How Manufacturers Can Boost Resilience Without Losing Supply Chain Optimization

Article Highlights:

• As the costs of this fragility have mounted over the course of this decade, OEMs have been forced to rethink just how precious cost-effectiveness is to them. In the process, they’ve started to rethink what it means to achieve supply chain optimization. One major aspect of this reexamination is the growing realization that resilience is arguably as important as costs, a core metric that companies can no longer afford to discount. 
• Historically, many manufacturers have relied on single sourcing to reduce costs and streamline operations. While efficient on paper, this approach creates significant risks, not least because OEMs are vulnerable to a single disruption or other adverse supply chain event. As the concept of supply chain optimization has evolved this decade, organizations are embracing a more balanced approach to sourcing.
• “Just-in-time” models were designed to minimize inventory carrying costs. Events like the COVID-19 pandemic, the semiconductor shortage, and the shipping container crisis were potent rebuffs to the just-in-time model, as businesses lost enormous revenue opportunities. Today, businesses are working to achieve a more nuanced approach to inventory management, balancing cost-effectiveness with resilience.

Over the past few years, the strategies manufacturers and their leaders have been developing and implementing around supply chains have changed in some significant ways. What has historically been a near-singular focus on efficiency and cost-effectiveness has been evolving into something more multifaceted, with several additional priorities now emerging.

Supply chain professionals are being tasked with balancing these old and new imperatives because of just how dramatically the supply chain landscape has changed. Today, disruptions are less random and uncommon than they once were, and have now established themselves as recurring, even expected features of our international manufacturing networks. Because of this, the challenge has expanded from the simple directive of homing in on low costs and high efficiency to developing systems that can withstand disruptions and other supply shocks.

From geopolitical instability to supplier shutdowns to sourcing unpredictability, manufacturers are now operating in supply chains that don’t enjoy the sustained stability that they did in decades past. And yet, sourcing and procurement teams are still striving to satisfy customers who continue to expect speed, reliability, and competitive pricing. That tension is exactly why the term “supply chain optimization” is now being redefined in real time.

Why Supply Chain Optimization Alone Is No Longer Enough 

For decades, supply chain optimization meant reducing inventory, eliminating waste, and trimming overhead in every conceivable nook and cranny of an organization’s supply chain. Lean principles dominated decision-making. And for a period of time, this strategy worked reasonably well. Yes, supply chains were highly vulnerable to unforeseeable disruptions, but they also allowed original equipment manufacturers (OEMs) and other businesses to produce their goods at the lowest possible price points. 

The evolving supply chain landscape over the past half-decade, however, has exposed a critical flaw in that longstanding sourcing model. Optimized almost exclusively for low costs, these systems have been exposed as fragile in a range of different ways. When a single supplier is forced to temporarily shut down a key manufacturing site, or a maritime shipping route is disrupted, hyper-efficient networks predicated on a delicate web of cost-effective choices can grind to a halt. 

As the costs of this fragility have mounted over the course of this decade, OEMs have been forced to rethink just how precious cost-effectiveness is to them. In the process, they’ve started to rethink what it means to achieve supply chain optimization. One major aspect of this reexamination is the growing realization that resilience is arguably as important as costs, a core metric that companies can no longer afford to discount. 

Redefining Supply Chain Optimization in a Disrupted World

To truly understand how manufacturers can move forward in this increasingly volatile sourcing ecosystem, it’s important to rethink what supply chain optimization actually looks like today.

Optimizing direct and sub-tier suppliers is now a concept that surpasses the simple, one-dimensional goal of securing the cheapest materials, parts, and products. Optimization now also refers to constructing smarter supply chains—networks that can flex, adapt, and adjust when circumstances require it; incorporate data in order to anticipate problems before they escalate; and recognize and mitigate the risks that can explode costs when the right combination of variables converge.

In this context, optimization becomes more multidimensional, a complex goal that strives to balance low costs with visibility, adaptability, and risk mitigation.

Optimizing direct and sub-tier suppliers is now a concept that surpasses the simple, one-dimensional goal of securing the cheapest materials, parts, and products.

Beyond Cost-Conscious Single Sourcing 

One of the most immediate ways to improve resilience without sacrificing supply chain optimization is by reevaluating sourcing strategies.

Historically, many manufacturers have relied on single sourcing to reduce costs and streamline operations. While efficient on paper, this approach creates significant risks, not least because OEMs are highly vulnerable to a single disruption or other adverse supply chain event. As the concept of supply chain optimization has evolved this decade, organizations are embracing a more balanced approach to sourcing.

This includes the following practices: 

• Dual sourcing for high-risk or high-value components.
• Diversification to reduce geographic dependencies and accompanying risks.
• Strategic supplier partnerships that cultivate collaboration and trust, rather than perpetuating transactional relationships.

Moving Supply Chain Optimization Beyond “Just-in-Time”

Strategies around inventory are often where the tension between resilience and supply chain optimization becomes most visible.

“Just-in-time” models—which reigned among sourcing and supply chain professionals for decades—were designed to minimize inventory carrying costs. When disruptions occurred, however, OEMs with smaller inventories were suddenly caught in a painful bind: unable to secure more product due to shortages, shutdowns, or geopolitical conflict, these companies were forced to watch their finite supplies dwindle to nothing. Events like the COVID-19 pandemic, the semiconductor shortage, and the shipping container crisis were potent rebuffs to the just-in-time model, as businesses lost enormous revenue opportunities simply because they didn’t have the inventory to meet escalating worldwide demand for their products. 

