14. Catering Strategy, Innovation and Future Models

Introduction and Context

Catering has moved beyond the preparation and service of food. It is now a strategic activity involving market positioning, financial investment, technology adoption, supply-chain design, sustainability, customer experience and organizational change. Hotels, restaurants, institutional caterers, airlines, hospitals, event companies and food-service entrepreneurs operate in an environment characterized by fluctuating demand, labour shortages, digital intermediation, rising input costs, climate risk and changing nutritional expectations.

A catering operation may therefore be understood at two levels. At the operational level, it converts ingredients, labour, equipment and information into meals and experiences. At the strategic level, it decides which customers to serve, what value to offer, how to configure resources, how to earn returns and how to remain viable under uncertainty. Strategic catering management connects these two levels. A technologically advanced kitchen will not create value if it serves the wrong market, while a strong market opportunity may fail because the operation lacks capacity, skills or financial discipline.

This chapter examines the formulation and implementation of catering strategy. It combines competitive analysis, investment appraisal, resilience planning and change leadership with an evaluation of cloud kitchens, automation, robotics, alternative proteins and personalized nutrition. The central argument is that innovation should not be adopted because it is fashionable. It should be selected when it improves a clearly defined value proposition, strengthens operational capability, produces acceptable returns and remains responsible toward employees, customers and society.

Learning Objectives

After studying this chapter, the learner should be able to:

1. Explain the strategic character of modern catering operations.

2. Analyse markets, competitors, customers and internal capabilities.

3. Formulate a catering strategy using positioning, resource and business-model logic.

4. Apply investment appraisal methods to catering technology and facility decisions.

5. Design resilience and risk-management responses for catering operations.

6. Evaluate cloud kitchens, automation, robotics, alternative proteins and personalized nutrition.

7. Lead technological and organizational change ethically and effectively.

8. Make evidence-based recommendations in complex catering scenarios.

From Food Production to Strategic Value Creation

A catering strategy answers five connected questions: who is the target customer, what value is promised, how will that value be delivered, how will the operation earn or protect value, and what capabilities are required? The answers must be mutually consistent. A premium wellness restaurant cannot rely on an undifferentiated menu, unstable suppliers and poorly trained service staff. Similarly, a low-price delivery brand requires high throughput, disciplined portion control and a cost structure designed around volume.

The value proposition includes functional benefits such as taste, convenience, safety, nutrition and reliability, as well as emotional and symbolic benefits such as status, authenticity, hospitality and ethical consumption. In hospitality, value is co-created during the customer experience. Food quality alone does not determine perceived value; waiting time, digital ordering, ambience, staff interaction, packaging and recovery from service failure also matter.

A useful distinction is between operational efficiency and strategic effectiveness. Efficiency asks whether resources are used with minimum waste. Effectiveness asks whether the organization is doing the right things for its chosen market. A kitchen may achieve excellent labour productivity while producing a menu that customers no longer want. Strategy must therefore precede large-scale process optimization.

Diagnosing the Market and Competitive Position

Strategic analysis begins with the external environment. A PESTLE review considers political, economic, social, technological, legal and environmental influences. For example, food-labelling rules may affect menu design; inflation may change purchasing behaviour; delivery platforms may alter customer access; and climate events may disrupt the availability of key ingredients. PESTLE is not a prediction tool by itself. It is a disciplined method for identifying forces that could create opportunities or threats.

Industry structure can be examined using five competitive forces: rivalry among existing providers, threat of new entrants, bargaining power of suppliers, bargaining power of customers and threat of substitutes. Catering rivalry is often intense because customers can switch easily. Supplier power rises when a product is scarce, highly differentiated or controlled by a small number of vendors. Customer power increases when prices are transparent across digital platforms. Substitutes include home cooking, meal kits, convenience retail, workplace cafeterias and competing cuisines.

Internal analysis should identify resources and capabilities rather than merely list strengths. The resource-based view suggests that sustained advantage is more likely when resources are valuable, rare, difficult to imitate and supported by the organization. A respected culinary brand, proprietary demand data, a trusted supplier network or an unusually effective training system may create advantage. Equipment alone rarely does so because competitors can often purchase similar technology.

Segmentation should combine demographic, geographic, behavioural and psychographic variables. In catering, occasions are particularly important. The same person may seek speed on a weekday, indulgence during a celebration and nutritional control after a medical consultation. Useful segment data include order frequency, average spend, delivery radius, dietary requirements, booking lead time, menu preferences and sensitivity to price or sustainability claims.

