be sharing more on this study over the coming weeks. #supplychain #economics #markets #freight #logistics

It took less than a week for the uneasy pause in trade tensions between Canada and the U.S. to reignite after U.S. President Donald Trump announced steep tariffs on steel and aluminum imports. Although the 25% tariffs, set to take effect on March 12, apply to imports from all countries, Canada will be the most impacted by far as the U.S. imports a larger amount of steel and aluminum from Canada than any other country. Of note, aluminum imports from Canada are greater than the next 10 countries combined. The tariff announcement also overrides current trade agreements the U.S. has with Canada, Mexico, the UK, Japan and others.  As Canada considers its response, these tariffs — combined with the currently paused executive order targeting a broad range of Canadian goods — would severely impact Canada’s manufacturing sector. This isn’t the first time Trump has levied tariffs on Canadian steel and aluminum. During his first administration in 2018 amid free-trade negotiations, U.S. tariffs on Canadian products — as well as Canada’s reciprocal tariffs — were in place for just over a year. The economic hit appears confined within the manufacturing sector thus far. The loonie stayed steady, and if there are exceptions like in 2018 – which remains unclear at this moment – then the overall hit on Canada’s growth and inflation would be limited. Link to full article with Irina Im, CPA in comments.

Today, the European Parliament debates the critical situation of the steel industry, a sector on which many key EU manufacturing value chains rely.    In an open letter, signed by other industry representatives and myself, we urged policymakers to understand that this discussion goes beyond our industry – it concerns the future of Europe’s industrial backbone.   The European steel industry has long been a pillar of innovation, prosperity, and employment, with the potential to take a lead in Europe’s green transformation. Yet, the challenges we face today – skyrocketing energy prices, global overcapacity, and unfair trade practices – are creating a perfect storm.   The numbers are alarming: production has dropped by 30% since 2008, with nearly 100,000 jobs lost. Capacity utilization has fallen to unsustainable levels, while global overcapacity, which reached 551 million tonnes in 2023, continues to grow.   Our proposals, in line with the Draghi report, are essential for addressing this crisis:   👉 Strengthen EU Trade Defence Instruments: Robust measures are needed to combat unfair trade practices and mitigate the effects of global overcapacity.   👉 Improve the Carbon Border Adjustment Mechanism (CBAM): CBAM must prevent circumvention, preserve EU steel exports, and address delocalization of downstream sectors.   👉 Reduce energy costs: For energy-intensive industries like steel, lowering energy costs and securing raw material access is vital for global competitiveness.   👉 Establish lead markets for green steel: European governments must create demand for green steel, supporting decarbonization and the industry’s transition.   Europe’s steel industry is at a crossroads. We have the potential to lead the green transformation, but this will only be possible with the right support from policymakers. Now is the time to act.

“The cloud is just someone else’s computer… sitting on someone else’s land, drinking someone else’s water.” Google’s decision to withdraw its $2 billion data centre project from Indianapolis stayed with me. Not because projects get cancelled, but because of what it revealed. Digital convenience has a physical footprint. The cloud may feel weightless. Its infrastructure is anything but. Local reporting pointed to environmental concerns from water usage, electricity demand, & community pushback. Even one of the world’s most efficient technology companies could not make the economic, environmental, & social math add up. I am not anti-data centre. I am thinking aloud about the scale, limits, & trade-offs we gloss over when we talk about “digital” growth. Take water. Data centres need intensive cooling. Water cooled systems are more energy efficient than air cooling, but the numbers are sobering. A single hyperscale facility can consume three to five million gallons a day, roughly what a small town uses. In drought prone regions, this has already triggered conflict. The question sharpens quickly: scarce water for servers, or for citizens? Then there is energy. The IEA estimates global data centre electricity use could double by 2026, driven by AI workloads. A hyperscale facility can draw as much power as a large industrial plant. In India, where grids already juggle agricultural, industrial, & urban demand, this is not abstract. Add capacity without planning, & we risk instability or deeper dependence on coal. There is also heat. Data centres do not just consume energy; they expel it. In warmer geographies, this becomes a liability. Systems designed for “cool efficiency” often end up warming neighbourhoods. Land adds another layer. Data centres promise jobs but create few permanent ones relative to the land they occupy. Communities are questioning what they give up, farmland, housing, green space, in exchange for high security campuses with limited spillover benefits. India is one of the fastest growing data centre markets, fuelled by AI, fintech, gaming, & digital public infrastructure. These questions are urgent, not theoretical. Where will the water come from? Can we meet power demand sustainably? Will communities benefit meaningfully? This is not about slowing ambition. It is about aligning ambition with ecology. Google walking away feels less like a corporate decision & more like a signal. The digital world is hitting physical limits. Every message leaves a trace. The cloud is not magical. It is material. Sharing this as part of my thinking aloud series, questions, not conclusions. Where are we underestimating the real costs of “digital” growth? What trade offs are we still unwilling to name? #Cloud #Data #Technology #Innovation #Ai