Today, businesses are working to achieve a more balanced, nuanced approach to inventory management. Instead of heavily favoring either cost-effectiveness or resilience, they are:

• Segmenting inventory based on risk and demand variability.
• Increasing safety stock for the most critical components.
• Using dynamic inventory and/or stockpiling models driven by real-time data.

Building Agility Without Escalating Costs

Supply chain agility is often interpreted as a strategy that comes with significant complexity and high costs. In reality, though, it’s a savvy, sensible approach to strengthening both resilience and supply chain optimization.

Agility is less about spending money to bolster resilience and more about fostering a smart, capable supply chain team. Professionals versed in supply chain agility understand their company’s manufacturing network and can pivot to alternative suppliers, sites, and regions when circumstances demand it. 

Examples of supply chain agility include:

• Thoroughly trained employees that know all current and alternative suppliers, existing and secondary manufacturing sites, and the ever-evolving risk landscape.
• Production models that can be reconfigured quickly based on changes to direct and sub-tier manufacturers.
• Flexible manufacturing lines that can switch between products.

Collaboration: The Overlooked Lever

One of the most underutilized tools for improving supply chain optimization is the art of collaboration. Supply chains are heavily interconnected systems, with OEMs, direct suppliers, and layers of sub-tier manufacturers all working together to produce goods with maximum speed, efficiency, and economies of scale. 

The sheer number of actors in these manufacturing ecosystems, though, introduces several potential pitfalls. One is information siloes. When stakeholders don’t share their respective variables, risks, and potential inefficiencies with their supply chain partners, those hazards cannot be mitigated nearly as effectively. But when organizations communicate regularly, share information, and practice data transparency as a matter of course, networks can grow more risk-aware.

What does effective collaboration look like? While it can be achieved in a myriad of different ways, it often includes:

• Maintaining transparency around risks, variables, and unknowns
• Sharing demand forecasts across the supply chain
• Coordinating risk management strategies across partners
• Aligning contingency plans

This level of coordination enhances both resilience and supply chain optimization, all without requiring major capital investment.

But when organizations communicate regularly, share information, and practice data transparency as a matter of course, networks can grow more risk-aware.

Expanding KPIs for Supply Chain Optimization and Resilience

One final aspect of the transition to a new, more expansive understanding of supply chain optimization is advancing our understanding of traditional key performance metrics (KPIs). Historically KPIs primarily measured factors related to cost and efficiency. But in order to fully support a newer, more relevant definition of supply chain optimization, manufacturers need to expand their KPIs to include the following:

• Average cost of disruptions
• Time to recover from disruptions
• Supplier risk exposure
• Production continuity 

What gets measured gets managed. Without clear, objective measurements of resilience strategies and tactics, organizations will continue to rely on subjective, unproven approaches to protecting their supply chains.

Achieving Supply Chain Optimization and Resilience With Z2

The idea that manufacturers must choose between resilience and efficiency has always been something of a false choice. Now, it’s an outdated false choice, as supply chain professionals are increasingly evolving their philosophies to see how strategies like agility, multisourcing, analytics, and geographical diversification don’t need to inflate costs in a significant way. And by utilizing these techniques and frameworks, OEMs are reducing the chances that they’ll sacrifice revenue and reputation when disruptions strike their manufacturing networks. 

Z2 allows companies to prioritize both cost optimization and resilience through its powerful electronic supply chain solution. One of the ESC solution’s key offerings is resilient part discovery, a resource that functions as part electronic search tool, part framework for incorporating resilience into parts, bills of materials (BOMs), and products. Z2’s resilient part discovery includes an array of capabilities that facilitate both risk mitigation and cost optimization:

•Parts Database That Prioritizes Transparency

Z2’s electronic database features over one billion components, including north of 1,000 different commodity types. Each part contains a detailed profile that includes everything from manufacturing data to qualifications to parametric info. Users can navigate this database using a range of customizable criteria, including parametric search, regulatory compliance, lifecycle forecasts, and country of origin (COO), among other factors. The array of filtering capabilities allows teams to zero in on the ideal parts faster and more effectively—building resilience into part selection and product design.

•Market Data for Cost Optimization

Z2 maintains up-to-date information on the electronics marketplace, including information on pricing, availability, lead times, and inventory levels across manufacturers. Using this regularly updated intelligence, organizations are able to make informed procurement decisions that keep costs low while continuing to source from reputable suppliers. 

•Crosses That Build Resilience

One of the ways Z2 distinguishes itself from other electronic component software is through the crosses capabilities that it offers. Every component in Z2’s database includes a detailed crosses tab, one that classifies available cross-references into three different tiers based on the quality of the match to the searched part. In addition, users can instantaneously view side-by-side comparisons between crosses, seeing profiles that flag all minor, moderate, and major differences between the alternatives and the original part. Finally, teams can also apply advanced filters like COO, allowing businesses to steer clear of high-risk regions—and bolster resilience in the process—directly from their part search tool.

To learn more about Z2 and the ways it can help OEMs and other businesses pursue resilience without sacrificing cost optimization, schedule a free trial with one of our product experts.