Supply Chain Strategy and Process Frameworks

Introduction

Supply chain management is not simply the movement of goods from suppliers to customers. It is the coordinated design and management of sourcing, production, logistics, information, finance, returns and relationships so that an organisation can create and deliver value. Supply chain strategy explains how these activities will support the organisation’s competitive position and customer requirements.

A supply chain cannot be judged as “good” merely because it is low-cost. A hospital, an online fashion retailer, a supermarket and an aircraft manufacturer require different combinations of cost, speed, flexibility, reliability, quality and innovation. A strategy that is excellent for one context may be inappropriate for another. The central managerial task is therefore to align supply chain capabilities with the market’s requirements and with the organisation’s business strategy.

This chapter introduces the major strategic orientations of supply chains, including efficient, responsive, agile, lean and hybrid configurations. It then develops value-chain thinking, the SCOR process framework, process mapping and order-winning criteria. The chapter concludes with an applied case and practical guidance for implementation.

Learning Objectives

By the end of this chapter, you should be able to:

1. Explain the relationship between business strategy, customer requirements and supply chain strategy.
2. Distinguish efficient, responsive, agile, lean and hybrid supply chains.
3. Apply value-chain thinking to identify sources of customer value and cost.
4. Describe the SCOR framework and use it to structure process analysis.
5. Construct and interpret a basic supply chain process map.
6. Distinguish order qualifiers from order winners.
7. Recommend an appropriate supply chain configuration for a practical situation.
8. Identify limitations, ethical issues and technology considerations in supply chain design.

1. Strategic Alignment in Supply Chains

1.1 Business strategy and supply chain strategy

Business strategy defines how an organisation intends to compete. It may emphasise low price, superior quality, rapid innovation, dependable availability, personalisation, sustainability or a combination of these objectives. Supply chain strategy translates this intent into decisions concerning suppliers, facilities, inventory, transportation, information systems, production processes and customer fulfilment.

Strategic alignment exists when supply chain capabilities support the organisation’s competitive priorities. For example:

• A discount retailer requires low operating cost, high asset utilisation and dependable replenishment.
• An emergency medical supplier requires availability, traceability and rapid response, even when these increase cost.
• A fashion company requires flexibility, short lead times and the ability to respond to uncertain demand.
• A manufacturer of specialised equipment may require engineering collaboration, high quality and reliable delivery more than the lowest purchase price.

A useful alignment test is to ask three questions:

1. What does the customer value?
2. What does the business promise?
3. What capabilities must the supply chain possess to deliver that promise consistently?

Misalignment occurs when a company competes on speed but uses slow, inflexible suppliers; promises customisation but operates only standardised processes; or advertises sustainability without visibility into supplier practices.

1.2 Customer requirements and demand uncertainty

Customer requirements are not limited to product features. They commonly include:

• price and total cost;
• product quality and safety;
• availability;
• delivery speed and reliability;
• order flexibility and customisation;
• after-sales service;
• information visibility;
• environmental and social responsibility.

Two forms of uncertainty are particularly important. Demand uncertainty concerns variation in volume, timing and product mix. Supply uncertainty concerns supplier reliability, material availability, quality, transport and geopolitical or environmental disruption. High uncertainty generally increases the value of flexibility, buffers, collaboration and rapid information exchange.

The customer order decoupling point, sometimes called the order penetration point, is the point in the supply chain at which a specific customer order begins to influence activities. Upstream activities may be forecast-driven, while downstream activities are order-driven. A make-to-stock grocery product has a decoupling point near the finished-goods inventory. A customised machine may be engineered and assembled only after an order is received.

2. Major Supply Chain Strategic Orientations

No orientation is universally superior. The appropriate choice depends on product characteristics, market expectations, supply conditions and the organisation’s resources.

2.1 Efficient supply chains

An efficient supply chain seeks to deliver predictable demand at the lowest total system cost while meeting an acceptable service level. It emphasises:

• standardised products and processes;
• economies of scale;
• high utilisation of assets;
• accurate forecasting;
• consolidated transport;
• low transaction and handling cost;
• stable supplier relationships.

Efficient supply chains are suitable where demand is relatively predictable, product variety is limited and customers are price-sensitive. Commodity food products, basic household goods and standard industrial materials may fit this model.

