atuahene gima1
Transcript of atuahene gima1
Kwaku Atuahene-Gima
Resolving the Capability–RigidityParadox in New Product Innovation
Managers face an important strategic dilemma in product innovation: how to exploit existing product innovationcompetencies (competence exploitation) while avoiding their dysfunctional rigidity effects by renewing and replac-ing them with entirely new competencies (competence exploration). Although the resolution of what is termed the“capability–rigidity paradox” is considered a fundamental managerial task in enhancing product innovation out-comes and the firm’s competitive advantage, it has received little research attention. The author argues and findssupport that market orientation provides a key to this paradox. Specifically, customer and competitor orientationsensure simultaneous investments in exploiting existing product innovation competencies and exploring new ones.The author also finds that the effects of these orientations on competence exploitation and exploration are differ-entially moderated by interfunctional coordination and perceived market opportunity. Regarding outcomes, compe-tence exploitation and exploration have opposing relationships with incremental and radical innovation perfor-mance. However, the relationship between competence exploration and radical innovation performance ispositively moderated by interfunctional coordination. Overall, the results of this study suggest that market orienta-tion can prevent a firm from becoming operationally efficient but strategically inefficient by simultaneously engen-dering competence exploitation and exploration, which are differentially related to incremental and radical productinnovation outcomes.
Kwaku Atuahene-Gima is Professor of Marketing and Innovation Manage-ment, China Europe International Business School (CEIBS) in Shanghai(e-mail: [email protected]). The author thanks the three anonymous JMreviewers for their constructive feedback. Previous versions of this articlealso benefited from comments and suggestions by Namwoon Kim, StanSlater, Ian Wilkinson, and Rajan Varadarajan. The article also benefitedfrom presentations at the Center for Innovation Management and Organi-zational Change, Department of Management, City University of HongKong, and at the 2004 annual meeting of the Academy of ManagementConference in New Orleans. The author thanks Liang Xiangfen, GuoqingGuo, and Victor Lee for their assistance in developing the instrument andcollecting the data and Ziguang Chen for assisting in analysis of the data.The work described in this article was fully supported by a grant from theResearch Grants Council of the Hong Kong Special AdministrativeRegion, China (No. CityU 1121/02H).
1In line with other researchers (e.g., Danneels 2002; Day 1994;Grant 1996; Henderson and Cockburn 1994), I use the word “com-petence” interchangeably with ”capability.”
In the development of new products, firms face an impor-tant strategic dilemma: Exploiting existing competenciesmay provide short-term success, but competence
exploitation can become a hindrance to the firm’s long-termviability by stifling the exploration of new competenciesand the development of radical innovations (Levinthal andMarch 1993; March 1991). Although many firms are adeptat exploiting existing capabilities, they appear to falter insimultaneously developing new ones (Dougherty 1992;O’Reilly and Tushman 2004). Leonard-Barton (1992) aptlyterms this phenomenon the “capability–rigidity paradox.”1
Many business observers (e.g., Abell 1999; Williamson1999) view the resolution of this paradox as perhaps thetoughest managerial challenge in sustaining a firm’s com-
petitive advantage. Although the literature is replete withwarnings about the dire consequences for firms unable toresolve this paradox, to date, attempts to find a solutionhave been limited to anecdotal reports (e.g., Abell 1999)and a few case studies (e.g., Danneels 2002; Dougherty1992; Leonard-Barton 1992).
This study attempts to resolve this paradox and, indoing so, addresses four research gaps in the extant market-ing literature. First, the essence of the capability–rigidityparadox is that competence exploitation tends to crowd outcompetence exploration (Leonard-Barton 1992). Thus, thekey to the paradox may be organizational factors that canensure simultaneous investments in both the exploitation ofexisting product innovation capabilities and the explorationof new ones. The firm’s market orientation appears to besuch a factor because scholars (e.g., Day 1994, p. 41; Hur-ley and Hult 1998, p. 47) posit that market orientation is aprecursor to capability building. Reports of how DuPontovercame its problems in developing radical innovations(BusinessWeek 2003b, p. 103), Woolworth’s renewed abilityto respond to upstart competitors such as Wal-Mart(Williamson 1999, pp. 119–20), and Hewlett-Packard’sleadership position in the printer business (BusinessWeek2003a) appear to concur with this proposition. In each case,the firm’s resource allocations to exploit existing capabili-ties and to develop new ones were affected substantially byits knowledge of current and future customers andcompetitors.
Second, despite market orientation’s potential to unlockone of the most intriguing managerial dilemmas in productinnovation, previous studies have examined its effect on thefirm’s innovation performance with little attention to thepossible mediation by product innovation competenceexploitation and exploration (e.g., Atuahene-Gima 1995,1996; Baker and Sinkula 1999; Lukas and Ferrell 2000). In
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related research, Noble, Sinha, and Kumar (2002) find thatexploitation mediates the link between competitor orienta-tion and firm performance, and Han, Kim, and Srivastava(1998) show that innovativeness mediates the link betweencustomer orientation and performance but not betweencompetitor orientation or interfunctional coordination andperformance. However, these studies did not examineexploitation and exploration simultaneously. Noble, Sinha,and Kumar (2002, pp. 35–36) argue that high-performingfirms not only gather market intelligence but also translateknowledge into learning and insightful strategic actions.Thus, they speculate that because exploration is a moreactive process involving programmatic discovery of newresources and technologies, it may play a more importantrole than exploitation in the transition of customer and com-petitor orientations to firm performance. With a focus onproduct innovation, in this study, I highlight the previouslyoverlooked differential mediating roles of competenceexploitation and exploration because findings could providesupport for the central role that marketing theory ascribes toinnovation capabilities in the link between market orienta-tion and innovation performance (Day 1994; Hurley andHult 1998). For managers, support for a full or partial medi-ation will provide evidence of the differential power of thefacets of market orientation on innovation competencies,thus ensuring better resource allocation decisions.
Third, resolving the capability–rigidity paradox alsorequires insights into why firms that have analogous cus-tomer and competitor knowledge exhibit differential capac-ities for competence exploitation and exploration. Grant(1996, p. 380) notes that the source of competitive advan-tage is how knowledge is coordinated and integrated amongfunctional units rather than knowledge itself. This observa-tion implies the need to examine the moderating role of thefirm’s coordination mechanisms in its use of customer andcompetitor knowledge. Although interfunctional coordina-tion is a key knowledge integration mechanism (Gatignonand Xuereb 1997), few studies examine how it facilitatesthe effects of customer and competitor orientations on thefirm’s product innovation competencies.
Relatedly, Day (1994) observes that managers’ mentalmodels provide a shared ideology that enables collectiveinterpretation of market reality, and thus these models playa key role in managerial decisions about capabilityenhancement and renewal. This insight resonates withresearch showing that managers are more willing to investresources in new strategic initiatives when the market situa-tion is interpreted as an opportunity rather than as a threat(Dutton and Jackson 1987; White, Varadarajan, and Dacin2003). Despite its salience, no studies report on how man-agers’ interpretations of the market situation influence theirdecisions on product innovation competencies. I contendthat the differential ability of firms to transform analogouscustomer and competitor knowledge into product innova-tion competencies lies in their differential interfunctionalcoordination abilities and in the interpretation of the marketsituation as an opportunity rather than as a threat (i.e., per-ceived market opportunity).
Fourth, competence exploitation and exploration arebelieved to have direct but opposing and interactive rela-
tionships with incremental and radical innovations (seeLevinthal and March 1993; March 1991). Thus, a search fora solution to the capability–rigidity paradox necessarilyrequires the determination of whether by enhancing incre-mental innovations competence exploitation crowds outcompetence exploration and inhibits radical innovations(Leonard-Barton 1992). More important, the interactiveeffect of competence exploitation and exploration deter-mines the nature of their balance, which ensures the firm’ssimultaneous pursuit of incremental and radical innova-tions. In addressing this research gap, I also note thatresearchers in both marketing (e.g., Day and Wensley 1988,p. 7; Gatignon and Xuereb 1997) and strategy (e.g., Grant1996; Henderson and Cockburn 1994) observe that superiorresources are converted into positional advantages throughthe firm’s knowledge integration processes. Thus, I suggestthat interfunctional coordination not only transforms cus-tomer and competitor orientations into product innovationcapabilities but also plays the dual role of integrating inno-vation capabilities to facilitate incremental and radical inno-vations. Figure 1 presents the conceptual model I tested toaddress the previously identified research gaps.
Theory DevelopmentSuccessful product innovation demands that a firm mustexploit its existing competencies while trying to avoid theirdysfunctional rigidity effects by renewing and replacingthem with entirely new ones (Leonard-Barton 1992). Acompetence or capability refers to the knowledge, skills,and related routines that constitute a firm’s ability to createand deliver superior customer value (Day 1994, p. 38).Thus, it reflects behavior processes that engender proce-dural knowledge or skill (i.e., knowing how to do some-thing) (Kogut and Zander 1992). This definition reflects thenotion that competencies are developed through pathdependent learning processes (Henderson and Cockburn1994). In this study, competence exploitation refers to thetendency of a firm to invest resources to refine and extendits existing product innovation knowledge, skills, and pro-cesses. Its aims are greater efficiency and reliability ofexisting innovation activities. In contrast, competenceexploration refers to the tendency of a firm to investresources to acquire entirely new knowledge, skills, andprocesses. Its objective is to attain flexibility and novelty inproduct innovation through increased variation and experi-mentation. This distinction draws on March’s (1991, p. 85)view of exploitation as “the refinement and extension ofexisting competencies, technologies, and paradigms” andexploration as “experimentation with new alternatives thathave returns that are uncertain, distant, and often negative.”Exploitation and exploration reflect an organizational atti-tude that manifests in investment decisions (Chandy andTellis 1998, p. 477). Because the benefits of exploration aredistant and uncertain, managers tend to put more resourcesinto exploitation than into exploration (March 1991). Thus,the key to the capability–rigidity paradox may be factorsthat can prevent exploitation from crowding out explorationso that the firm can develop incremental and radical innova-tions simultaneously. The resource-based view (RBV) of
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Notes: For the sake of clarity, I do not include the interaction effects of competence exploitation and exploration on incremental and radicalinnovation performance.
FIGURE 1Conceptual Model of the Relationships Among Market Orientation, Product Innovation Competencies,
and Innovation Performance
Customer Orientation
Competitor Orientation
Perceived market opportunity
Competence exploitation
Incremental innovation
performance
Radical innovation
performance
Competence exploration
Interfunctional coordination
Control Variables•Firm size•Organizational slack•Behavior control•Output control•Product development alliance•Environmental turbulence•Market launch capability
Denotes relationships supported in this study
Denotes relationships not supported in this study
the firm and marketing theory suggest that the componentsof market orientation play this role.
Effects of Customer and Competitor Orientationson Product Innovation Competence
The first component of market orientation, customer orien-tation, involves generating information about current andfuture customers and disseminating and using it within thefirm. The second, competitor orientation, refers to generat-ing information about current and future competitors anddisseminating and using it within the firm (Jaworski andKohli 1993; Narver and Slater 1990). The RBV argues thatthe performance differences among firms result fromknowledge resources that can be used to create idiosyn-cratic, inimitable internal capabilities (Amit and Schoe-maker 1993; Barney 1991). Managers exercise discretionover the use of firm resources by making decisions to con-
vert them into superior products and services (Penrose1959). Thus, Kogut and Zander (1992, p. 384) note that “thetheoretical challenge is to understand the knowledge base ofthe firm as leading to a set of capabilities that enhance thechances of growth and survival.” Therefore, according tothe RBV, competitive advantage results not from the merepossession and control of rare and valuable resources butrather from the idiosyncratic internal competencies bywhich a firm translates its resources into superior customervalue (Amit and Schoemaker 1993; Barney 1991). Suchinternal competencies sustain competitive advantagebecause they are difficult for competitors to imitate (Reedand DeFillippi 1990).