The strategy can be summarized through a positioning statement: the target customer, the need being addressed, the distinctive offer and the reason the customer should believe the promise. Strategic choices should then be translated into measurable objectives, such as contribution margin, repeat purchase, food-waste reduction, delivery reliability, employee retention or customer satisfaction. A balanced scorecard can prevent excessive focus on financial results by linking financial, customer, internal-process and learning indicators.

Business Models and Strategic Choices

Catering businesses may compete through cost leadership, differentiation, focus or a combination appropriate to a particular segment. Cost leadership requires process standardization, purchasing discipline, menu engineering and high capacity utilization. Differentiation may be based on culinary creativity, provenance, service theatre, health outcomes, customization or social purpose. Focus concentrates resources on a defined segment, such as corporate wellness meals, halal banqueting or premium vegan cuisine.

The business model explains how the strategy operates economically. It includes the customer segments, channels, relationships, key resources, activities, partners, revenue streams and cost structure. A restaurant may generate revenue primarily from dine-in sales, while a hotel kitchen may support room service, banquets, staff meals and external events. Shared kitchens and central production can create economies of scope, but they may also increase coordination costs and reduce the sense of local identity.

Menu engineering connects customer popularity with financial contribution. Items can be classified according to contribution margin and sales volume, but decisions should also consider preparation complexity, equipment constraints, allergen risk, brand role and cross-selling effects. Removing a low-margin item may damage a high-margin meal if it acts as an important accompaniment. Strategic menu decisions therefore require more than ranking dishes by selling price.

Investment Appraisal for Catering Decisions

Catering innovation frequently requires investment in kitchen refurbishment, ordering platforms, cold-chain systems, robotics, energy equipment, data infrastructure or new production facilities. Capital decisions should be based on incremental cash flows, not enthusiasm for technology. Relevant cash flows include the initial investment, installation, training, maintenance, software subscriptions, labour effects, energy consumption, changes in working capital, salvage value and taxation where applicable.

The payback period measures how long it takes to recover the initial investment. It is simple and useful for liquidity discussions, but it ignores cash flows after payback and usually ignores the time value of money. Return on investment can support comparison but depends on accounting conventions. Net present value discounts future cash flows at a required rate of return and indicates whether an investment is expected to add financial value. Internal rate of return is the discount rate at which net present value equals zero. These measures should be interpreted together, particularly when projects have different lives or risk levels.

A practical appraisal process involves:

• defining the operational problem and the baseline;
• estimating demand and capacity effects;
• identifying all incremental costs and benefits;
• modelling optimistic, base and adverse scenarios;
• testing sensitivity to volume, price, labour cost and equipment uptime;
• considering non-financial benefits and risks;
• evaluating a pilot before full deployment.

For example, an automated portioning system may reduce waste and improve consistency but create software costs, training requirements and maintenance dependence. Its value is not simply the purchase price divided by expected labour savings. Management should ask whether the system supports the chosen strategy, whether staff can maintain it, whether data are secure and whether service quality improves.

Real-options thinking is useful under uncertainty. A pilot, modular installation or lease may preserve the option to expand, modify or abandon a project as evidence emerges. This is often preferable to a large irreversible investment in a rapidly changing technology market.

Resilience, Risk and Continuity

Resilience is the ability of a catering system to absorb disruption, continue critical functions and recover while learning from the event. It differs from efficiency. A highly lean operation may minimize inventory and suppliers but become fragile when a transport interruption occurs. Resilience requires deliberate capacity, visibility and adaptability.

A catering risk register should identify hazards, their likelihood, their potential impact, existing controls, responsible owners and response actions. Risks include food contamination, equipment failure, utility interruption, cyberattack, labour shortage, supplier insolvency, extreme weather, reputational damage and sudden demand changes. Business-impact analysis classifies processes according to the consequences of interruption. Critical processes may include refrigeration, allergen control, payment systems, production of special-diet meals and communication with customers.

Resilience strategies include dual sourcing, approved substitutes, safety stock for critical items, preventive maintenance, backup power, cross-training, documented standard operating procedures, emergency communication protocols and tested recovery plans. Digital systems should be backed up and access should follow the principle of least privilege. Crisis plans must identify who can make decisions when normal authority channels are unavailable.

