Resilient supply chains in procurement: strategies, measures and KPIs

There is no single definition in the specialist literature. A frequently cited definition comes from Ponomarov and Holcomb: supply chain resilience is the adaptive capability of a supply chain to prepare for unexpected events, respond to disruptions and recover from them so that operations continue at the desired level (Ponomarov and Holcomb, 2009). This covers reactive measures to limit damage as well as proactive strategies to minimise risk.

In technical purchasing, this means: if the contract manufacturer of a critical part drops out, a qualified alternative must be available or quickly established before assembly comes to a standstill.

Traditional supplier risk management identifies known risks, assesses them by probability of occurrence and impact, and derives measures from this. The article on > risk management and compliance in the supply chain covers supplier evaluation and risk minimisation through transparent supplier networks in more detail.

Resilience is closely related, but focuses on the ability to absorb disruptions and return to a stable state more quickly (Ponomarov, 2012). David Simchi-Levi's model at MIT follows the same logic: it assesses the impact of a failure on the supply chain, regardless of its cause (MIT News, 2022). Risk management asks what could happen. Resilience asks how long supply will last without a particular supplier and how quickly a replacement is available.

Successful supplier evaluation requires structured methods. Regular audits and comprehensive risk analyses help to identify potential weak points at an early stage. Both financial figures and operational performance indicators should be taken into account. Evaluation criteria include on-time delivery, quality standards, response times and financial stability. A common approach is to categorise risks by probability of occurrence and potential impact, as also provided for in the ISO 31000 standard for risk analysis. This categorisation should be updated regularly, as risk profiles change quickly in a dynamic market environment. Legal due diligence obligations also belong in this analysis: the due diligence obligations under the German Supply Chain Due Diligence Act (LkSG) continue to apply, even though the reporting obligation is set to be abolished (BMAS, 2025). The EU Corporate Sustainability Due Diligence Directive (CSDDD) was amended in 2026 and its scope narrowed (GTAI, 2026).

The analysis should also look at geography: if several critical suppliers are located in the same region or depend on the same sea route, this is a concentration risk. A European manufacturer with an overland transport route can spread this risk.

Digital sourcing platforms help buyers diversify their supplier portfolio systematically. Filter functions enable targeted searches for suppliers with specific manufacturing capabilities, certifications or regional locations. Buyers can quickly identify and evaluate alternative sources of supply, which saves time in crisis situations. For critical parts with only one supplier, building up a second source is the obvious first step.

Strategic diversification considers not only the number of suppliers, but also their distribution according to geographical, technological and economic criteria. More suppliers do not automatically mean more resilience: if two manufacturers use the same sub-supplier, are located in the same region or depend on the same raw material, a common point of failure remains.

European suppliers are one dimension of this diversification. Within the EU, the 27 member states form a common customs territory, and no customs duties apply to trade in goods between them (European Commission, 2026). Suppliers outside the EU, for example in Switzerland or the United Kingdom, are subject to customs procedures. The > For Europe page explains why Techpilot focuses on manufacturing in Europe.

Safety stocks should be built up strategically for critical components with long procurement lead times. Segmentation based on ABC/XYZ analyses enables a differentiated inventory strategy. ABC describes a part's share of value, XYZ the regularity of its consumption. On its own, this says little about criticality of supply. A low-cost C part from a single source can stop assembly just as much as an expensive A part. An additional classification by criticality is therefore useful, for example by replenishment lead time, number of qualified suppliers and impact of a missing part. Forecasting methods combine historical data with current market trends to predict demand more accurately.

Just-in-time strategies can be complemented by just-in-case approaches. The lean supply chain remains the basis, while critical components selectively receive higher safety stocks. Vendor managed inventory concepts transfer inventory planning wholly or partly to the supplier. Whether and how much the buyer's own tied-up capital decreases depends on the agreed inventory and ownership model, for example whether consignment stock has been agreed.

Resilient logistics also means planning transport routes and storage locations so that a single failure does not interrupt supply. Shorter transport chains with European suppliers can reduce replenishment lead times and thus lower the safety stock required.

Strong communication with suppliers is essential for resilient collaboration. Success factors include regular meetings, clear expectations and partnership-based relationships. Quarterly business reviews provide a suitable framework for strategic discussions. Transparent performance evaluation systems (supplier scorecards) are based on objective criteria and give both sides clear pointers for improvement. Involving strategic suppliers in product development processes at an early stage can provide valuable input for optimisation.

Central information portals allow specifications, quality requirements and schedules to be shared in real time. With suppliers in the same or a neighbouring time zone, short-notice coordination, first article inspections and on-site audits are easier to schedule, which is the case in many European sourcing relationships. The article > Building long-term supplier relationships through innovation and transparency shows how such formats lead to robust partnerships.

Scenario planning prepares for crises such as natural disasters, political instability or pandemics. It makes sense to run through several scenarios ranging from optimistic to pessimistic assumptions and to involve a team from procurement, logistics, production and sales. A typical scenario for made-to-order parts is the failure of an overseas shipment: how long will inventory last, and which manufacturer in Europe could supply the part in qualified form within that time?

Regular simulation exercises and stress tests help to identify weak points in contingency plans and improve responsiveness. Business games test decision-making processes under time pressure. Such a stress test can be quantified using the KPIs in the following section.

If a supplier's time to recover exceeds the time to survive, the supply chain cannot meet demand without a contingency plan (Simchi-Levi et al., 2014). These are the points where a second source, safety stock or a prepared contingency plan pays off.

Techpilot belongs to the last category. In the pool of suppliers, buyers can find more than 24,000 potential suppliers for 280 manufacturing technologies. The company profiles show, among other things, certificates, batch sizes and processable materials, and suppliers that are already known can be integrated into the platform free of charge.

Inventory optimisation is a key aspect of ensuring supply chain resilience. Safety stock should be built up for critical components with long procurement times. Segmentation according to ABC/XYZ analyses enables a differentiated inventory strategy.

High-value, critical A-parts require different strategies to lower-value C-parts. Modern forecasting methods combine historical data with current market trends to predict demand more accurately.