4.1. TISM Modelling
Step-wise results from TISM modelling are discussed as follows.
Step 1: Identification and listing of the relevant factors: A total of seven factors were identified from the literature review and primary survey, which may act as enablers for branded content to be used as a marketing strategy. All seven factors are described in
Section 2 above. Also, the factors were verified by the experts, as mentioned in
Section 3 beginning.
Step 2: Defining Contextual Relationship and developing an Interpretive logic-knowledge base. The Interpretive logic-knowledge base matrix was prepared as per the methodology in step 2 in
Section 3 above and is placed as
Table A1 (
Appendix A).
Step 3: Development of a reachability matrix from the Interpretive logic-knowledge base and then scrutinize the matrix for transitivity. The interpretive logic-knowledge base was transformed into a binary matrix following the process described in step 3 in
Section 4 above. The reachability matrix obtained is placed in
Table 2. Further, as per the rule for transitivity discussed in step 3 in
Section 4 above, the final reachability matrix is prepared and placed in
Table 3. Also, the transitivities such obtained were included in the interpretive logic-knowledge base (
Table A1), by replacing the entry of NO with the entry of YES, for that respective transitive entry and also the word ‘transitive’ was written in the respective column of that entry. Further, the driving power (calculated by adding up the number of 1s in the row) and dependence (calculated by adding up the number of 1s in the column)for each factor were calculated and recorded in the final reachability matrix.
Step 4: Carrying out level partitioning of the reachability matrix: As per the process of level partitioning detailed in step 4 of
Section 3 above, In this study, a total of four iterations were required to allot levels to each factor. The consolidated level partition table is placed as
Table 4.
Step 5: MICMACAnalysis: The purpose of MICMAC Analysis is to divide the identified factors into four different clusters as per the driving power and dependence of the factors. The four clusters thus identify and group the factors as autonomous, dependent, linkage, and independent factors [
44,
60,
61,
62,
63]. The grouping of factors in this study is presented in
Figure 1 and discussed as below:
Cluster I: This cluster groups together Autonomous Factors in the system. Such factors do not significantly relate to other factors and have weak driving power and weak dependence. In this study, no factors emerged into this group, reflecting that all the factors show some other types of relationships.
Cluster II: This cluster groups together Dependent Factors in the system. Such factors have weak driving power and high dependence on other factors. In this study, value delivery to stakeholders (5), transparency (4), and authenticity (3) were grouped into this cluster. These factors are strategic for the system but need the support of other factors to be achieved successfully.
Cluster III: This cluster groups togetherLinkage Factors in the system. Such factors have driving power and dependence both as high. They are the most unstable ones, and any change on other factors can easily reflect on these factors and other factors. In this study, no factor emerged as a linkage factor, which might be because all the identified factors have either significant driving power or dependence, but not both.
Cluster IV: This cluster groups together Independent Factors in the system. Such factors have high driving power and low dependence on other factors. In this study, measurement and evaluation strategies (6), the customer as co-creator (7), quality of the content (2), and distribution and promotion strategy (1) got categorized into this cluster.
Step 6: TISM Model/Diagraph
All the factors are represented graphically in the sequence as per their driving powers and dependence, and the model thus obtained is known as the TISM model or Diagraph. In this study, the seven factors were placed as per their level partitions, where the factor with level one was placed at the top, followed by next-level factors. Factors are connected through arrows, which always point upward in vertical interrelationships, and arrows point to both sides in case of horizontal or same level factors. The dotted lines in the model reflect the indirect ‘lead to’ relation between the factors. The TISM model so generated is placed as
Figure 2.
As per the TISM model, the factors viz. measurement and evaluation strategies (6); and the customer as co-creator (7) emerged as the most significant driving forces for other factors. This signifies that for branded content to be used strategically for brand promotion, it is essential to have well-designed and practice measurement and evaluation strategies. These measurement and evaluation strategies help keep the quality of content higher and its delivery platforms efficient. The marketer needs to draft methods to measure the impact of branded content on the marketing and promotion aspects of their products. Similarly, the content development and delivery are to be evaluated frequently on pre-decided parameters with much precision. Equally, the strong enabler is the customer as co-creator (7), which also has high driving power. This is realized that if branded content focuses on and usage of user-generated content, its impact becomes manifold. Both these driving forces are significant to maintain transparency and credibility in the system for all the stakeholders. As per the model, next in the hierarchy in driving power are the quality of the content (2); and distribution and promotion strategy (1). With ideal measurement and evaluation strategies and involving the customer as content co-creator, it helps develop excellent quality content and content distribution in the most user-acceptable manner. Consumers seek complete and accurate information about the product before buying, and that is what they expect the branded content should provide them. Also, not all ways of making the content available to consumers are effective. Marketers need to identify the delivery method, which suits their product type and the profiling of consumers in the best suitable manner. These four driving forces discussed above lead to branded content’s transparency (4), and authenticity (3) for the customers.