Resilience is also relational. Strong relationships with suppliers, employees, local authorities, delivery partners and customers improve access to information and cooperation during disruption. After an incident, a learning review should distinguish immediate causes from systemic causes. Blaming an individual for a failure may conceal weaknesses in training, workload design or supervision.

Leading Strategic Change

Technology and new business models change jobs, routines, power relationships and professional identities. Change leadership is therefore a human as well as technical responsibility. A credible change process explains why change is necessary, what will change, what will remain stable and how employees will be supported.

Kotter’s change logic emphasizes urgency, a guiding coalition, a clear vision, communication, removal of barriers, short-term wins, consolidation and institutionalization. Lewin’s unfreezing–changing–refreezing model is simpler but useful for understanding the movement from established routines to new norms. In practice, change is rarely linear. Managers should treat implementation as a cycle of experimentation, feedback, adaptation and reinforcement.

Participation is especially important in kitchens because chefs, supervisors and service employees possess practical knowledge not always visible in management reports. Resistance may reflect fear of job loss, concern about quality, inadequate skills, loss of autonomy or previous failed initiatives. Leaders should distinguish legitimate operational concerns from resistance based on misinformation. Training, redesigned roles, fair performance measures and transparent consultation are essential.

A successful pilot should define the problem, baseline measures, test conditions, employee roles, customer safeguards and exit criteria. Celebrating only technology installation is a mistake; the meaningful outcome is improved value, safety, resilience or experience.

Cloud Kitchens and Platform-Based Catering

A cloud kitchen, also called a virtual or dark kitchen, prepares food primarily for delivery or collection without a conventional customer dining room. It may support one brand, several digital brands or a shared production model. Its strategic appeal lies in lower front-of-house costs, flexible geographic placement, data-rich ordering and the ability to test concepts quickly.

However, cloud kitchens depend heavily on delivery platforms, digital visibility and accurate demand forecasting. Commission charges can reduce margins, while customer ownership may remain with the platform rather than the food operator. Multiple virtual brands can create menu complexity and confuse the organization’s identity. Packaging, delivery time and temperature control become part of the product.

A sound evaluation should examine order density, delivery radius, platform dependency, kitchen throughput, packaging performance, customer acquisition cost, repeat purchase and contribution after commissions. Cloud kitchens are not automatically low-cost; rent, technology, dispatch coordination, marketing and failed deliveries may offset savings in dining-room expenses. Hybrid models combining a central kitchen with collection points, hotel outlets or event production may provide greater resilience.

Automation, Robotics and Artificial Intelligence

Automation includes equipment and software that perform or support repetitive tasks. Examples include automated ordering, inventory scanning, combi-oven programming, robotic frying or dispensing, conveyor systems, predictive maintenance and algorithmic demand forecasting. Robotics is a narrower category involving machines capable of physical movement or manipulation.

The strongest business cases usually involve repetitive, hazardous, physically demanding or highly standardized activities. Automation can improve consistency, traceability, throughput and workplace safety. It may also reduce dependence on scarce labour. Yet automation cannot replace the need for culinary judgment, hospitality, ethical reasoning and exception handling. A robotic system may execute a recipe consistently but fail to recognize an unusual ingredient, a damaged package or an emotionally distressed customer.

Artificial intelligence can support forecasting, menu recommendations, dynamic staffing, procurement alerts, sentiment analysis and personalization. Its outputs depend on data quality and assumptions. Historical data may reproduce bias, favour profitable customers over vulnerable groups or misread unusual events. Human review is required for consequential decisions involving allergens, medical diets, employment or pricing.

Cybersecurity and privacy are operational concerns. Systems should use secure authentication, software updates, access controls, supplier due diligence, incident response and appropriate retention of customer data. Automation should be assessed through total cost of ownership and service outcomes rather than novelty.

Alternative Proteins and Sustainable Innovation

Alternative proteins include plant-based products, fermentation-derived proteins and cultivated-meat concepts. They may help diversify menus, respond to environmental concerns and serve customers who reduce or avoid conventional animal products. Their strategic success depends on taste, texture, price, nutritional composition, availability, cultural acceptance and regulatory status.

Caterers should avoid treating all plant-based products as nutritionally or environmentally identical. Ingredient sourcing, processing intensity, packaging and transport affect the overall impact. Menu communication must be accurate and should not imply health or environmental superiority without evidence. Cross-contact controls are important where customers have allergies or where vegetarian, vegan or religious dietary requirements are promised.