Market knowledge is a resource with which managerscan uncover current capability deficiencies in the firm andemerging market opportunities that may require the devel-opment of new capabilities. Thus, the RBV scholars affirm
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that a firm’s internal capabilities are a function of its inter-actions with the market, the opportunities available to it,and the limitations of its current capabilities (Schroeder,Bates, and Junttila 2002, p. 106). For this reason, Cockburn,Henderson, and Stern (2000) observe that managers aresensitive to environmental cues such that the origins of thefirm’s competitive advantage may lie in their ability toinvest in appropriate internal competencies in response tothose cues. Barney and Zajac (1994, p. 6) echo this view,noting that “as firms learn how to overcome specific com-petitive challenges, they develop potentially valuableresources and capabilities.” Levinthal and Myatt (1994, p.46) also explain that how a firm’s capabilities evolve is inti-mately linked with its knowledge about how the competi-tive markets it serves evolve.
Marketing theory coincides with these tenets of theRBV. For example, Day’s (1994, p. 41) thesis on capabili-ties of market-driven firms posits that the superior market-sensing capabilities of firms “inform and guide both span-ning and inside-out capabilities,” such as productdevelopment capabilities. Several other studies note thatmarket orientation plays a role in building firm capabilitiesfor innovation (Atuahene-Gima and Ko 2001; Hurley andHult 1998; Slater and Narver 1995; Sorescu, Chandy, andPrabhu 2003) and for dealing with economic crisis (Grewaland Tansuhaj 2001). Some scholars suggest that a focus oncurrent market conditions could lead a firm into a “compe-tency trap” by diverting attention away from emerging cus-tomers and competitors (Christensen and Bower 1996).However, Barnett, Greve, and Park (1994, p. 12) argue thatan awareness of changing market conditions “can causecurrent practices in the organization to be considered inade-quate. Hence, a firm that faces competition is more likely torefine current routines or to make innovations” (emphasisadded). In particular, market-oriented firms not onlyrespond to current market conditions but also anticipatefuture market conditions (Chandy and Tellis 1998; Day1994; Kohli and Jaworski 1990; Slater and Narver 1995).With deeper knowledge of the current and future customersand competitors, managers become dissatisfied with theinadequacies of current capabilities, which results in invest-ments in new capabilities (Huff, Huff, and Thomas 1992)and insightful strategic change (Noble, Sinha, and Kumar2002, p. 35). In brief, both the RBV and marketing theoryindicate that a firm cannot exploit its existing innovationcapabilities or develop new ones without knowledge ofmarket conditions. Thus:
H1: Customer orientation is positively related to (a) compe-tence exploitation and (b) competence exploration.
H2: Competitor orientation is positively related to (a) compe-tence exploitation and (b) competence exploration.
The moderating role of interfunctional coordination.This construct refers to the degree to which the functionalunits in the firm interact, communicate, and coordinate withone another to collect and use market information (Jaworskiand Kohli 1993; Narver and Slater 1990). Knowledge hasattributes (e.g., complexity, tacitness) that make it difficultto create and transfer it within the firm (Galunic and Rodan
1998; Kogut and Zander 1992; Szulanski 1996). Thus,Grant (1996) and other researchers (e.g., Zahra, Ireland, andHitt 2000; Zahra and Nielson 2002) note that the conversionof knowledge into value-creating processes depends on thefirm’s knowledge integration mechanisms. Interfunctionalcoordination enables firms to synthesize, integrate, andapply current and newly acquired external knowledge (Hen-derson and Cockburn 1994; Kogut and Zander 1992). Mar-keting scholars acknowledge the internal stickiness of mar-ket knowledge and highlight the integrative role ofinterfunctional coordination (Day 1994, p. 44; Olson,Walker, and Ruekert 1995). Building on this literature, Isuggest that interfunctional coordination moderates theeffects of customer and competitor orientations on productinnovation competencies for two reasons. First, it results inlateral communication that deepens knowledge flows acrossfunctional boundaries. By enhancing efficient knowledgeexchange, it ensures that the firm generates new and broad-ened insights from market knowledge through constantreinterpretation of each functional perspective (Grant 1996;Kohli and Jaworski 1990). Second, interfunctional coordi-nation builds trust among different functional units, creatingconditions for harnessing the diverse functional perspec-tives in the use of market information (Jaworski and Kohli1993; Narver and Slater 1990). This permits a critical, unbi-ased assessment of the firm’s product innovation competen-cies and enables the cross-fertilization of ideas that ensurebetter decisions about refining existing competencies anddeveloping new ones (Zahra, Ireland, and Hitt 2000).
H3: The positive effect of customer orientation on (a) compe-tence exploitation and (b) competence exploration isstronger when interfunctional coordination is high thanwhen it is low.
H4: The positive effect of competitor orientation on (a) com-petence exploitation and (b) competence exploration isstronger when interfunctional coordination is high thanwhen it is low.
The moderating role of perceived market opportunity.This construct refers to the tendency of managers to inter-pret a market situation as having positive rather than nega-tive implications for the firm, as representing a potentialgain rather than loss, and as being controllable rather thanuncontrollable. Opportunities and threats are the mentalschemata that commonly underlie managers’ interpretationsof the market environment. Dutton and Jackson (1987, p.80, emphases in original) describe a threat as a “negativesituation in which loss is likely and over which one has rel-atively little control,” and an opportunity as a “positive situ-ation in which gain is likely and over which one has a fairamount of control.” Because a market situation typicallyinvolves both threats and opportunities, it is often definedby the three continua: positive–negative, gain–loss, andcontrollable–uncontrollable (Thomas, Clark, and Gioia1993); these are reflected in the preceding definition of per-ceived market opportunity.
Mental models shape managerial interpretations of amarket situation, thereby significantly influencing how afirm’s market orientation affects the development and use ofits capabilities (Day 1994, p. 43). Managers who perceive
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threats rather than opportunities in the market tend tobecome risk averse and respond to market events by focus-ing on current domains in which they perceive greater con-trol in order to improve efficiency and reliability of opera-tions (Thomas, Clark, and Gioia 1993). In contrast,managers who perceive market opportunities engage inactions that involve greater risk and resource commitments(Dutton and Jackson 1987). It follows that perceived marketopportunity is more likely to enhance competence explo-ration than competence exploitation. In addition, perceivedmarket opportunity is more likely to amplify the positiveeffect of customer and competitor orientations on compe-tence exploration than on competence exploitation. Thelogic is that such a mental model imbues managers withgreater boldness and proactiveness, thus encouraging amore critical assessment of the efficacy of the firm’s currentcompetencies. Interpretation of a market situation as anopportunity also helps engender greater support in the firmfor initiatives to overcome its competence deficiencies totake advantage of the opportunity discovered (White,Varadarajan, and Dacin 2003).
H5: The positive effect of customer orientation (a) on compe-tence exploitation is weaker when the perceived marketopportunity is high than when it is low and (b) on compe-tence exploration is stronger when the perceived marketopportunity is high than when it is low.
H6: The positive effect of competitor orientation (a) on com-petence exploitation is weaker when the perceived marketopportunity is high than when it is low and (b) on compe-tence exploration is stronger when the perceived marketopportunity is high than when it is low.
Effects of Competence Exploitation andExploration on Innovation Performance
Resolving the capability–rigidity paradox also requires anassessment of the effects of the firm’s product innovationcompetencies on its performance in incremental and radicalinnovations (Dougherty 1992; Leonard-Barton 1992). Per-formance refers to the number of new product innovationsintroduced by the firm, percentage of sales of new productinnovations, and the relative frequency of introducing inno-vations compared with competitors. Incremental innova-tions are product improvements and line extensions that areusually aimed at satisfying the needs of existing customers.They involve small changes in technology and little devia-tion from the current product-market experiences of thefirm. In contrast, radical innovations involve fundamentalchanges in technology for the firm, typically address theneeds of emerging customers, are new to the firm and/orindustry, and offer substantial new benefits to customers(Chandy and Tellis 1998). Exploiting existing competenciesincreases efficiency and productivity through the search forand use of solutions to customer problems in the neighbor-hood of the firm’s current experience (March 1991). Thus,competence exploitation increases incremental innovationsand may hinder radical innovations because it focuses atten-tion on variety reduction and productivity improvements inexisting products (Christensen and Bower 1996; Danneels2002). Competence exploration involves experimentationthat focuses on emerging markets and technologies for
ideas to produce radical rather than incremental innovationsthat offer entirely new value for customers. Leonard-Barton(1992) finds that current competencies lead to new productprojects that align with those competencies and hinderthose lacking such alignment.
H7: Competence exploitation is (a) positively related to incre-mental innovation performance and (b) negatively relatedto radical innovation performance.
H8: Competence exploration is (a) negatively related to incre-mental innovation performance and (b) positively relatedto radical innovation performance.
March (1991) argues for a balance between exploitationand exploration tendencies, cautioning that a firm that is toooriented toward exploitation is likely to suffer because of alack of novel ideas. Similarly, a firm that is too orientedtoward exploration suffers the costs of experimentationwithout gaining many of its benefits because it exhibits toomany new and risky ideas and little refinement of its exist-ing competencies. This notion of balance reflects the RBVtenet that competitive advantage is a function of the uniquebundling of heterogeneous resources and capabilities thatincreases the complexity and ambiguity of organizationalactions (Amit and Schoemaker 1993; Barney 1991). Forexample, according to Reed and DeFillippi (1990, p. 93,emphasis added), “ambiguity may be derived from the com-plexity of skills and/or resource interactions within compe-tencies and from interaction between competencies.” Fromthis perspective, the interaction between competenceexploitation and exploration reflects a complex capabilitywhose value exists only in their relationship (Colbert 2004).Although each of competence exploitation and explorationmay affect a firm’s innovation performance, their interrela-tionship provides an additional source of competitiveadvantage beyond those provided by each one individually(see Colbert 2004, p. 349). This notion of balance is ofteninterpreted as implying that firms need to combine highexploitation with high exploration to achieve superior per-formance. However, this overlooks March’s (1991) cautionthat both exploitation and exploration have inherent limita-tions. Indeed, exploitation and exploration thrive under dif-ferent organizational conditions, which makes their combi-nation difficult (O’Reilly and Tushman 2004).
Thus, Nerkar (2003) argues that the notion of balancecould also imply that a high (low) exploitation needs to becoupled with a low (high) exploration to enhance firm per-formance. Too much exploration could be costly becausethe firm may move from one new idea to the next withoutexploiting prior learning and experience (Levinthal andMarch 1993; March 1991). In addition, novel products maybe underdeveloped, and their fit with customer needs maybe unknown. A dose of exploitation tempers these potentialexcesses of exploration by helping the firm evaluate andassimilate new ideas more effectively (Danneels 2002).Similarly, too much competence exploitation involves costsbecause the firm lacks the novel skills and knowledge togenerate new insights in product innovation (March 1991).Overcoming these costs requires a dose of exploration(March 1991, p. 71). Given the different notions of balance,I posit the following nondirectional hypotheses:
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H9: The interaction between competence exploration andexploitation is related to (a) incremental innovation per-formance and (b) radical innovation performance.
The moderating role of interfunctional coordination.The RBV suggests that it is the heterogeneity not only ofcompetence endowments but also of competence deploy-ment abilities that accounts for differences in competitiveadvantage among firms (Barney 1991). The competitiveadvantage that a firm’s capabilities confer depends largelyon the efficiency with which they are integrated (Day andWensley 1988; Grant 1996). For example, Henderson andCockburn (1994, p. 65) suggest that a firm’s competitiveadvantage is enhanced when its “component competencies”(i.e., knowledge and skills) are combined with “architec-tural competencies” (i.e., the ability to coordinate an exten-sive flow of information within the firm to use componentcompetencies). Without such coordination, conflicts andmistrust among functions stand in the way of a firm’s effec-tive use of its capabilities (Zahra and Nielson 2002). Inter-functional coordination reduces cross-functional conflictand promotes commitment and the efficient combination ofdifferent functional insights that are necessary for turning afirm’s competencies into superior customer value (Kohliand Jaworski 1990; Olson, Walker, and Ruekert 1995).Indeed, Gatignon and Xuereb (1997) find that interfunc-tional coordination enables the firm to use its resources toachieve desired innovation characteristics and outcomes.Thus, I posit that interfunctional coordination strengthensthe positive and weakens the negative aspects of compe-tence exploitation and exploration on incremental and radi-cal innovation performance. Formally,
H10: The positive effect of competence exploitation on incre-mental innovation performance is stronger when inter-functional coordination is high than when it is low.