Efficiency should be evaluated across the entire chain rather than by isolated departmental costs. A cheaper supplier may create higher transport, inspection, inventory or failure costs. The relevant principle is total cost of ownership, which includes purchase price and costs associated with ordering, delivery, storage, quality problems, administration, disposal and risk.

2.2 Responsive supply chains

A responsive supply chain is designed to react quickly to changes in demand, product mix or customer requirements. Its capabilities include:

• short order-to-delivery lead time;
• rapid information flow;
• flexible capacity;
• postponement of final configuration;
• strategically positioned inventory;
• close customer and supplier collaboration.

Responsiveness is valuable where customers place a high value on immediate availability or where demand changes rapidly. The cost of responsiveness may include spare capacity, premium transport, additional inventory and investment in information systems. Managers must therefore determine whether customers are willing to pay for the service or whether responsiveness is necessary to protect market share.

2.3 Agile supply chains

Agility combines speed, flexibility and the ability to cope with significant and unpredictable change. An agile supply chain is not merely fast; it can reconfigure resources and decisions when conditions change.

Agility is particularly useful where both demand and supply are uncertain. Important practices include:

• multiple qualified sources;
• modular product and process design;
• postponement;
• flexible labour and equipment;
• real-time or near-real-time information;
• scenario planning;
• collaborative relationships rather than purely transactional purchasing.

Agility is often confused with emergency reaction. A genuinely agile supply chain prepares options before disruption occurs. It establishes alternative suppliers, transport routes, capacity arrangements and decision rights in advance.

2.4 Lean supply chains

Lean supply chain management aims to create customer value with minimal waste. Waste includes unnecessary movement, waiting, excess inventory, overproduction, defects, rework, unnecessary processing, unused capability and avoidable transportation. Lean thinking draws strongly on just-in-time production and continuous improvement.

Core lean practices include:

• stable and standardised work;
• pull replenishment;
• small and reliable batches;
• supplier quality at source;
• visual management;
• root-cause problem solving;
• continuous improvement;
• reduction of lead-time and process variation.

Lean is most effective when processes are sufficiently stable and demand is reasonably predictable. It does not mean reducing every inventory item to zero. Inventory can protect customers against uncertainty, but excessive inventory conceals process problems and increases cost, obsolescence and environmental impact.

2.5 Hybrid supply chains

Many organisations require a combination of strategies. A hybrid supply chain applies different policies to different products, markets, stages or customer segments. For example, a clothing company may use lean, high-volume production for basic garments and an agile, rapid-replenishment model for seasonal fashion lines.

A hybrid design may combine:

• efficient upstream purchasing with responsive downstream fulfilment;
• lean production with agile product development;
• make-to-stock for predictable products and make-to-order for customised products;
• standard components with postponed final assembly;
• regional inventory for urgent items and central inventory for slow-moving items.

The main danger is complexity. Every additional product policy, supplier arrangement or inventory location increases planning and control requirements. Hybrid strategies should therefore be based on clear segmentation rather than arbitrary exceptions.

3. Value-Chain Thinking

3.1 The value-chain concept

Value-chain thinking analyses how activities contribute to customer value and organisational advantage. It distinguishes activities that directly create or deliver the offering from activities that enable those activities.

Primary activities commonly include inbound logistics, operations, outbound logistics, marketing and sales, and service. Support activities may include procurement, technology development, human-resource management and organisational infrastructure. In supply chain analysis, the boundaries of the value chain extend beyond the focal organisation to suppliers, logistics providers, distributors, customers and reverse flows.

The key question is not simply “Where is cost incurred?” but “Which activities create value, which are necessary but non-value-adding, and which can be redesigned?” A delivery inspection may not add physical value to a product, but it may be necessary because the upstream process is unreliable. Correcting the root cause may remove both the inspection cost and the risk of customer failure.

3.2 Value, cost and trade-offs

Customer value can be considered as the benefits perceived by the customer relative to the sacrifice required to obtain them. In practical supply chain analysis, managers examine the relationship among service, cost, risk and sustainability.

Improving one performance dimension may damage another. For instance, holding more inventory can improve availability but increase storage cost and obsolescence. Consolidating deliveries can reduce transport emissions per unit but lengthen customer lead time. Selecting the lowest-price supplier can increase quality or disruption risk.

Value-chain analysis should therefore identify trade-offs explicitly. A useful procedure is:

1. Define the customer segment and its required outcomes.
2. Map the activities from source to customer and, where relevant, through return or disposal.
3. Identify resources, time, cost, quality failures and environmental impacts at each activity.
4. Separate value-adding work from necessary non-value-adding work and avoidable waste.
5. Prioritise improvements according to customer impact and total system performance.