A staged approach may begin with chef-led recipe development, blind sensory testing, cost and yield analysis, customer segmentation and a limited launch. Procurement teams should assess supplier reliability and product specifications. Alternative proteins can be used not only as direct substitutes but also in blended dishes that improve accessibility and manage cost.

Personalized Nutrition and Data-Enabled Catering

Personalized nutrition adapts food recommendations or meals to individual characteristics, preferences and goals. Inputs may include allergies, religious requirements, lifestyle, health objectives, biometric data or stated preferences. In hotels and institutional catering, personalization may improve satisfaction and inclusion; in healthcare settings, it may support medically prescribed diets under professional supervision.

Personalization exists on a continuum. Simple personalization uses customer-selected exclusions or portion sizes. Advanced systems may use recommendation algorithms, dietary profiles and wearable data. The more sensitive the data, the stronger the requirements for informed consent, purpose limitation, security and human oversight. A catering operator should not present generalized wellness advice as medical treatment.

Operationally, personalization increases complexity. Ingredient traceability, recipe version control, allergen management and staff communication become critical. The promise should match the system’s actual capability. A digital questionnaire that produces a recommendation without verified nutritional analysis creates a governance risk.

Illustrative Case: Repositioning Meridian Business Hotel Catering

Background

Meridian Business Hotel, a fictional 180-room property, operates an all-day restaurant, banquet kitchen, room service and staff cafeteria. Its occupancy is recovering unevenly, corporate banquets are volatile and delivery platforms have attracted some local demand. Food waste is high, skilled kitchen staff are difficult to retain and the hotel’s existing point-of-sale system does not integrate well with purchasing.

Situation and Problem

Senior management proposes investing in a fully robotic production kitchen and launching six virtual brands. The finance department is concerned about capital exposure, while chefs fear loss of professional roles. Customer research indicates demand for convenient breakfast, balanced business lunches and premium small-event catering, but there is no evidence that six brands would be viable.

Analysis

PESTLE analysis identifies labour scarcity, rising energy costs, data-protection obligations and greater interest in healthier meals. Competitor analysis shows that delivery competition is strong at low prices, but few providers offer reliable corporate lunch subscriptions. Internal analysis reveals strong banquet capability, experienced pastry staff and a trusted hotel brand, but weak demand forecasting and fragmented purchasing.

A preliminary investment model shows that full robotics has a long and uncertain payback because volume is insufficient. A smaller investment in integrated forecasting, digital purchasing, batch cooking controls, energy monitoring and semi-automated portioning has a lower risk profile. Scenario testing shows that the proposed corporate subscription remains viable even if delivery volume is below forecast, provided menus are limited and production is scheduled in batches.

Strategy and Implementation

The hotel selects a focused strategy: “reliable, nutritionally balanced business catering for offices and small events.” It launches one delivery identity rather than six virtual brands. A twelve-week pilot serves a limited radius and uses pre-order cut-off times to improve forecasting. The kitchen introduces a four-week rotating menu, standardized recipes, allergen-coded production sheets and reusable transport crates for selected corporate accounts.

Technology is introduced in stages. Forecasting software uses historical orders and confirmed bookings; inventory data are integrated with purchasing; semi-automated equipment is installed only where it reduces repetitive work. Chefs participate in recipe testing and are retrained as menu developers and quality supervisors. A change team includes the executive chef, finance manager, purchasing officer, HR representative and two kitchen employees.

Outcome

In the illustrative scenario, the pilot improves production predictability, reduces emergency purchasing and creates a new corporate customer segment. The hotel does not eliminate culinary positions; instead, roles shift toward planning, quality control, customer communication and product development. Management postpones full robotics until sufficient evidence exists regarding volume and maintenance support.

Learning Points

The case demonstrates that strategy should define technology rather than the reverse. A focused segment is more manageable than premature brand proliferation. Incremental investment preserves flexibility, while employee participation improves implementation quality. Financial returns, customer value, operational resilience and professional development must be assessed together.

Challenges, Governance and Professional Responsibility

Strategic catering decisions involve tensions that cannot be solved by financial analysis alone. Automation may improve safety but displace tasks. Personalization may increase relevance but expose sensitive data. Platform delivery may expand market reach but transfer bargaining power away from the caterer. Alternative proteins may support menu diversity but raise questions about processing, labelling and cultural acceptance.