H11: The negative effect of competence exploitation on radicalinnovation performance is weaker when interfunctionalcoordination is high than when it is low.
H12: The negative effect of competence exploration on incre-mental innovation performance is weaker when inter-functional coordination is high than when it is low.
H13: The positive effect of competence exploration on radicalinnovation performance is stronger when interfunctionalcoordination is high than when it is low.
Other Potential Antecedent Factors
In addition to the previously described factors, productinnovation competencies and outcomes may be affected byseveral other firm-specific and environmental factors. Forexample, firms with domain defensive strategies tend todefend their existing markets by preserving traditionalproduct lines, suggesting a tendency for competenceexploitation and incremental innovation. In contrast, firmsthat pursue domain offensive strategies have high first-mover predispositions and thus a penchant for new compe-tencies to develop radical innovations (Abell 1993, 1999).The firm’s willingness to cannibalize (i.e., its propensity toreduce the actual or potential value of its investments incurrent products), its incumbency, and the degree of domi-nance of the firm in the industry all may influence the
firm’s tendencies for competence exploitation and explo-ration and for incremental and radical innovations (Chandy,Prabhu, and Antia 2003; Chandy and Tellis 1998, 2000).
The firm’s new product control systems are particularlysalient for innovation competencies and their outcomes(e.g., Cardinal 2001; Olson, Walker, and Ruekert 1995)because they affect managers’ assessment of performancerisk (Atuahene-Gima and Li 2002; Hitt et al. 1996). Specif-ically, output control (the measurement and reward of pro-ject teams based on results achieved) encourages low-riskactivities, such as competence exploitation and incrementalinnovations. This is because project members bear a dispro-portionate share of the project’s performance risk and thusdevelop risk-averse behaviors. In contrast, behavior control(the measurement and reward for the achievement ofprocess and strategic objectives rather than their outcomes)engenders exploration and radical innovations by encourag-ing risk-seeking behaviors (Hitt et al. 1996). Factors such asfirm size and slack reflect greater resources and marketpower to exploit existing competencies, build new ones, anddevelop innovations (Chandy and Tellis 1998; Gatignon andXuereb 1997). In addition, product development alliancesalso affect a firm’s innovation capabilities and success byexposing it to external knowledge and opportunities (Li andAtuahene-Gima 2002; Rindfleisch and Moorman 2001).
Environmental turbulence reflects rapid market andtechnological changes that managers perceive as hostile andstressful conditions for their firm. Turbulence often renderscurrent firm competencies obsolete (Tushman and Nelson1990), leading managers to upgrade existing capabilitiesand develop entirely new ones (Day 1994). Finally, marketlaunch capability, which refers to the firm’s ability to designand implement new product launch activities effectively,should affect innovation performance (Day and Wensley1998). Although this review shows several potential controlfactors in testing the proposed model, Figure 1 shows thevariables for which data were available.
Research Methods
Sample and Data CollectionChina is an ideal context for this study because the com-plexity and dynamism of this transitional environmentmeans that firms must confront the challenges of new (oftendysfunctional) competition and also collapsing capabilities(Li and Atuahene-Gima 2001, 2002). Thus, scholars suggestthat success in China’s market requires both prospector(exploration) and defender (exploitation) orientations (Luoand Park 2001, p. 145). As a testimony to the importance ofmarket orientation in competence exploitation and explo-ration, Luo (2002, p. 60) reports that Kodak’s success inChina is due to the adaptation of its existing competenciesand the development of new ones to respond to marketchanges.
The instrument was prepared in English and then trans-lated into Chinese. It was checked for accuracy followingthe conventional back-translation process. It was tested with25 managers who had at least three years’ business experi-ence in China to ensure the face validity and appropriate-
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2The interviewer returned each completed questionnaire alongwith the business card of the respondent. This procedure facilitates(1) quality control by allowing for independent verificationthrough telephone calls to ascertain that the informants were inter-viewed and that they completed the questionnaires and (2) thedelivery of the summary of the research results to informants.
ness of the measures in the Chinese context. The samplewas 500 firms located in Guangdong province; they wererandomly selected from a mailing list of 1650 electronicsfirms provided by a local consulting firm. An interviewerscheduled appointments with two key informants in eachfirm, presented the questionnaire to them, and collected thequestionnaire after completion. In China, this procedure iscritical for ensuring quality control and reliability of thedata (Li and Atuahene-Gima 2001, 2002).2 I received 227usable questionnaires for a participation rate of 45.4%.Given the on-site data collection, a test of response bias bycomparing early and late respondents was not appropriate. Icompared a sample of participating and nonparticipatingfirms. The analysis of variance test was not significant forfirm age (F = 1.05), number of employees (F = .98), andsales (F = 1.32), suggesting no response bias.
To assess informants’ quality, they indicated on a seven-point scale their degree of knowledge (1 = “very limitedknowledge,” 7 = “very substantial knowledge”) about theissues under study. The means for the first and second infor-mants were 6.22 and 6.31, respectively. The first informant(marketing managers 75%, chief executive officers [CEOs]20%, and research and development [R&D] managers 5%;mean industry experience = 12.50 years; mean firm experi-ence = 9.45 years) gave data on customer and competitororientations, incremental and radical innovations, environ-mental turbulence, market launch capability, and productdevelopment alliances. The second informant (marketingmanagers 25%, CEOs 60%, and R&D managers 15%;mean industry experience = 13.97 years; mean firm experi-ence = 10.69 years) provided data on competence exploita-tion and exploration, interfunctional coordination, per-ceived market opportunity, slack, firm size, output, andbehavior controls. This procedure separates the informantsfor the measures for the main predictor and criterion vari-ables, thus eliminating common method bias (Slater andAtuahene-Gima 2004). I pooled the data because the analy-sis of variance test showed that the constructs did not differsignificantly (p > .10) among different respondents.
Measures and Validation
Table 1 reports the measures and their sources. I ran twoconfirmatory factor analyses, grouping measures of theoret-ically related constructs to ensure acceptable parameterestimate-to-observation ratios. The fit indexes reported inTable 1 indicate that each model fits the data reasonablywell. All the t-values for the estimated factor loadings forthe theoretical constructs are significant, suggesting conver-gent and discriminant validity. I conducted a series of con-firmatory factor analyses to test whether a two-factor modelof their measures would fit better than a one-factor modelfor every pair of constructs (Bagozzi, Yi, and Philips 1991).As further evidence of the discriminant validity of the mea-
3The results of the most closely related theoretical constructs inthe study are as follows: customer orientation versus competitororientation (constrained model: χ2 = 457.16, degrees of freedom[d.f.] = 44; unconstrained model: χ2 = 136.52, d.f. = 43; χ2 differ-ence = 320.64, d.f. = 1), customer orientation versus incrementalinnovation performance (constrained model: χ2 = 246.91, d.f. =35; unconstrained model: χ2 = 91.78, d.f. = 34; χ2 difference =155.13, d.f. = 1), customer orientation versus radical innovationperformance (constrained model: χ2 = 337.55, d.f. = 44; uncon-strained model: χ2 = 121.03, d.f. = 43; χ2 difference = 216.52,d.f. = 1), competitor orientation versus incremental innovation per-formance (constrained model: χ2 = 197.75, d.f. = 14; uncon-strained model: χ2 = 35.76, d.f. = 13; χ2 difference = 161.99, d.f. =1), competitor orientation versus radical innovation performance(constrained model: χ2 = 361.82, d.f. = 20; unconstrained model:χ2 = 30.20, d.f. = 19; χ2 difference = 331.62, d.f. = 1), perceivedmarket opportunity versus interfunctional coordination (con-strained model: χ2 = 633.83, d.f. = 35; unconstrained model: χ2 =73.86, d.f. = 34; χ2 difference = 559.97, d.f. = 1), competenceexploitation versus competence exploration (constrained model:χ2 = 567.81, d.f. = 28; unconstrained model: χ2 = 77.67, d.f. = 27;χ2 difference = 490.14, d.f. = 1), incremental versus radical inno-vation performance (constrained model: χ2 = 163.49, d.f. = 14;unconstrained model: χ2 = 17.76, d.f. = 13; χ2 difference =145.73, d.f. = 1), and behavior control versus output control (con-strained model: χ2 = 212.46, d.f. = 9; unconstrained model: χ2 =13.76, d.f. = 8; χ2 difference = 198.70, d.f. = 1). All chi-square dif-ferences are significant at the .001 level.
4The interrater reliability for each construct measured with mul-tiple items are as follows: customer orientation (r = .89, p < .01),competitor orientation (r = .82, p < .01), interfunctional coordina-tion (r = .73, p < .01), perceived market opportunity (r = .87, p <.01), competence exploitation (r = .79, p = .01), competenceexploration (r = .77, p < .01), incremental innovation performance(r = .67, p < .01), radical innovation performance (r = .88, p < .01),organizational slack (r = .86, p < .01), environmental turbulence(r = .95, p < .01), behavior control (r = .69, p < .01), output control(r = .63, p < .01), product development alliance (r = .81, p < .01),and market launch capability (r = .87, p < .01).
sures, in each case, the chi-square for the constrained modelwas significantly greater than the chi-square for the uncon-strained model.3 The composite reliability for each con-struct is greater than the recommended .70. All but compe-tence exploitation met the required .50 threshold foraverage variance extracted.
To assess interrater reliability for the measures, partici-pating firms were interviewed a second time 14 monthsafter the primary survey. Data were received from 127firms. The responses of the first and second respondent inthe second survey were correlated with those of the secondand first respondent in the primary survey. Interrater relia-bility for the variables ranged from r = .95 (p < .01) forenvironmental turbulence to r = .63 (p < .01) for output con-trol. These results provide evidence of the reliability of thedata obtained in the primary survey.4
Analysis and ResultsI used the data obtained from the first (primary) survey forthe analyses. Table 2 presents the correlation matrix anddescriptive statistics of the measures. Examination of theskewness and kurtosis values for all the variables (see Table2) indicated that firm size was skewed. I transformed firmsize by taking its logarithm to ensure normal distribution. I
68 / Journal of Marketing, October 2005
TAB
LE
1C
on
firm
ato
ry F
acto
r A
nal
ysis
of
Mea
sure
s
Co
nst
ruct
an
d S
ou
rce
Op
erat
ion
al M
easu
res
of
Co
nst
ruct
Mo
del
1M
od
el F
it In
dex
es:
χ2=
662.
89,d
.f.=
423
;χ2
/d.f
.= 1
.57;
RM
SE
A =
.04,
GF
I = .9
0,C
FI =
.93,
and
NN
FI =
.92
SF
La
t-V
alu
e
1.W
e re
gula
rly m
eet
cust
omer
s to
lear
n ab
out
thei
r cu
rren
t an
d po
tent
ial n
eeds
for
new
pro
duct
s..6
812
.10
2.W
e co
nsta
ntly
mon
itor
and
rein
forc
e ou
r un
ders
tand
ing
of t
he c
urre
nt a
nd f
utur
e ne
eds
of c
usto
mer
s..8
013
.93
3.W
e ha
ve a
tho
roug
h kn
owle
dge
abou
t em
ergi
ng c
usto
mer
s an
d th
eir
need
s..8
510
.52
4.In
form
atio
n ab
out
curr
ent
and
futu
re c
usto
mer
s is
inte
grat
ed in
our
pla
ns a
nd s
trat
egie
s..6
510
.52
5.W
e re
gula
rly u
se r
esea
rch
tech
niqu
es s
uch
as fo
cus
grou
ps,
surv
eys,
and
obs
erva
tions
to
gath
er c
usto
mer
in
form
atio
n..8
214
.50
6.W
e ha
ve d
evel
oped
effe
ctiv
e re
latio
nshi
ps w
ith c
usto
mer
s an
d su
pplie
rs t
o fu
lly u
nder
stan
d ne
w
tech
nolo
gica
l dev
elop
men
t th
at a
ffect
cus
tom
ers’
need
s..5
17.