4. The SCOR Process Framework

The Supply Chain Operations Reference (SCOR) framework provides a common language for describing and analysing supply chain processes. Organisations commonly use it to structure benchmarking, process improvement, performance measurement and cross-functional communication.

The principal process categories are:

• Plan: balance demand and supply, establish policies and coordinate resources.
• Source: obtain goods and services, manage suppliers and receive materials.
• Make: transform or produce goods, including testing, packaging and release.
• Deliver: manage orders, warehousing, transportation and distribution.
• Return: manage returned products, packaging, repairs, recycling and refunds.
• Enable: support governance, data, rules, relationships, risk, compliance and performance management.

The precise terminology and version of SCOR may be updated by its professional body, but the central value of the framework remains process standardisation and end-to-end thinking.

4.1 Applying SCOR

A practical SCOR analysis can be conducted as follows:

1. Define the supply chain boundary and customer segment.
2. Identify high-level Plan, Source, Make, Deliver and Return processes.
3. Decompose them into more detailed activities.
4. Assign process owners and identify inputs, outputs and interfaces.
5. Measure performance using agreed definitions.
6. Compare current performance with targets, peers or historical results.
7. Identify root causes and prioritise improvement projects.

SCOR prevents an organisation from focusing only on its own department. For example, a warehouse may improve picking speed while order accuracy falls, or purchasing may reduce unit price while supplier defects rise. End-to-end process measures expose these consequences.

4.2 Performance attributes and measures

Common supply chain performance attributes include reliability, responsiveness, agility, cost and asset management efficiency. Organisations may also add sustainability, safety and resilience to reflect contemporary requirements.

Examples of measures include:

• perfect order fulfilment;
• order fulfilment cycle time;
• upside or downside supply-chain adaptability;
• total supply-chain management cost;
• cash-to-cash cycle time;
• inventory days of supply;
• return rate and recovery value.

A measure is useful only when its definition, data source, time period, scope and owner are clear. For example, “on-time delivery” must specify whether delivery is measured against the customer-requested date, the confirmed date or the promised date.

Some basic measures are calculated as follows.

The numerator and denominator must refer to the same population and period. If 920 of 1,000 orders are delivered on time, the rate is 92%.

Here, cost of goods sold and average inventory value must use the same currency and time period. Average inventory is often approximated as the mean of beginning and ending inventory, although more frequent observations are preferable when inventory fluctuates substantially.

This relationship estimates the time between paying suppliers and collecting cash from customers. It assumes that the component measures use consistent dates and periods. A lower value is not automatically better if it results from damaging supplier relationships or reducing necessary service inventory.

5. Process Mapping

5.1 Purpose and elements

A process map is a visual or textual representation of activities, decisions, flows, responsibilities and information. It helps teams see how work is actually performed rather than how organisational charts suggest it is performed.

A basic supply chain process map should identify:

• the trigger or customer requirement;
• process steps;
• decision points;
• material, information and financial flows;
• delays, queues and hand-offs;
• responsible functions or organisations;
• outputs and performance measures.

A simple order process might be represented as:

Customer order → order validation → inventory check → pick and pack → transport planning → dispatch → delivery confirmation → invoice and payment.

The map should distinguish physical flow from information flow. An order may be physically available in a warehouse while the information system shows no available stock. Such inconsistencies create expediting, stockouts and unnecessary safety inventory.

5.2 Process mapping method

A disciplined mapping exercise follows these steps:

1. Select a product, customer journey or process family.
2. Establish start and end points.
3. Observe the actual process and interview participants.
4. Record activities in sequence, including rework and waiting.
5. Add decisions, systems, documents and hand-offs.
6. Measure processing time, waiting time, errors and queues where possible.
7. Mark bottlenecks, failure points and duplicated work.
8. Design a future-state process and test it with users.

Maps should be sufficiently detailed to support decisions but not so detailed that they become unreadable. A high-level map is useful for strategic alignment; a detailed map is useful for standard operating procedures and improvement projects.

5.3 Lead time and process performance

Lead time is the elapsed time between a defined start and finish. It may include processing, waiting, transport, inspection and approval time. A common mistake is to report only processing time and ignore queues.