Consequently, all these factors lead to value delivery to stakeholders (5). As emerged from the model, value delivery to stakeholders eventually decides the fate of the system’s success. Stakeholders involve the customers, content developers, platform providers, and marketers (if different from content creators and distributors). Unless the stakeholders get something worth higher sales, better product reviews, acceptance, and increased profits, only branded content should be sustained as a promotion strategy.
4.2. DEMATEL Model
The methodology explained in
Section 3.2 above was adopted, and consequently, the step-wise results obtained from applying the DEMATEL technique on the factors are discussed below:
Step 1: Direct relation matrix (D)
The direct relation matrix (D) was developed by identifying the pair-wise relationship between the identified factors, as per the method and formula explained in step 1 of
Section 3.2. The direct relation matrix is placed in
Table 5.
Step 2: Normalised direct relation matrix (N)
The normalized direct relation matrix (N) was obtained by normalizing the direct relation matrix (D) using the formula mentioned in step 2 in
Section 3.2 above. Accordingly, the matrix obtained is mentioned in
Table 6.
Step 3: Total relation matrix (T)
The total relation matrix (T) obtained as per the formula mentioned in step 3 of
Section 3.2 above is placed in
Table 7.
Step 4: Developing the causal diagram based on values of (D+R) and (D−R):
From the total relation matrix, the values of (D+R), i.e., the sum of influences given to factors, and (D−R), i.e., the sum of influences received by factors, were calculated, as shown in
Table 8.
The factors were ranked based on their (D+R) values, reflecting the relative importance of the factor in the system and the degree of the relation of one factor with other factors. The same is highlighted in
Table 9.
Similarly, the factors were also ranked based on their values of (D−R), reflecting the kind of relation between the variables and summarised in
Table 10.
Finally, (D+R) and (D−R) values were plotted to obtain the causal diagram (
Figure 3).
Inferences
The values of (D+R) and (D−R) were calculated and shown in
Table 8. Further, in
Table 9, the values of (D+R) were ranked, where value delivery to stakeholders (5) got the highest value of (D+R), followed by transparency (4), authenticity (3), measurement and evaluation strategies (6), customer as co-creator (7), quality of content (2), distribution and promotion strategy (1). The factors with higher values of (D+R) show higher prominence with the system. Similarly, the positive and negative values of (D−R), as shown in
Table 10 categorize the factors into cause or effect groups. The factors with a positive value of (D−R) are categorized into cause group factors. The factors with a negative value of (D−R) are categorized into effect group factors.
In this study, measurement and evaluation strategies (6); and the customer as co-creator (7) got the higher positive values of (D−R), which shows that these two factors have a high impact on other factors. But the (D+R) value of both the factors is low, which may be accounted for low levels of ‘R’. The next factor with a positive but low value of (D−R) is distribution and promotion strategy (1), which shows that this factor doesn’t impact other factors much. Also, this factor has the least (D+R) value, which shows that the factor does not carry much prominence with the system.
Further, in this study, four factors got categorized into effect group factors due to their negative (D−R) values, where authenticity (3), emerged with the highest value of negative (D−R), which shows that other factors are greatly impacting this factor. The high value of (D+R) also shows that this factor has high prominence with the system. The next two factors with high values of negative (D−R) are value delivery to stakeholders (5) and transparency (4). This shows that these two factors are also impacted by other factors significantly. Also, both these factors have the highest value of (D+R), making them significant and connected to the system. The factor with a low value of negative (D−R) is the quality of the content (2), and the same as a low value for (D+R) as well, which makes the factor getting moderately impacted by other factors.
Based on the outcomes from both the models, viz. TISM and DEMATEL, most factors emerged common in both the models, in terms of impact creating or dependency. Like, value delivery to stakeholders (5) emerged as the most dependant factor as per TISM model, and as per DEMATEL approach also this factor emerged with high prominence with the system, due to high value of (D+R) and got categorized into effect group, due to negative value of (D−R). Similarly, as per the TISM model, measurement and evaluation strategies (6); and the customer as co-creator (7) emerged as strong driving forces. As per the DEMATEL approach, these factors emerged as cause group factors due to positive values (D−R).
Further, authenticity (3) and transparency (4) emerged as dependant forces in the TISM model and DEMATEL approach as well both of them emerged as effect group factors with negative values of (D−R). But, the factors viz. distribution and promotion strategy (1); and quality of the content (2) emerged as driving powers in TISM, while in DEMATEL, distribution and promotion strategy (1) emerged as weak cause group factor, and quality of the content (2) emerged as weak effect group factor. This may be attributed to either less value of ‘D’ or ‘R’ associated with these factors.