727.
We
syst
emat
ical
ly p
roce
ss a
nd a
naly
ze c
usto
mer
info
rmat
ion
to f
ully
und
erst
and
thei
r im
plic
atio
ns fo
r ou
r bu
sine
ss.
.76
12.9
4
1.W
e re
gula
rly c
olle
ct a
nd in
tegr
ate
info
rmat
ion
abou
t th
e pr
oduc
ts a
nd s
trat
egie
s of
our
com
petit
ors.
.55
8.88
2.W
e sy
stem
atic
ally
col
lect
and
ana
lyze
info
rmat
ion
abou
t po
tent
ial c
ompe
titor
act
iviti
es.
.61
9.13
3.M
anag
ers
in t
his
firm
reg
ular
ly s
hare
info
rmat
ion
abou
t cu
rren
t an
d fu
ture
com
petit
ors
with
in t
he c
ompa
ny.
.69
11.5
14.
Our
kno
wle
dge
of c
urre
nt a
nd p
oten
tial c
ompe
titor
s’st
reng
ths
and
wea
knes
ses
is v
ery
thor
ough
..7
512
.94
1.T
he a
ctiv
ities
of
func
tiona
l uni
ts a
re t
ight
ly c
oord
inat
ed t
o en
sure
bet
ter
use
of o
ur m
arke
t kn
owle
dge.
.60
8.99
2.F
unct
ions
suc
h as
R&
D,
mar
ketin
g, a
nd m
anuf
actu
ring
are
tight
ly in
tegr
ated
in c
ross
-fun
ctio
nal t
eam
s in
th
e pr
oduc
t de
velo
pmen
t pr
oces
ses.
.74
10.8
93.
R&
D a
nd m
arke
ting
and
othe
r fu
nctio
ns r
egul
arly
sha
re m
arke
t in
form
atio
n ab
out
cust
omer
s, t
echn
olog
ies,
an
d co
mpe
titor
s..7
210
.78
4.T
here
is a
hig
h le
vel o
f co
oper
atio
n an
d co
ordi
natio
n am
ong
func
tiona
l uni
ts in
set
ting
the
goal
s an
dpr
iorit
ies
for
the
orga
niza
tion
to e
nsur
e ef
fect
ive
resp
onse
to
mar
ket
cond
ition
s..6
49.
975.
Top
man
agem
ent
prom
otes
com
mun
icat
ion
and
coop
erat
ion
amon
g R
&D
, m
arke
ting,
and
man
ufac
turin
g in
m
arke
t in
form
atio
n ac
quis
ition
and
use
..6
39.
376.
Peo
ple
from
mar
ketin
g, R
&D
, an
d ot
her
func
tions
pla
y im
port
ant
role
s in
maj
or s
trat
egic
mar
ket
deci
sion
s.f
1.%
of
tota
l sal
es f
rom
incr
emen
tal p
rodu
ct in
trod
uced
by
your
fir
m in
the
last
thr
ee y
ears
(le
ss t
han
5%,
5%–1
0%,
11%
–15%
, 16
%–2
0%,
>20
%).
.89
13.2
52.
Thi
s fir
m f
requ
ently
intr
oduc
ed in
crem
enta
l new
pro
duct
s in
to n
ew m
arke
ts in
the
last
thr
ee y
ears
(1
=
“str
ongl
y di
sagr
ee,”
5 =
“st
rong
ly a
gree
”).
.59
7.70
3.C
ompa
red
to y
our
maj
or c
ompe
titor
, th
is f
irm
intr
oduc
ed m
ore
incr
emen
tal n
ew p
rodu
cts
in t
he la
st t
hree
ye
ars
(1 =
“st
rong
ly d
isag
ree,
”5
= “
stro
ngly
agr
ee”)
..6
79.
764.
Num
ber
of in
crem
enta
l pro
duct
s in
trod
uced
by
the
firm
in t
he la
st t
hree
yea
rs (
conv
erte
d in
to f
ive-
poin
tsc
ale:
1–10
, 10
–15,
16–
30,
31–7
5, m
ore
than
75)
.f
1.%
of
tota
l sal
es f
rom
rad
ical
pro
duct
intr
oduc
ed b
y yo
ur f
irm
in t
he la
st t
hree
yea
rs (
less
tha
n 5%
, 5%
–10%
, 11
%–1
5%,
16%
–20%
, >
20%
).8
113
.83
2.N
umbe
r of
rad
ical
pro
duct
s in
trod
uced
by
the
firm
in t
he la
st t
hree
yea
rs (
conv
erte
d in
to a
fiv
e-po
int
scal
e:0–
3, 4
–6,
7–9,
10–
12,
>12
).7
710
.01
3.C
ompa
red
to y
our
maj
or c
ompe
titor
, th
is f
irm
intr
oduc
ed m
ore
radi
cal n
ew p
rodu
cts
in t
he la
st t
hree
yea
rs
(1 =
“st
rong
ly d
isag
ree,
”5
= “
stro
ngly
agr
ee”)
..7
811
.56
4.T
his
firm
fre
quen
tly in
trod
uced
rad
ical
new
pro
duct
s in
to m
arke
ts t
otal
ly n
ew t
o th
e fir
m in
the
last
thr
ee
year
s (1
= “
stro
ngly
dis
agre
e,”
5 =
“st
rong
ly a
gree
”).
.88
14.0
2
Rad
ical
inno
vatio
npe
rfor
man
cec
(Cha
ndy
and
Telli
s19
98)
Incr
emen
tal i
nnov
atio
npe
rfor
man
cec
(Cha
ndy
and
Telli
s19
98)
Inte
rfun
ctio
nal
coor
dina
tionb
(Nar
ver
and
Sla
ter
1990
;Zah
ra a
ndN
iels
on 2
002)
Com
petit
or o
rient
atio
nb(N
arve
r an
d S
late
r19
90)
Cus
tom
er o
rient
atio
nb(N
arve
r an
d S
late
r19
90)
Resolving the Capability–Rigidity Paradox / 69
Ove
r th
e la
st t
hree
yea
rs,
to w
hat
exte
nt h
as y
our
firm
1.U
pgra
ded
curr
ent
know
ledg
e an
d sk
ills
for
fam
iliar
pro
duct
s an
d te
chno
logi
es?
.87
16.4
92.
Inve
sted
in e
nhan
cing
ski
lls in
exp
loiti
ng m
atur
e te
chno
logi
es t
hat
impr
ove
prod
uctiv
ity o
f cu
rren
tin
nova
tion
oper
atio
ns?
.89
16.8
53.
Enh
ance
d co
mpe
tenc
ies
in s
earc
hing
for
solu
tions
to
cust
omer
pro
blem
s th
at a
re n
ear
to e
xist
ing
solu
tions
ra
ther
tha
n co
mpl
etel
y ne
w s
olut
ions
?.7
812
.90
4.U
pgra
ded
skill
s in
pro
duct
dev
elop
men
t pr
oces
ses
in w
hich
the
fir
m a
lread
y po
sses
ses
sign
ifica
nt
expe
rienc
e?.6
39.
055.
Str
engt
hene
d ou
r kn
owle
dge
and
skill
s fo
r pr
ojec
ts t
hat
impr
ove
effic
ienc
y of
exi
stin
g in
nova
tion
activ
ities
?.6
89.
89
Ove
r th
e la
st t
hree
yea
rs,
to w
hat
exte
nt h
as y
our
firm
1.A
cqui
red
man
ufac
turin
g te
chno
logi
es a
nd s
kills
ent
irely
new
to
the
firm
?.6
08.
232.
Lear
ned
prod
uct
deve
lopm
ent
skill
s an
d pr
oces
ses
(suc
h as
pro
duct
des
ign,
pro
toty
ping
new
pro
duct
s,
timin
g of
new
pro
duct
intr
oduc
tions
, an
d cu
stom
izin
g pr
oduc
ts fo
r lo
cal m
arke
ts)
entir
ely
new
to
the
indu
stry
?.8
114
.46
3.A
cqui
red
entir
ely
new
man
ager
ial a
nd o
rgan
izat
iona
l ski
lls t
hat
are
impo
rtan
t fo
r in
nova
tion
(suc
h as
fo
reca
stin
g te
chno
logi
cal a
nd c
usto
mer
tre
nds;
iden
tifyi
ng e
mer
ging
mar
kets
and
tec
hnol
ogie
s;co
ordi
natin
g an
d in
tegr
atin
g R
&D
;mar
ketin
g, m
anuf
actu
ring,
and
oth
er f
unct
ions
;man
agin
g th
e pr
oduc
t de
velo
pmen
t pr
oces
s)?
.75
13.3
74.
Lear
ned
new
ski
lls in
are
as s
uch
as f
undi
ng n
ew t
echn
olog
y, s
taffi
ng R
&D
fun
ctio
n, t
rain
ing
and
deve
lopm
ent
of R
&D
, an
d en
gine
erin
g pe
rson
nel f
or t
he f
irst
time?
.73
12.5
75.
Str
engt
hene
d in
nova
tion
skill
s in
are
as w
here
it h
ad n
o pr
ior
expe
rienc
e?.5
16.
75
Mo
del
2M
od
el F
it In
dex
es:
χ2=
481.
07,d
.f.=
297
;χ2
/d.f
.= 1
.62;
RM
SE
A =
.05,
GF
I = .8
7,C
FI =
.93,
and
NN
FI =
91
Indi
cate
you
r de
gree
of
agre
emen
t ab
out
how
wel
l the
se s
tate
men
ts d
escr
ibe
the
mar
ket
and
com
petit
ive
envi
ronm
ent
durin
g th
e la
st t
hree
yea
rs.
1.T
he a
ctio
ns o
f lo
cal a
nd fo
reig
n co
mpe
titor
s in
our
maj
or m
arke
ts w
ere
chan
ging
qui
te r
apid
ly.
.60
7.11
2.Te
chno
logi
cal c
hang
es in
our
indu
stry
wer
e ra
pid
and
unpr
edic
tabl
e..5
56.
773.
The
mar
ket
com
petit
ive
cond
ition
s w
ere
high
ly u
npre
dict
able
..6
510
.56
4.C
usto
mer
s’pr
oduc
t pr
efer
ence
s ch
ange
d qu
ite r
apid
ly.
.51
6.06
5.C
hang
es in
cus
tom
ers’
need
s w
ere
quite
unp
redi
ctab
le.
.75
12.7
7
In y
our
com
pany
, di
ffere
nt f
unct
ions
suc
h as
R&
D,
mar
ketin
g, a
nd m
anuf
actu
ring
com
mun
icat
e, s
hare
, an
d us
e in
form
atio
n ab
out
curr
ent
and
pros
pect
ive
cust
omer
s, c
ompe
titor
s, a
nd o
ther
mar
ket
info
rmat
ion
in p
rodu
ct
deve
lopm
ent.
Ove
rall,
how
doe
s ea
ch o
f th
e fo
llow
ing
desc
ribe
your
fir
m’s
ten
denc
y in
inte
rpre
ting
new
mar
ket
info
rmat
ion?
We
have
a g
ener
al t
ende
ncy
to v
iew
mar
ket
info
rmat
ion
and
cond
ition
s as
1.R
epre
sent
ing
a lo
ss/g
ain.
7812
.78
2.U
ncon
trol
labl
e/co
ntro
llabl
e..8
515
.51
3.H
avin
g a
nega
tive/
posi
tive
impl
icat
ion
for
the
firm
..8
114
.83
4.R
epre
sent
ing
a th
reat
/opp
ortu
nity
for
the
firm
..7
712
.45
Per
ceiv
ed m
arke
top
port
unity
(D
utto
nan
d Ja
ckso
n 19
87)
Env
ironm
enta
ltu
rbul
ence
b(J
awor
ski
and
Koh
li 19
93)
Com
pete
nce
expl
orat
iond
(Zah
ra,
Irel
and,
and
Hitt
200
0)
Com
pete
nce
expl
oita
tiond
(Zah
ra,
Irel
and,
and
Hitt
200
0)
TAB
LE
1C
on
tin
ued
Co
nst
ruct
an
d S
ou
rce
Op
erat
ion
al M
easu
res
of
Co
nst
ruct
Mo
del
1M
od
el F
it In
dex
es:
χ2=
662.