A simple process efficiency indicator is:

The measure is meaningful only when value-adding time is defined consistently. It does not by itself prove that every non-value-adding activity should be eliminated; some inspections, legal checks and safety controls are necessary.

6. Order Qualifiers and Order Winners

Customers use different criteria when selecting suppliers. An order qualifier is a minimum requirement that must be met for a supplier to be considered. An order winner is the factor that causes the customer to choose one supplier over competitors.

For a supermarket supplier, food safety and basic delivery reliability may be qualifiers, while lower total cost or promotional flexibility may be an order winner. For a specialist medical-equipment supplier, regulatory compliance may be a qualifier, while technical support and dependable availability may win the order.

Criteria can change over time. Once most competitors provide next-day delivery, next-day delivery may become a qualifier rather than a differentiator. Managers should therefore review customer priorities and competitor capabilities regularly.

A useful analysis ranks each criterion as:

• minimum threshold;
• important but not decisive;
• order winner;
• low-priority or irrelevant.

The analysis should be based on customer evidence rather than internal assumptions. Sources include customer interviews, lost-order analysis, complaints, tender documents, market research and competitor benchmarking.

7. Selecting a Supply Chain Strategy

A practical selection process integrates customer, product and supply conditions.

Step 1: Segment products and customers

Group products according to demand volume, predictability, margin, life cycle, strategic importance and service requirement. Do not assume that every product should receive the same replenishment policy.

Step 2: Assess uncertainty

Examine demand variation, supply reliability, lead-time variation, quality risk, seasonality and disruption exposure.

Step 3: Identify competitive priorities

Determine whether customers primarily value price, quality, speed, dependability, flexibility, innovation, sustainability or a combination.

Step 4: Match capabilities to requirements

Select the necessary sourcing model, production approach, inventory position, transport design, technology and supplier relationship.

Step 5: Test trade-offs and resilience

Evaluate cost, service, risk, environmental impact and compliance. Stress-test the design against disruptions such as supplier failure, port closure, cyberattack, demand surge or extreme weather.

Step 6: Establish governance and measures

Assign ownership, define performance measures and create review mechanisms. A strategy without decision rights and measurement will not become operational practice.

8. Illustrative Case: Northstar Outdoor Equipment

Background

Northstar Outdoor Equipment is a fictional mid-sized company selling camping products through specialist retailers and an online store. Its product range includes stable-demand items such as tents and cooking sets, as well as seasonal products such as technical jackets and limited-edition equipment. The company sources materials from several countries and completes final assembly in one regional facility.

Problem

Northstar used one replenishment policy for all products. It purchased large batches to obtain lower unit prices and forecast seasonal demand six months in advance. The policy produced excess inventory of unpopular colours and sizes, while fast-selling products were frequently unavailable. Retailers complained about unreliable deliveries, and the online channel used expensive emergency transport.

Analysis

A value-chain review identified several causes:

• purchasing measured unit price rather than total cost;
• forecasts were not updated using current retail and online demand;
• product variety was introduced too early in the process;
• suppliers had limited visibility of revised demand;
• inventory was measured by value, not by service risk or product life cycle;
• the company had no formal distinction between order qualifiers and order winners.

Process mapping showed that colour-specific production occurred before demand became clear. This created an opportunity for postponement: standard components could be produced earlier, while final colour and packaging decisions could be delayed.

Approach and solution

Northstar segmented its portfolio into three groups. Stable basic products were assigned an efficient and lean replenishment model. Seasonal technical products were assigned a responsive model with shorter planning cycles and reserved production capacity. High-uncertainty limited editions were assigned an agile model using smaller batches, flexible suppliers and delayed final configuration.

The company then applied a SCOR-based review. Plan activities were revised to use weekly demand and inventory review. Source activities included supplier reliability and flexibility in addition to price. Make activities introduced postponement. Deliver activities established service targets for key retailers and online customers. Return activities were redesigned to recover value from unsold seasonal stock.

Performance measures included on-time delivery, stockout rate, excess inventory, forecast error, return recovery and total fulfilment cost. Supplier agreements included information-sharing expectations, quality requirements and contingency plans.

Outcome

In the illustrative scenario, Northstar reduced excess seasonal inventory and improved product availability without applying a costly rapid-delivery policy to every product. The main improvement did not come from one technology purchase. It came from segmentation, process visibility, revised measures and alignment between customer requirements and operating choices.