Governance should assign responsibility for food safety, data protection, algorithmic decisions, supplier standards and customer communication. Claims about health, sustainability, local sourcing or ethical production must be evidence-based. Allergen information must be accurate, visible and supported by process controls. Religious and cultural dietary commitments should be treated as operational requirements, not merely marketing language.

Common strategic mistakes include copying competitors without understanding economics, measuring revenue without contribution margin, assuming that technology automatically reduces labour, ignoring maintenance and training, over-customizing menus, relying on one platform or supplier, and treating resilience as excess inventory alone. Another frequent error is implementing a system before defining the decision it is meant to improve.

Emerging Directions and Best Practices

Future catering models are likely to combine physical hospitality with digital convenience. Central production may support multiple outlets, while data systems enable more accurate purchasing and targeted offers. Modular kitchens, subscription catering, micro-fulfilment, low-waste menus and circular approaches to packaging may expand where demand density supports them. Energy management, electrification and transparent supply-chain information will become more strategically significant.

Best practice is to:

• begin with customer and operational problems rather than technologies;
• align market positioning, menu design, capacity and financial logic;
• evaluate investments using cash flow, risk and strategic fit;
• pilot innovations with explicit measures and exit criteria;
• involve employees and protect meaningful professional roles;
• maintain strong food-safety, allergen and data governance;
• build supplier diversity and continuity arrangements;
• review performance through financial, customer, process and learning indicators;
• treat sustainability and resilience as design principles rather than promotional claims.

Chapter Summary

Catering strategy integrates market understanding, competitive positioning, resources, financial decisions, operations and leadership. Effective strategy begins by identifying a target customer and a credible value proposition, then aligning menus, channels, capabilities and economics. PESTLE, competitive-forces analysis, resource-based thinking, segmentation, menu engineering and balanced performance measures help managers make coherent choices.

Investment appraisal should consider incremental cash flows, risk, sensitivity, non-financial benefits and the option to scale or abandon. Resilience requires continuity planning, supplier diversity, cross-training, maintenance, data security and organizational learning. Cloud kitchens can provide flexibility but may create platform dependence and operational complexity. Automation and AI offer consistency and analytical support, yet require human oversight, training and cybersecurity. Alternative proteins and personalized nutrition create opportunities for inclusion and innovation, while also raising issues of evidence, regulation, allergens, privacy and sustainability. Responsible change leadership ensures that innovation strengthens both organizational performance and professional practice.

Key Terms

Strategic catering: The deliberate alignment of market choices, resources and operations to create sustainable catering value.

Value proposition: The specific benefits a catering operation promises to a defined customer group.

PESTLE analysis: A framework for examining political, economic, social, technological, legal and environmental influences.

Competitive forces: Industry pressures arising from rivalry, entrants, suppliers, customers and substitutes.

Resource-based view: A perspective explaining advantage through valuable, rare, difficult-to-imitate and organizationally supported resources.

Segmentation: The division of a market into groups with meaningful differences in needs or behaviour.

Positioning: The intended place of an offering in the customer’s perception relative to alternatives.

Menu engineering: Analysis of menu items using sales, contribution, complexity and strategic role.

Contribution margin: Sales revenue remaining after variable costs attributable to an item or service.

Net present value: The present value of future cash flows minus the initial investment.

Real option: The managerial value of retaining flexibility to expand, modify or abandon an investment.

Resilience: The capacity to absorb disruption, continue essential activity and recover effectively.

Cloud kitchen: A food-production facility designed mainly for delivery or collection rather than dine-in service.

Automation: The use of technology to perform or support tasks with limited direct human intervention.

Robotics: The use of programmable machines capable of physical movement or manipulation.

Alternative protein: Protein derived from non-traditional animal sources, including plants, fermentation or cultivation.

Personalized nutrition: Adaptation of food recommendations or meals to individual characteristics and goals.

Change leadership: The process of guiding people and systems through intentional organizational change.

Business continuity: Planned arrangements for maintaining critical operations during disruption.

Total cost of ownership: The full lifecycle cost of acquiring, operating, maintaining and retiring an asset or system.