89,d
.f.=
423
;χ2
/d.f
.= 1
.57;
RM
SE
A =
.04,
GF
I = .9
0,C
FI =
.93,
and
NN
FI =
.92
SF
La
t-V
alu
e
70 / Journal of Marketing, October 2005
1.T
his
firm
has
unc
omm
itted
res
ourc
es t
hat
can
quic
kly
be u
sed
to f
und
new
str
ateg
ic in
itiat
ives
..7
911
.63
2.T
his
firm
has
few
res
ourc
es a
vaila
ble
in t
he s
hort
run
to
fund
its
initi
ativ
es.(
reve
rse
scor
ed)
.69
8.56
3.W
e ar
e ab
le t
o ob
tain
res
ourc
es a
t sh
ort
notic
e to
sup
port
new
str
ateg
ic in
itiat
ives
..7
39.
974.
We
have
sub
stan
tial r
esou
rces
at
the
disc
retio
n of
man
agem
ent
for
fund
ing
new
str
ateg
ic in
itiat
ives
..5
56.
09
In e
valu
atin
g an
d re
war
ding
new
pro
duct
pro
ject
s te
ams
in t
his
firm
, em
phas
is is
pla
ced
on1.
Ach
ieve
men
t of
fin
anci
al p
erfo
rman
ce o
bjec
tives
..6
08.
962.
The
qua
ntity
and
qua
lity
of t
he f
inal
out
puts
ach
ieve
d..7
110
.81
3.T
he m
arke
t pe
rfor
man
ce o
f pr
oduc
ts.
.80
12.7
54.
Obj
ectiv
e cr
iteria
suc
h as
cos
t sa
ving
s, q
uant
ity o
f ne
w id
eas,
and
pat
ents
file
d.f
In e
valu
atin
g an
d re
war
ding
new
pro
duct
pro
ject
s te
ams
in t
his
firm
, em
phas
is is
pla
ced
on1.
Sub
ject
ive
crite
ria s
uch
as t
he q
ualit
y at
trib
utes
of
the
prod
ucts
..8
612
.75
2.Q
ualit
y of
dec
isio
ns m
ade
rath
er t
han
the
resu
lts a
chie
ved.
.68
10.0
33.
Com
plet
ing
maj
or s
tage
s of
the
dev
elop
men
t pr
oces
s co
st-e
ffect
ivel
y..5
97.
714.
Mee
ting
of s
peci
fic p
rodu
ct d
evel
opm
ent
proc
ess
dead
lines
rat
her
than
the
act
ual r
esul
ts.f
To w
hat
exte
nt d
oes
each
of
the
follo
win
g st
atem
ents
des
crib
e yo
ur f
irm
rel
ativ
e to
you
r m
ajor
com
petit
ors
over
th
e la
st t
hree
yea
rs?
1.M
arke
ted
com
plem
enta
ry n
ew p
rodu
cts
with
oth
er f
irm
s..6
08.
442.
Est
ablis
hed
coop
erat
ive
R&
D a
gree
men
ts w
ith o
ther
fir
ms.
.63
9.30
3.Jo
intly
intr
oduc
ed n
ew p
rodu
cts
to m
arke
t w
ith o
ther
fir
ms.
.60
8.68
4.Jo
intly
des
igne
d an
d m
anuf
actu
red
new
pro
duct
s w
ith o
ther
fir
ms.
.89
13.0
1
To w
hat
exte
nt d
oes
each
of
the
follo
win
g st
atem
ent
desc
ribe
your
fir
m r
elat
ive
to y
our
maj
or c
ompe
titor
s ov
er
the
last
thr
ee y
ears
?1.
Abi
lity
to s
peed
ily in
trod
uce
new
pro
duct
s to
mar
ket.
.75
10.9
82.
Acc
ess
to a
wid
e di
strib
utio
n ne
twor
k fo
r ne
w p
rodu
cts.
.56
7.83
3.A
bilit
y to
dev
elop
cre
ativ
e m
arke
ting
stra
tegi
es fo
r ne
w p
rodu
cts.
.66
9.56
4.A
bilit
y to
inve
st s
igni
fican
t re
sour
ces
in m
arke
ting
new
pro
duct
s..8
212
.04
Mar
ket
laun
chca
pabi
litye
(new
scal
e)
Pro
duct
dev
elop
men
tal
lianc
ese
(Li a
ndA
tuah
ene-
Gim
a20
02)
Beh
avio
r co
ntro
lb(A
tuah
ene-
Gim
a an
dLi
200
2)
Out
put
cont
rolb
(Atu
ahen
e-G
ima
and
Li 2
002)
Org
aniz
atio
nal s
lack
b
(new
sca
le)
TAB
LE
1C
on
tin
ued
Co
nst
ruct
an
d S
ou
rce
Op
erat
ion
al M
easu
res
of
Co
nst
ruct
Mo
del
2M
od
el F
it In
dex
es:
χ2=
481.
07,d
.f.=
297
;χ2
/d.f
.= 1
.62;
RM
SE
A =
.05,
GF
I = .8
7,C
FI =
.93,
and
NN
FI =
91
SF
La
t-V
alu
e
a SF
L =
sta
ndar
dize
d fa
ctor
load
ing.
b The
sca
le fo
rmat
for
each
of
thes
e m
easu
res
was
1 =
“st
rong
ly d
isag
ree”
and
5 =
“st
rong
ly a
gree
.”c I
sta
ndar
dize
d ite
ms
in t
hese
sca
les
befo
re c
reat
ing
the
scor
es t
o m
easu
re e
ach
cons
truc
t fo
r an
alys
is.
d The
sca
le fo
rmat
for
each
of
thes
e m
easu
res
was
1 =
“no
ext
ent”
and
5 =
“to
a g
reat
ext
ent.”
e The
sca
le fo
rmat
for
each
of
thes
e m
easu
res
was
1 =
“w
orse
tha
n m
ajor
com
petit
or”
and
5 =
“fa
r be
tter
than
maj
or c
ompe
titor
.”f I
dele
ted
this
item
dur
ing
the
scal
e pu
rific
atio
n pr
oces
s.N
otes
:RM
SE
A =
roo
t m
ean
squa
re e
rror
of
appr
oxim
atio
n, G
FI
= g
oodn
ess-
of-f
it in
dex,
CF
I =
com
para
tive
fit in
dex,
and
NN
FI
= n
onno
rmed
fit
inde
x.
Resolving the Capability–Rigidity Paradox / 71
TAB
LE
2C
orr
elat
ion
Mat
rix
and
Des
crip
tive
Sta
tist
ics
of
Mea
sure
s
Sta
nd
ard
Var
iab
les
Mea
nD
evia
tio
n1
23
45
67
89
1011
1213
1415
1.C
usto
mer
orie
ntat
ion
3.33
.94
12.
Com
petit
or o
rient
atio
n3.
05.7
900
.19*
*1
3.P
erce
ived
mar
ket
oppo
rtun
ity2.
561.
09.1
3*.2
0**
14.
Inte
rfun
ctio
nal c
oord
inat
ion
3.06
.92
.12
.36*
*.3
3**
15.
Com
pete
nce
expl
oita
tion
3.14
.80
.29*
*.2
4*.2
5**
.14*
16.
Com
pete
nce
expl
orat
ion
3.46
.80
.42*
*.2
2**
.29*
*.1
9**
.41*
*1
7.In
crem
enta
l inn
ovat
ion
perf
orm
ance
3.
41.7
2.3
8**
.34*
*.2
9**
.35*
*.3
5**
–.40
**1
8.R
adic
al in
nova
tion
perf
orm
ance
2.86
.90
.17*
.23*
*.2
2**
.38*
*–.
40**
.38*
*.3
6**
19.
Org
aniz
atio
nal s
lack
2.69
.95
.28*
*.1
0.3
1**
.11
.32*
*.3
5**
.22*
*.2
7**
110
.Env
ironm
enta
l tur
bule
nce
3.56
.96
.21*
*.3
2**
.16*
.40*
*.2
8**
.16*
*.2
6**
.19*
*.1
4*1
11.F
irm
siz
e (lo
g)1.
75.2
7.0
4.1
1–.
01–.
09–.
02.0
5–.
05.0
1–.
10–.
061
12.B
ehav
ior
cont
rol
3.33
.89
.20*
*.1
0.0
0.0
1.0
6.2
0**
–.08
.12
.10
.04
.09
113
.Out
put
cont
rol
2.68
.80
.25*
*.1
3–.
06–.
01.1
7**
.21*
*.2
0**
–.15
**.0
2.0
9.0
6.3
3**
114
.Pro
duct
dev
elop
men
t al
lianc
e2.
92.9
6–.
01–.
11**
–.09
**–.
13*
–.16
*–.
06–.
10–.
08–.
03*
–.11
.11
.01
–.10
115
.Mar
ket
laun
ch c
apab
ility
3.
481.
16–.
00.0
1.1
4*.0
5.0
4–.
05.0
5.1
6*.0
0–.
02.0
6.0
6.0
5.3
0**
1.00
Ske
wne
ss–.
33–.
17.2
6–.
15**
–.33
**–.
29**
–.11
**–.
00**
.44
–.09
–.03
.46
.05
–.01
**–.
63K
urto
sis
–.38
.49
–.77
–.21
.86
.20
–.51
–.66
.02
–.24
.79
–.21
**–.
50–.
25.1
9C
ompo
site
rel
iabi
lity
.86
.74
.89
.85
.86
.83
.70
.88
.79
.78
.76
.79
.75
.79
Ave
rage
var
ianc
e ex
trac
ted
.60
.59
.70
.59
.49
.52
.50
.72
.50
.52
N.A
..5
2.5
3.5
3.5
5
*p<
.01
.**
p<
.00
1.N
otes
:N.A
.= n
ot a
pplic
able
.
72 / Journal of Marketing, October 2005
estimated moderated regression equations to test thehypotheses. I mean centered customer and competitor ori-entations, interfunctional coordination, and perceived mar-ket opportunity before creating the interaction terms (Aikenand West 1991). A Levine test for the threat of unequal vari-ances was not significant (p > .10) for any of the variablesindicating the presence of homoskedasticity. On the basis ofstudentized residuals and Cook’s D tests, I deleted five out-lier cases. Visual inspection of the plots of the histogramand normal probability plots reaffirmed the multivariatenormality of the data (Hair et al. 1998). The variance infla-tion factors in each regression model were all below two,indicating that multicollinearity was not a serious problem.An interview survey raises the potential that errors of pre-diction may not be independent of one another over thesequences of cases (Tabachnick and Fidell 1989, p. 133).However, the Durbin–Waston statistic check for noninde-pendence of errors was not significant in the regressionmodels.
Effect of Market Orientation on CompetenceExploitation and Exploration
Table 3 (Model 1) shows that the control variables explain21% of the variance in competence exploitation. Adding theindependent variables in Model 2 increased R2 by 6% (∆F =3.72, p < .05). I added the interaction terms in Model 3,which resulted in a further increase in R2 of 1% (∆F = 1.10,not significant [n.s.]). Model 3 shows that customer orienta-tion is positively related to competence exploitation (b =.13, p < .01), in support of H1a. Competitor orientation ispositively related to competence exploitation (b = .16, p <.05), in support of H2a. These relationships are not moder-ated by interfunctional coordination or by perceived marketopportunity. Thus, H3a, H4a, H5a, and H6a are not supported.Perceived market opportunity is a predictor of competenceexploitation rather than a moderator (b = .11, p < .05).Three control variables are related to competence exploita-tion: organizational slack, firm size, and environmentalturbulence.