Learning points

1. One supply chain policy rarely fits every product.
2. Low purchase price can increase total system cost.
3. Postponement can balance efficiency with responsiveness.
4. Process mapping reveals delays and hand-offs that functional reports conceal.
5. Strategy must be supported by measures, supplier relationships and governance.

9. Technology, Sustainability and Governance

Digital technologies can strengthen supply chain strategy when they solve a defined business problem. Enterprise systems integrate transactions; warehouse and transport systems improve execution; sensors and Internet of Things devices can improve visibility; analytics can identify patterns and exceptions; artificial intelligence can support forecasting, routing and risk detection.

Technology does not automatically create agility. Poor data, unclear process ownership and incompatible systems may produce faster decisions based on unreliable information. AI-supported decisions require attention to data quality, bias, explainability, cybersecurity, human oversight and accountability. Sensitive supplier, employee and customer data must be protected.

Sustainability should be integrated into supply chain design rather than treated as a separate public-relations activity. Relevant considerations include emissions, energy, packaging, water, waste, labour conditions, human rights, responsible sourcing and product end-of-life. Managers should examine the full life cycle and avoid shifting environmental harm from one stage to another.

Governance includes legal compliance, product safety, customs requirements, competition law, anti-bribery controls, labour standards, data protection and accurate reporting. A supply chain may be operationally efficient but strategically unacceptable if it depends on forced labour, unsafe facilities, deceptive sustainability claims or unlawful data practices.

10. Challenges and Limitations

Supply chain frameworks are useful simplifications, not complete representations of reality. Several limitations should be recognised:

• Framework labels may conceal important differences among products and markets.
• Performance measures can encourage local optimisation or gaming.
• Forecasts remain uncertain even when analytical tools are sophisticated.
• Lean systems may be exposed when disruption risk is ignored.
• Agile systems can become expensive and administratively complex.
• Process maps may describe official procedures rather than actual work.
• SCOR terminology does not replace managerial judgement or industry knowledge.
• Sustainability indicators may be difficult to compare across suppliers.

Effective managers use frameworks to ask better questions, not to avoid judgement. They combine quantitative evidence with operational observation, customer input, supplier knowledge and scenario analysis.

Best-Practice Checklist

A professionally managed supply chain should:

• begin with customer and business requirements;
• segment products, customers and supply risks;
• align cost, service, speed, flexibility and resilience objectives;
• evaluate total cost rather than purchase price alone;
• map material, information and financial flows;
• use consistent, owned and auditable performance measures;
• collaborate with important suppliers and customers;
• review assumptions as markets and risks change;
• integrate sustainability, ethics, compliance and data governance;
• combine efficiency with appropriate resilience rather than pursuing either blindly.

Chapter Summary

Supply chain strategy converts business and customer requirements into capabilities, processes and decisions. Efficient supply chains focus on predictable demand and low total cost; responsive supply chains emphasise speed; agile supply chains cope with significant uncertainty; lean supply chains reduce waste and improve flow; and hybrid supply chains combine approaches across products, markets or stages.

Value-chain thinking examines how activities create customer value, incur cost and generate risk across organisational boundaries. The SCOR framework provides a common process language through Plan, Source, Make, Deliver, Return and Enable activities. Process mapping makes activities, information flows, delays, responsibilities and failure points visible. Order qualifiers define minimum requirements, while order winners explain why customers select a particular supplier.

Effective implementation requires segmentation, explicit trade-off analysis, reliable measures, governance, supplier collaboration and continuous review. Technology can improve visibility and decision-making, but it cannot compensate for poor data or weak processes. Supply chain decisions must also address sustainability, ethics, legal compliance, cybersecurity and resilience.

Key Terms

Supply chain strategy: A coordinated plan for using supply chain capabilities to support business and customer objectives.

Strategic alignment: The fit between business strategy, customer requirements and supply chain capabilities.

Efficient supply chain: A supply chain designed primarily to achieve dependable service at low total cost.

Responsive supply chain: A supply chain designed to react quickly to changing customer requirements.

Agile supply chain: A flexible supply chain capable of responding to substantial demand or supply uncertainty.

Lean supply chain: A supply chain focused on value creation, flow and elimination of waste.

Hybrid supply chain: A supply chain using different strategic approaches for different products, markets or stages.

Demand uncertainty: Uncertainty concerning the amount, timing or mix of customer demand.

Supply uncertainty: Uncertainty concerning supplier capability, availability, quality or delivery.