Review Questions

Short Answer Questions

1. What is the difference between operational efficiency and strategic effectiveness in catering?

2. What factors are examined in a PESTLE analysis?

3. Why is payback period insufficient as the sole measure of an investment?

4. Define a cloud kitchen and identify one strategic advantage.

5. Why is human oversight necessary when AI is used for personalized nutrition?

Long Answer Questions

1. Explain how market segmentation, positioning and resource capability combine to formulate a catering strategy.

2. Discuss the use of net present value, scenario analysis and real-options thinking in catering investment decisions.

3. Analyse the principal components of a resilient catering operation.

4. Evaluate the strategic benefits and limitations of automation and robotics in professional catering.

5. Discuss the ethical, operational and commercial issues associated with personalized nutrition and alternative proteins.

Analytical / Application Questions

1. A hotel is considering a cloud kitchen with four virtual brands. Develop an analysis covering market demand, platform dependence, capacity, contribution margin, risks and pilot design.

2. A hospital caterer wants to introduce AI-generated dietary recommendations. Identify the data, food-safety, professional, privacy and governance controls required before implementation.

3. Design a change and investment plan for a restaurant that wants to introduce semi-automated production while preserving culinary quality and employee commitment.

22. Multiple Choice Questions with Answers

Question 1

Which statement best describes strategic effectiveness in catering?

A. Producing the maximum number of meals regardless of customer demand

B. Using resources efficiently while serving a suitable market with a credible value proposition

C. Reducing labour costs through automation in every department

D. Increasing menu size to offer every possible customer choice

Correct Answer: B. Using resources efficiently while serving a suitable market with a credible value proposition

Question 2

A catering operation has strong brand reputation and proprietary customer data, but competitors can easily purchase the same ovens. Which resource is more likely to provide sustained advantage?

A. The standard ovens

B. The building lease

C. The integrated brand and customer-data capability

D. The menu printing equipment

Correct Answer: C. The integrated brand and customer-data capability

Question 3

Why should a cloud kitchen evaluate contribution after platform commissions?

A. Platforms determine food-safety standards

B. Gross sales may conceal the variable cost of acquiring and fulfilling orders

C. Cloud kitchens do not incur fixed costs

D. Commissions are always lower than dine-in costs

Correct Answer: B. Gross sales may conceal the variable cost of acquiring and fulfilling orders

Question 4

Which investment appraisal method explicitly discounts future cash flows?

A. Payback period

B. Menu engineering

C. Net present value

D. Sales volume analysis

Correct Answer: C. Net present value

Question 5

A caterer installs a robotic system before defining the operational problem it should solve. What is the most likely strategic error?

A. Using too much customer segmentation

B. Allowing technology to drive strategy rather than support it

C. Overemphasizing supplier diversity

D. Applying real-options thinking

Correct Answer: B. Allowing technology to drive strategy rather than support it

Question 6

Which measure most directly strengthens resilience against a single supplier failure?

A. Increasing menu complexity

B. Using approved alternative suppliers and substitute specifications

C. Removing preventive maintenance

D. Relying exclusively on just-in-time purchasing

Correct Answer: B. Using approved alternative suppliers and substitute specifications

Question 7

In a change programme, employee participation is valuable primarily because it

A. eliminates the need for financial appraisal

B. ensures that practical knowledge and implementation concerns are considered

C. guarantees that no jobs will change

D. allows management to avoid setting performance measures

Correct Answer: B. ensures that practical knowledge and implementation concerns are considered

Question 8

Which issue is especially important when introducing personalized nutrition?

A. Avoiding all menu standardization

B. Protecting sensitive data and verifying nutritional and allergen information

C. Using the largest possible number of ingredients

D. Replacing professional judgment with an algorithm

Correct Answer: B. Protecting sensitive data and verifying nutritional and allergen information

Question 9

A hotel tests semi-automated portioning for twelve weeks before making a larger investment. This approach primarily demonstrates

A. real-options thinking and staged implementation

B. cost leadership without market analysis

C. elimination of business continuity planning

D. uncontrolled menu diversification

Correct Answer: A. real-options thinking and staged implementation

Question 10

Which is the most appropriate strategic approach to alternative proteins?

A. Assume all alternative proteins have identical nutritional and environmental effects

B. Launch them without sensory or cost testing

C. Assess taste, nutrition, price, supply, regulation and customer acceptance

D. Market them as medical treatments

Correct Answer: C. Assess taste, nutrition, price, supply, regulation and customer acceptance