The data in Table 3 (Model 4) show that the controlvariables explain 23% of the variance in competence explo-ration. The independent variables increase R2 by 11% (∆F =7.44, p < .001) (Model 5). The interaction variables con-tributed an additional 9% (∆F = 6.56, p < .001) to explainedvariance (Model 6). The data in Model 6 show that cus-tomer orientation is positively related to competence explo-ration (b = .26, p < .001), in support of H1b. Competitor ori-entation has a significant, positive effect on competenceexploration (b = .16, p < .001), in support of H2b. I discussthe significance of the differential strength (based on stan-dardized coefficients) of the effects of customer and com-petitor orientations on competence exploitation and explo-ration subsequently.
The product of customer orientation and interfunctionalcoordination is positively related to competence exploration(b = .10, p < .01), in support of H3b. To gain further insightinto these relationships, using the unstandardized coeffi-cients and following procedures that Aiken and West (1991)outline, I plotted the interactions and conducted simpleslope tests. The simple slope test involved splitting the
moderator (interfunctional coordination) into a high group(two standard deviations greater than the mean) and a lowgroup (two standard deviations less than the mean) andreestimating the relationship between customer orientationand competence exploration. The plot in Figure 2, Panel A,shows that when interfunctional coordination is high, thepositive relationship between customer orientation andcompetence exploration is stronger (simple slope: b = .28,t = 3.98, p < .001) than when it is low (simple slope: b =.21, t = 3.67, p < .001).
The interaction term for competitor orientation andinterfunctional coordination is positively related to compe-tence exploration (b = .12, p < .05), in support of H4b. Fig-ure 2, Panel B, shows that when interfunctional coordina-tion is greater, there is a positive link between competitororientation and competence exploration (simple slope: b =.34, t = 3.36, p < .001). There appears to be no relationshipbetween the two constructs when interfunctional coordina-tion is low (simple slope: b = .09, t = 1.10, n.s.). Interfunc-tional coordination is a pure moderator because it is unre-lated to competence exploration.
The interaction between customer orientation and per-ceived market opportunity is positively related to compe-tence exploration (b = .12, p < .001), in support of H5b. Theplots in Figure 3, Panel A, show that the positive linkbetween customer orientation and competence explorationis stronger when perceived market opportunity is high (sim-ple slope: b = .42, t = 5.73, p < .001) than when it is low(simple slope: b = .14, t = 2.29, p < .05). Similarly, theproduct of competitor orientation and perceived marketopportunity is positively related to competence exploration(b = .11, p < .01), in support of H6b. Figure 3, Panel B,shows a positive relationship between competitor orienta-tion and competence exploration when perceived marketopportunity is high (simple slope: b = .38, t = 4.06, p <.001) but no relationship when it is low (simple slope: b =.01, t = .13, n.s.). Perceived market opportunity is a quasimoderator because it also has a positive relationship withcompetence exploration (b = .10, p < .01). Three controlvariables are related to competence exploration: organiza-tional slack, behavior, and output controls.
Effects of Competence Exploitation andExploration on Innovation Performance
Table 4 presents the results for incremental and radicalinnovation performance. The addition of the independentvariables to the control variables in Model 2 increased R2
by 7% (∆F = 7.20, p < .001) over the explained variance inincremental innovation performance in Model 1. The inter-action variables increased R2 by 1% (∆F = 1.36, n.s.) inModel 3. Competence exploitation is positively related toincremental innovation performance (b = .16, p < .01), insupport of H7a. In contrast, competence exploration is nega-tively related to incremental innovation performance (b =–.14, p < .01), in support of H8a. Interfunctional coordina-tion does not moderate these relationships but rather is apredictor of incremental innovation performance (b = .15,p < .001). Thus, H9a, H10 and H12 are not supported,because none of the interaction terms is significant. Outputcontrol, a control variable, was positively related to incre-
Resolving the Capability–Rigidity Paradox / 73
TABLE 3Regressions Analysis of Effects of Market Orientation on Product Innovation Competence Exploitation
and Exploration
Competence Exploitation Competence Exploration
Variables Hypotheses Model 1 Model 2 Model 3 Model 4 Model 5 Model 6
Controls VariablesConstant 2.58 2.06 2.05 2.95 2.19 2.02
(4.36)*** (3.38)*** (3.29)*** (5.51)*** (4.08)*** (3.85)***Organizational slack .24 .17 .18 .30 .20 .23
(4.29)*** (2.83)*** (2.95)*** (5.74)*** (3.78)*** (4.59)***Firm size (log of number –.38 –.43 –.42 –.02 –.12 –.07
of employees) (–1.95)* (–2.30)** (–2.25)** (–.23) (–.71) (–.45)Environmental turbulence .29 .22 .23 .14 –.00 .03
(3.57)*** (2.46)** (2.58)** (1.81)† (–.01) (.48)Behavior control .02 .03 .03 .00 .04 .12
(.42) (.52) (.64) (.02) (.70) (1.85)†
Output control –.08 –.04 –.05 –.19 –.13 –.13(–1.34) (–.36) (–.71) (–3.11)*** (–2.15)* (–2.10)*
Product development .03 –.02 –.01 .03 .05 .03alliance (.52) (–.70) (–.20) (.68) (.96) (.69)
Independent VariablesCustomer orientation H1a, H1b .13 .13 .23 .26
(2.15)** (2.11)** (4.43)*** (5.02)***Competitor orientation H2a, H2b .17 .16 .12 .16
(2.18)** (1.99)* (1.66)* (2.36)***Interfunctional –.05 –.08 .02 –.02
coordination (–.79) (–1.17) (.18) (.60)Perceived market .09 .11 .08 .10
opportunity (1.88)* (2.00)* (1.87)* (2.31)**
Relevant Interaction EffectsCustomer orientation × H3a, H3b –.06 .10
interfunctional coordination (–1.03) (2.00)**Competitor orientation × H4a, H4b .08 .12
interfunctional coordination (1.21) (1.87)*Customer orientation × H5a, H5b .02 .12
perceived market opportunity (.37) (2.61)***Competitor orientation × H6a, H6b –.11 .11
perceived market opportunity (–1.44) (2.05)**
R2 .21 .27 .28 .23 .34 .43Adjusted R2 .18 .23 .23 .20 .30 .38F value 7.73*** 6.41*** 4.91*** 8.66*** 8.92*** 9.06***∆R2 .06 .01 .11 .09Partial F value 3.72* 1.10 7.44*** 6.56***Degrees of freedom 6/179 10/175 14/171 6/178 10/174 14/170†p < .10.*p < .05.**p < .01.***p < .001.Notes: I report unstandardized regression coefficients (t-values are in parentheses; I used a two-tailed test for control variables and a one-tailed
test for all hypotheses).
mental innovation performance. I replicated the analysesusing the measure of incremental innovation performanceobtained from the second survey. The results remainunchanged.
Model 5 in Table 4 shows that the independent andmoderator variables increase explained variance in radicalinnovation performance by 12% (∆F = 11.82, p < .001) overthe explained variance in Model 4. The interaction termscontribute an additional 8% to explained variance (∆F =7.05, p < .001) (Model 6). Competence exploitation is neg-
atively related to radical innovation performance (b = –.14,p < .05), in support of H7b and H8b, whereas the effect ofcompetence exploration is positive (b = .14, p < .05). Theinteraction between competence exploitation and explo-ration is negatively related to radical innovation perfor-mance (b = –.17, p < .001), in support of H9b. The plot inFigure 4, Panel A, shows no relationship between compe-tence exploration and radical innovation performance whencompetence exploitation is high (simple slope: b = –.04, t =–.43, n.s.), but it shows a positive effect when competence
74 / Journal of Marketing, October 2005
High interfunctional coordination Low interfunctional coordination
High interfunctional coordination Low interfunctional coordination
0
1
2
–2–2
–1
–1
0 1 2
Co
mp
eten
ce E
xplo
rati
on
Customer Orientation
0
1
2
–2–2
–1
–1
0 1 2
Co
mp
eten
ce E
xplo
rati
on
Competitor Orientation
FIGURE 2Interaction of Interfunctional Coordination and Customer and Competitor Orientations on Competence
Exploration
A: Moderating Effect of Interfunctional Coordination B: Moderating Effect of Interfunctional Coordination
Co
mp
eten
ce E
xplo
rati
on
Customer Orientation
Co
mp
eten
ce E
xplo
rati
on
Competitor Orientation
0
1
2
0 1 2–1–2–2
–1
0
1
2
0 1 2–1–2–2
–1
Low perceived market opportunity High perceived market opportunity
Low perceived market opportunity High perceived market opportunity
FIGURE 3Interaction of Perceived Market Opportunity and Customer and Competitor Orientations on Competence
Exploration
A: Moderating Effect of Perceived Market Opportunity B: Moderating Effect of Perceived Market Opportunity
exploitation is low (simple slope: b = .26, t = 3.63, p <.001). The plot in Figure 4, Panel B, shows the reverse rela-tionship; that is, there is a nonsignificant relationshipbetween competence exploitation and radical innovationperformance when competence exploration is low (simpleslope: b = .13, t = 1.45, n.s.) but a significant, negativeeffect when it is high (simple slope: b = –.28, t = –3.62, p <.001).
The interaction term for interfunctional coordinationand competence exploitation is positively related to radicalinnovation performance (b = .12, p < .05), in support ofH11. However, Figure 5, Panel A, suggests that at higherlevels of interfunctional coordination, competence exploita-tion has no relationship with radical innovation perfor-mance (simple slope: b = .09, t = 1.24, n.s.), but at lowerlevels, it has a negative effect (simple slope: b = –.19, t =
Resolving the Capability–Rigidity Paradox / 75
TABLE 4Regressions Analysis of the Effects of Product Innovation Competence Exploitation and Exploration on
Innovation Performance
Incremental Innovation Radical InnovationPerformance Performance
Variables Hypotheses Model 1 Model 2 Model 3 Model 4 Model 5 Model 6
Control VariablesConstant 1.82 1.09 .87 1.50 .31 .25
(4.61)*** (2.66)*** (2.01)* (2.87)*** (.59) (.47)Organizational slack .08 .01 .08 .23 .11 .17
(1.77)† (.23) (.16) (3.64)*** (1.73)† (2.77)**Firm size (log of number –.03 –.04 –.03 .03 .02 .05
of employees) (–.52) (–.67) (–.55) (.43) (.29) (.76)Environmental turbulence .13 .06 .07 .15 .06 .08
(1.64)† (.83) (.95) (1.62)† (.72) (1.00)Behavior control –.09 –.11 –.12 .02 .02 .02
(–1.03) (–1.17) (–1.24) (1.66)† (1.68)† (1.42)Output control .13 .11 .17 –.13 –.15 –.15
(1.77)† (1.62)† (1.77)† (–1.32) (–1.67)† (–1.78)†
Product development –.01 –.02 –.00 –.17 –.08 –.06alliance (–.17) (–.23) (–.06) (–2.21)** (–1.15) (–.95)
Market launch capability .02 .01 .00 .17 .14 .17(.66) (.21) (.02) (3.12)*** (2.70)** (3.48)**
Customer orientation .19 .14 .14 .04 .04 .03(3.78)*** (2.68)** (2.58)** (.67) (–.71) (.48)
Competitor orientation .19 .12 .12 .13 .01 .02(3.14)** (1.95)* (2.08)* (1.65)† (.15) (.29)
Perceived market –.08 –.03 –.02 –.05 –.06 –.09opportunity (–1.47) (–.57) (–.05) (–.85) (–1.03) (–1.59)
Independent VariablesCompetence exploitation H7a .11 .16 –.19 –.14
(1.62)* (2.10)** (–2.19)** (1.60)*Competence exploration H8a –.15 –.14 .25 .14
(–2.31)** (–2.08)** (2.99)*** (1.67)*Interfunctional .16 .15 .24 .25
coordination (2.86)*** (2.84)*** (3.52)*** (3.87)***
Relevant Interaction EffectsCompetence exploitation × H9a .06 –.17
competence exploration (1.20) (–2.94)***Competence exploitation × H10 .06 .12
interfunctional coordination (1.11) (1.83)*Competence exploration × H12 .06 .20
interfunctional coordination (.91) (2.24)***
R2 .27 .34 .35 .21 .33 .41Adjusted R2 .23 .30 .30 .17 .28 .36F value 7.25*** 7.76*** 6.60*** 5.16*** 7.34*** 6.60***∆R2 .07 .01 .12 .08Partial F value 7.20*** 1.36 11.82*** 7.05***Degrees of freedom 10/199 13/196 16/193 10/200 13/197 16/194†p < .10.*p < .05.**p < .01.***p < .001.Notes: I report unstandardized regression coefficients (t-values are in parentheses; I used a two-tailed test for control variables and a one-tailed
test for all hypotheses except H9a and H9b).