Postponement: Delaying final product configuration until better demand information is available.

Value chain: The linked activities through which an organisation and its partners create and deliver value.

SCOR: A reference framework for describing, analysing and improving supply chain processes.

Process mapping: The structured representation of activities, flows, decisions and responsibilities.

Lead time: Elapsed time between defined process start and finish points.

Order qualifier: A minimum criterion required for a supplier to be considered.

Order winner: A criterion that causes a customer to choose one supplier over competitors.

Total cost of ownership: The full cost of acquiring, using, managing and disposing of a product or service.

Supply chain resilience: The ability to prepare for, respond to and recover from disruption.

Supply chain governance: The structures, rules, responsibilities and controls used to direct supply chain activity.

Review Questions

5 Short Answer Questions

1. What is meant by strategic alignment in supply chain management?
2. State two characteristics of a lean supply chain.
3. What is the purpose of the SCOR framework?
4. Define an order qualifier and provide one example.
5. Why should material and information flows both be included in a process map?

5 Long Answer Questions

1. Explain the differences among efficient, responsive, agile, lean and hybrid supply chains, using suitable examples.
2. Describe how value-chain thinking can reveal opportunities for cost reduction and customer-value improvement.
3. Explain the major SCOR process categories and how an organisation could use them in an improvement project.
4. Discuss the importance of total cost of ownership when selecting suppliers.
5. Explain how sustainability, ethics and governance should influence supply chain strategy.

3 Analytical / Application Questions

1. A company sells low-cost standard products and highly seasonal customised products. Recommend a supply chain strategy for each category and justify your recommendations.
2. A warehouse has improved picking speed, but customer complaints about incomplete orders have increased. Use process mapping and SCOR thinking to analyse the problem and propose measures.
3. Choose a product or service familiar to you. Identify three order qualifiers, two possible order winners and the supply chain capabilities needed to achieve them.

Multiple Choice Questions with Answers

Question 1

Which statement best describes strategic alignment in supply chain management?

A. Using the same replenishment policy for every product

B. Matching supply chain capabilities with business and customer requirements

C. Selecting the supplier with the lowest quoted price

D. Maximising inventory regardless of service needs

Correct Answer: B. Matching supply chain capabilities with business and customer requirements

Question 2

Which supply chain orientation is most associated with predictable demand, standardisation and low total cost?

A. Efficient

B. Agile

C. Responsive

D. Emergency

Correct Answer: A. Efficient

Question 3

What is a principal objective of lean supply chain management?

A. Maximising product variety at every stage

B. Eliminating all inventory regardless of risk

C. Creating customer value while reducing waste

D. Using premium transport for every order

Correct Answer: C. Creating customer value while reducing waste

Question 4

In the SCOR framework, which process includes supplier purchasing and receipt of materials?

A. Plan

B. Source

C. Deliver

D. Return

Correct Answer: B. Source

Question 5

Which activity is most likely to be identified through process mapping?

A. A queue causing avoidable lead time

B. A company’s annual profit target only

C. A competitor’s advertising budget

D. A customer’s personal preference unrelated to the process

Correct Answer: A. A queue causing avoidable lead time

Question 6

An order qualifier is best defined as:

A. A feature that guarantees the highest profit

B. A minimum requirement for supplier consideration

C. A measure of warehouse utilisation

D. A legal penalty for late delivery

Correct Answer: B. A minimum requirement for supplier consideration

Question 7

A company delivers 920 of 1,000 orders on time. What is its on-time delivery rate?

A. 8%

B. 9.2%

C. 92%

D. 108.7%

Correct Answer: C. 92%

Question 8

Which strategy is especially suitable when both demand and supply are highly uncertain?

A. Agile

B. Purely lean

C. Fixed make-to-stock

D. Single-source efficiency

Correct Answer: A. Agile

Question 9

What is postponement?

A. Increasing batch size before receiving any forecast

B. Delaying final configuration until demand information improves

C. Eliminating customer communication

D. Moving all inventory to the supplier

Correct Answer: B. Delaying final configuration until demand information improves

Question 10

Which statement about supply chain technology is most accurate?

A. Technology automatically creates agility even with poor data

B. Technology is useful when it addresses a defined process or decision problem

C. Artificial intelligence removes the need for human accountability

D. Digital systems make governance and cybersecurity unnecessary

Correct Answer: B. Technology is useful when it addresses a defined process or decision problem