–2.90, p < .01). Finally, the positive link between compe-tence exploration and radical innovation performance isstronger when interfunctional coordination is high (b = .20,p < .01), in support of H13. This result is confirmed by theplots in Figure 5, Panel B, which show that competence
exploration is related to radical innovation performancewhen interfunctional coordination is high (simple slope: b =.42, t = 5.32, p < .001), but it has no effect when it is low(simple slope: b = –.02, t = –.18, n.s.). Interfunctional coor-dination serves as a quasi moderator for this outcome
76 / Journal of Marketing, October 2005
0 1 2Rad
ical
Inn
ova
tio
n P
erfo
rman
ce
Competence Exploitation
–1–2
0
1
2
0 1 2Rad
ical
Inn
ova
tio
n P
erfo
rman
ce
Competence Exploration
–1–2–2
–1
0
1
2
–2
–1
High competence exploitationLow competence exploitation
High competence exploration Low competence exploration
FIGURE 4Interaction of Competence Exploitation and Competence Exploration on Radical Innovation Performance
A: Moderating Effect of Competence Exploitation B: Moderating Effect of Competence Exploration
0
1
2
0 1 2Rad
ical
Inn
ova
tio
n P
erfo
rman
ce
Competence Exploration
High interfunctional coordination Low interfunctional coordination
–1–2–2
–1
0
1
2
0 1 2Rad
ical
Inn
ova
tio
n P
erfo
rman
ce
Competence Exploitation
–1–2–2
–1
High interfunctional coordination Low interfunctional coordination
FIGURE 5Interaction of Interfunctional Coordination and Competence Exploitation and Competence Exploration on
Radical Innovation Performance
A: Moderating Effect of Interfunctional Coordination B: Moderating Effect of Interfunctional Coordination
because it is also positively related to radical innovationperformance (b = .25, p < .001). Market launch capability,organizational slack, and output control predicted radicalinnovation performance. A replication analysis that substi-tuted the measures for radical innovation performanceobtained from the second survey with those from the pri-mary survey confirmed the original findings.
Evaluating the Direct Effects of MarketOrientation on Innovation Performance
My model (see Figure 1) posits that competence exploita-tion and exploration fully mediate the effects of customerand competitor orientations on innovation performance. Iused Baron and Kenny’s (1986) tests of mediation to verify
Resolving the Capability–Rigidity Paradox / 77
this claim. With the entry of competence exploitation andexploration (see Table 4, Model 3), the effects of customerorientation (b = .19, p < .001) and competitor orientation(b = .19, p < .01) on incremental innovation performanceare reduced (but remain significant): customer orientation(b = .14, p < .01) and competitor orientation (b = .12, p <.05). This suggests partial mediation. In contrast, Table 4(Model 5) shows that with the entry of competenceexploitation and exploration, the significant effect of com-petitor orientation on radical innovation performance (b =.13, p < .10) in Model 4 becomes nonsignificant (b = .01,n.s.). This suggests full mediation. Customer orientation hasno direct effect on radical innovation performance, suggest-ing that its effect occurs entirely through its positive influ-ence on competence exploration previously reported inTable 3. Thus, the mediating proposition is partially sup-ported. Table 5 summarizes the hypotheses and empiricalconclusions of the study.
Discussion and ImplicationsMarketing scholars have paid little attention to resolving thecapability–rigidity paradox despite its immense hindranceto the effective management of product innovation, anactivity that lies at the heart of marketing’s role in enhanc-ing the firm’s competitive advantage (Day 1994). In thisstudy, I examined the role of market orientation in resolvingthis paradox. The results advance the marketing literature inseveral ways. First, the results show that both customer andcompetitor orientations guide managerial decisions to allo-cate resources to exploit existing product innovation com-petencies and to develop new ones. These findings supportpropositions in the RBV and marketing theory that becausemarket-oriented firms are sensitive to environmental cues,they are in a better position than their non-market-orientedcounterparts to uncover and overcome potential internalcompetence deficiencies (Barney and Zajac 1994; Day
TABLE 5Summary of Hypotheses and Empirical Conclusions
Expected EmpiricalHypotheses Sign Conclusions
H1: Customer orientation is positively related toa. Competence exploitation. + Supportedb. Competence exploration. + Supported
H2: Competitor orientation is positively related toa. Competence exploitation. + Supportedb. Competence exploration. + Supported
H3: The positive effect of customer orientation on competence:a. Exploitation is stronger when interfunctional coordination is high than when it is low. + Not supportedb. Exploration is stronger when interfunctional coordination is high than when it is low. + Supported
H4: The effect of competitor orientation on competence:a. Exploitation is stronger when interfunctional coordination is high than when it is low. + Not supportedb. Exploration is stronger when interfunctional coordination is high than when it is low. + Supported
H5: The positive effect of customer orientation on competence:a. Exploitation is weaker when the perceived market opportunity is high than when it is low. – Not supportedb. Exploration is stronger when the perceived market opportunity is high than when it is low. + Supported
H6: The positive effect of competitor orientation on competence:a. Exploitation is weaker when the perceived market opportunity is high than when it is low. – Not Supportedb. Exploration is stronger when the market opportunity orientation is high than when it is low. + Supported
H7: Competence exploitation isa. Positively related to incremental innovation performance. + Supportedb. Negatively related to radical innovation performance. – Supported
H8: Competence exploration isa. Negatively related to incremental innovation performance. – Supportedb. Positively related to radical innovation performance. + Supported
H9a: The interaction of competence exploration and exploitation is related to incremental innovation performance. N.A. Not supported
H9b: The interaction of competence exploration and exploitation is related to radical innovation performance. N.A. Supported
H10: The positive effect of competence exploitation on incremental innovation performance is stronger when interfunctional coordination is high than when it is low. + Not supported
H11: The negative effect of competence exploitation on radical innovation performance is weaker when interfunctional coordination is high than when it is low. + Supported
H12: The negative effect of competence exploration on incremental innovation performance is weaker when interfunctional coordination is high than when it is low. + Not supported
H13: The positive effect of competence exploration on radical innovation performance is stronger when interfunctional coordination is high than when it is low. + Supported
Notes: N.A. = not applicable.
78 / Journal of Marketing, October 2005
1994; Hurley and Hult 1998; Schroeder, Bates, and Junttila2002). Instead of being plagued by the capability–rigidityparadox, it appears that market-oriented firms are able tomake judicious judgments in resources allocations for prod-uct innovation competencies based on market information.Yet expenditures for acquiring and using market knowledgeare typically considered operating costs. This study pro-vides justification for the view that such expenditures mustbe considered investments rather than operational costs ofthe firm (Srivastava, Shervani, and Fahey 1998).
Second, I find that the effects of customer and competi-tor orientations on competence exploration (unlike compe-tence exploitation) are positively moderated by interfunc-tional coordination. This implies that because competenceexploration is a highly risky and uncertain endeavor, the useof market information to inform such a process requires ahigh degree of interfunctional coordination. In contrast,because of its greater experience with existing competen-cies, a firm’s use of market information to guide resourceallocation for competence exploitation does not necessarilyrequire high interfunctional coordination efforts. A relatedfinding is that because of the uncertainties and risksinvolved in developing radical innovations, firms requiregreater interfunctional coordination in deploying both exist-ing and new competencies for this purpose. As people fromdifferent functions interact, there is likely to be reinterpreta-tion of one another’s perspectives in deploying the firm’scompetencies (Henderson and Cockburn 1994), developingnew solutions, and recombining existing competencies foruse in new product areas (Zahra and Nielson 2002). Inter-functional coordination helps explain the differential capac-ities of firms to exploit existing competencies and toexplore new ones simultaneously to develop radical innova-tions and thus escape the capability–rigidity paradox.
Third, I find that a managerial mental model that per-ceives the market environment as an opportunity rather thanas a threat has significant implications for the firm’s deci-sion to develop entirely new product innovation competen-cies. A possible explanation for this result is that with sucha mental model, managers are likely to discover compe-tence gaps that need to be overcome to benefit from theavailable market opportunities. Because customer and com-petitor orientations lead to greater understanding of thefirm’s strengths and weaknesses in relation to those of itscompetitors (Day and Wensley 1988), when perceived mar-ket opportunity is high, managers are more likely to developnew competencies than to focus entirely on exploiting exist-ing ones. Perceived market opportunity reduces the per-ceived costs of investments into new competencies (White,Varadarajan, and Dacin 2003). This is an important insightbecause scholars tend to examine the role of market orienta-tion on product innovation activities without explicitly con-sidering how the managers’ interpretations of the marketconditions affect the linkages. The role of mental modelsmay represent an underdeveloped aspect of the study ofmarket orientation and should be given attention in futurestudies.
Fourth, the new evidence of the differential direct andinteraction effects of competence exploitation and explo-ration on product innovation performance is particularly
poignant. Although the differential effects affirm conven-tional wisdom, the negative effect of their interaction onradical innovation performance is counterintuitive. Itimplies that competence exploration will be more valuableto the firm when it is matched with a lower level of compe-tence exploitation, and vice versa. Because too much ofboth competence exploitation and exploration may haveundesirable costs for the firm (March 1991; Nerkar 2003),this result implies that a firm at the forefront of new knowl-edge creation through exploration is more likely to succeedin developing radical innovations by recombining thisknowledge with some level of exploitation. Existing compe-tencies provide the necessary absorptive capacity to usenew competencies (Danneels 2002). Conversely, a firm thatis extremely competent in exploiting its current competen-cies will be successful with radical innovation only with alittle dose of exploration. This finding reflects the argumentthat many radical innovations are the locus of a meetingbetween a problem and its solution, even when neither theproblem nor the solution is itself new (Galunic and Rodan1998; Kogut and Zander 1992). This insight is apt in thecontext of this study in which firms may exploit existingcapabilities in new ways to solve emerging customer prob-lems (Luo 2002). Radical innovations to the Chinese marketoften result from the recombination of known technologyand market elements. The product novelty stems from theact of combination, not necessarily from the novelty of thetechnology and market solutions combined.
Finally, the differential strengths of the direct effects ofcustomer and competitor orientations on competenceexploitation and exploration are noteworthy. Competitororientation has a greater effect on competence exploitation,a key driver of incremental innovation performance, thandoes customer orientation. This suggests that comparedwith customer focus, competitor-centered practices enablefirms to marshal resources to meet more immediate threatsof competitors through competence exploitation and incre-mental innovations (Noble, Sinha, and Kuma 2002). Thus,the partial mediation of the effects of customer and com-petitor orientations on incremental innovation performanceby competence exploitation and exploration suggests thatexamining only their direct effects leads to an underestima-tion of their differential explanatory power. Furthermore,compared with competitor orientation, customer orientationhas a stronger effect on competence exploration, which isthe only means by which customer orientation is positivelylinked to radical innovation performance. Yet competenceexploration fully mediates the positive effect of competitororientation on radical innovation performance. These find-ings provide some support for Noble, Sinha, and Kumar’s(2002, p. 36) conjecture that exploration plays a strongerrole in the transition of customer and competitor orienta-tions to firm performance than does exploitation. Given thatcompetence exploration involves the acquisition of entirelynew knowledge and skills, these results suggest that it isthrough customer rather than competitor orientation thatfirms build stronger capacities for radical innovation. I con-tend that these differential effects may be the result of firmshaving greater knowledge of their future customers than oftheir future competitors. Indeed, few, if any, empirical
Resolving the Capability–Rigidity Paradox / 79
frameworks exist for marketing managers to identify andanalyze future competitors. Deeper insight is necessary infuture research on how firms develop competitor orienta-tions. In brief, in failing to examine the differential routesby which customer and competitor orientations affect inno-vation performance, these findings imply that previousresearch may have arrived at a premature and perhaps anoverly simplistic view of the relationships.
Theoretical ContributionsThis study contributes to marketing theory in five mainrespects: First, the study incorporates market orientationinto the RBV research stream that views firms as respond-ing to environmental conditions through existing competen-cies and the development of new ones (Barney and Zajac1994; Cockburn, Henderson, and Stern 2000). According tothe RBV, knowledge is the most important resource that afirm can control, but the challenge is how firms turn knowl-edge into internal competencies for innovation (Barney1991; Kogut and Zander 1992). By addressing the linkbetween customer and competitor orientations and productinnovation competencies, this study meets this challengeand presents a new perspective of the role of market orien-tation in product innovation; that is, market orientation cancontribute to competitive advantage insofar as it elicits andreinforces investments in existing product innovation com-petencies and simultaneously leads to the development ofnew competencies. Although marketing scholars have theo-rized about this linkage (e.g., Day 1994; Hurley and Hult1998), there has been no empirical evidence until now. Thisevidence contributes to the marketing literature by provid-ing a new theoretical mechanism by which market-orientedpractices are linked to incremental and radical innovationssimultaneously.
Second, the finding of a significant moderating role ofinterfunctional coordination resonates with research thatsuggests a dual role for organizational coordination mecha-nisms: one of transformation of knowledge into functionalcompetencies (Grant 1996) and one of integration of func-tional competencies into performance outcomes (Grant1996; Henderson and Cockburn 1994). The knowledge-sharing benefits of interfunctional coordination ensure thecollective assimilation of efforts among functional units touse market knowledge to engender competence exploration.In addition, by enhancing connectedness among functionalunits, interfunctional coordination ensures the effective useof the firm’s new product innovation competencies toengender radical innovation outcomes. These findingsunderscore the wisdom of a disaggregated view of marketorientation and suggest a more nuanced view of the differ-ent roles of interfunctional coordination than has previouslybeen provided in the extant literature.
Third, resource allocations for capability buildinginvolve a trade-off between exploitation and exploration(March 1991). In finding a significant moderating impact ofthe firm’s perceived market opportunity on the effect of cus-tomer and competitor orientations on competence explo-ration, this study reveals an important managerial factor thatmay enable firms to strike an appropriate trade-off. The
finding validates Day’s (1994) thesis about the salience ofmanagers’ mental models in using market information tobuild firm capabilities. It also emphasizes the notion thatbuilding new capabilities does not involve the mere acquisi-tion and use of market knowledge. More critically, theprocess involves the use of interpretation schema to deter-mine how the managers respond to the market situation(White, Varadarajan, and Dacin 2003). This finding throwsnew light on why different firms faced with the same objec-tive market conditions develop different product innovationcapabilities.
Fourth, this study contributes to marketing theory bybeing perhaps among the first to test empirically the propo-sition that competence exploitation and exploration havedirect and opposing relationships with incremental and rad-ical innovations performance. In particular, the negativeimpact of their interaction on radical innovation perfor-mance suggests new theoretical implications that areunavailable in the extant literature: Both exploitation andexploration require a little dose of each other to enhanceradical innovations. This study suggests that a firm mustexploit some level of its current competencies to leverageits new competencies to develop radical innovations. Thisechoes Danneels’s (2002, p. 1097) finding that “rather thantrapping the firm, current competencies may be used asleverage points to add new competencies.” The additionalnew insight that is missing in the literature but is offeredhere is that existing competencies, when coupled with somelevel of new competencies, may also enhance radical inno-vations. This new insight lends some support to the idea thateffective balancing of exploitation and exploration requiresa high–low matching rather than a high–high matching(Nerkar 2003). Further research should address the organi-zational designs and processes that could ensure appropriatelevels of interaction between competence exploitation andexploration.
Fifth, given the context of this study, the results haveimplications for the role of market orientation in the firm’sadaptation to turbulent environments. As I argued previ-ously, the significant risks and uncertainties in a transitionalenvironment indicate that firms in China must confront notonly the challenge of new competition, changing technolo-gies, and new customer preferences but also collapsingcapabilities (Li and Atuahene-Gima 2002). Exploitation ofexisting capabilities may not be adequate and may quicklybecome hazardous to competitive advantage. Systematicefforts are necessary to track the market changes and toassess the firm’s competence deficiencies to refine existingcompetencies and to develop the necessary new ones for thenew environment. By empirically linking market orientationto the simultaneous exploitation and exploration of productinnovation capabilities and outcomes in China, I demon-strate that market orientation has promise for understandinghow firms adapt to complex and turbulent environments.
Managerial Implications
Studies indicate that market-based assets, such as marketorientation, play an important role in creating and sustain-ing shareholder value and should play an equally significantrole in investment decisions (Srivastava, Shervani, and
80 / Journal of Marketing, October 2005
Fahey 1998). By showing that market orientation affectsproduct innovation competencies, this study reinforces thisperspective and provides further empirical evidence withwhich marketing managers can buttress the argument thatmarketing expenditures may be better viewed as capitalinvestments rather than as operational costs. Therefore, theresults suggest an important role for marketing managers inplanning and executing the firm’s resource allocation deci-sions about product innovation. To exercise this role, mar-keting managers can use the results reported here to makethe case for increased interface with finance to ensure (1)that resource allocation decisions take into account thefirm’s needs for new product innovation competencies and(2) that such decisions are appropriately guided by thefirm’s knowledge of current and emerging marketconditions.
Traditionally, resource allocation in product innovationhas been largely guided by the level of sales (e.g., R&D aspercentage of sales) and competitors’ expenditures and/orbased on innovation typologies, such as process and productinnovations. This study suggests an additional criterion:competence exploitation and exploration to prioritizeresource allocation in product innovation. The ten-itemmeasure for competence exploitation and exploration usedin this study could be a useful starting point for marketingmanagers in developing such a decision-making yardstick.In addition, the results suggest that marketing managersshould be sensitive to the need for knowledge sharing andintegration among functional units within the firm. This isbecause the mere allocation of a scarce resource to compe-tence exploitation and exploration is unlikely to yield radi-cal innovations without effective coordination among cross-functional units to translate this competence into effectiveoutcomes.
This study suggests that to ensure the effective alloca-tion of resources for new competencies, marketing man-agers should work to prevent threat-rigidity tendencieswhen interpreting the market situation in the firm. Whenmarketing managers successfully persuade other functionalunits about the potential opportunities that market condi-tions offer, the firm is likely to consider its current innova-tion capabilities critically and devote resources to the explo-ration of new ones. In doing so, marketing managers wouldbe helping prevent competence exploitation from crowdingout competence exploration in their firms. Therefore, reduc-ing threat-rigidity tendencies in the interpretation of marketinformation should be an important task for marketing man-agers. This could be achieved by marketing’s advocacy forfunctional diversity, reward systems that encourage risk tak-ing, and interdependencies among functions in the acquisi-tion and use of market information.
Finally, findings suggest that because marketing man-agers have the ability to balance the potential tensionbetween competence exploitation and exploration, they arelikely to experience greater success in their efforts toenhance the firm’s product innovation. As the results indi-cate, managers may need to combine high competenceexploration with low competence exploitation (and viceversa) to develop radical innovations. This requires carefulattention to the use of ambidextrous structures that separate
exploration and exploitative activities (O’Reilly and Tush-man 2004). As an example, FirstDirect and SKF set upautonomous new business units to develop new competen-cies for new markets, but they left the exploitation of exist-ing competencies to existing business units (Abell 1999).
Limitations and Directions for Further Research
This study has several limitations. First, the measure formarket orientation neither captures all its different compo-nents nor covers all the various stakeholders (e.g., suppli-ers) that are likely to be the focus of a firm’s informationcollection efforts (Matsuno and Mentzer 2000). I measuredinnovation competence and performance across three years.However, the question remains whether market orientationmay be causally an antecedent to competence and perfor-mance across multiple years. Thus, a second limitation ofthe study is that causal relationships cannot be inferred inthe results reported. Further research might adopt a longitu-dinal design to tease out these linkages more clearly. Third,I used data from a sample of firms from a single industry.Although this offered several advantages for this study, itlimits the generalizability of the results. Finally, I controlledonly for a limited set of the potential antecedents of productinnovation competencies and outcomes because of datalimitations.
In addition to alleviating these limitations, there areother fertile avenues for further research. First, although Ifocused on product innovation competencies, the theory Ideveloped herein can conceivably apply to several otherorganizational competencies that Day (1994) describes asspanning and inside-out capabilities. Further researchshould examine the potential effects of market orientationon these other capabilities. Second, I show that market ori-entation may have relatively stronger effects on competenceexploration and on radical innovations. This echoesAtuahene-Gima’s (1995, p. 279) argument that “in contrastwith incremental innovations, firms need greater degree ofmarket orientation not only to cope with the high level ofuncertainties associated with developing radical innovationsbut also in establishing and educating the market.” Yet somescholars argue that market orientation may lead to compe-tency traps that stifle competence exploration and radicalinnovations. To date, however, the literature lacks clarity onthe nature and types of these traps and the effect that marketorientation has on them. The linkage between market orien-tation and competency traps requires empirical scrutiny infurther research to advance the understanding of productinnovation.
Third, this study suggests a synergistic perspective ofinterfunctional coordination by considering both the directand the moderating effects of this integrative mechanism.Further research should adopt this perspective in studyingother formal (e.g., cross-functional teams) and informal(e.g., social networking) integrative mechanisms to ensure abetter understanding of the outcomes of customer and com-petitor orientations. Although it is useful for sharing ideasand gathering interpretations, interfunctional coordinationmay also carry costs. However, there is little research thatconsiders costs and drawbacks of interfunctional coordina-
Resolving the Capability–Rigidity Paradox / 81
tion. Research is necessary on the conditions that moderatethe effect of this integrative mechanism on product innova-tion competencies and their outcomes. Fourth, the results ofthis study point to the importance of the mental models incapability building and underscore the need for furtherresearch to examine the factors that affect the interpretationof a market situation as an opportunity or as a threat.
Finally, although the capability–rigidity paradox is typi-cally conceptualized with respect to product innovation, itoccurs in any marketing activity in which the choicebetween exploitation and exploration is an issue (see Kyri-akopoulos and Moorman 2004). This raises several researchquestions that may be the focus of further research: Whatfactors influence the allocation of resources betweenexploitation and exploratory marketing strategies? To whatextent do firms differentiate between exploration andexploitation in their relationships with customers and otherfirms, and what are the performance effects of such rela-tionships? Under what conditions are exploratory andexploitative innovations and marketing strategies related?and How do firms maintain a balance between exploitativeand exploratory marketing strategies? Research on theseand other related questions could provide a better under-standing of marketing’s role not only in sustaining thefirm’s current competitive advantage but also, and perhaps
more important, in building its sources of future competi-tive advantage.
ConclusionTaken together, the results of this study suggest that marketorientation can prevent a firm from being operationally effi-cient but strategically inefficient by enhancing both productinnovation competence exploitation and exploration. Mar-ket orientation appears to be a key mechanism by whichfirms can reap the benefits of their innovation capabilitieswithout incurring the costs associated with potential rigidi-ties. In my view, this more nuanced assessment of marketorientation is only one of the benefits, both for theory build-ing and practice, of an inquiry into how firms generate andexploit product innovation competencies. Given the Chi-nese context of the study, I believe that this study provides asignificant clarification of the role of market orientation infirms’ adaptation in turbulent environments through productinnovation. However, this line of inquiry is still in itsinfancy. The complexity of the research questions that thisarticle raises is only comparable to the magnitude of theexpected returns from the advancement of the knowledge ofmarketing’s role in the firm.
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