The DT Framework Research

U.S. Banking Sustainability Reliance on Increased Digital Transformation

U.S. Banking Sustainability Reliance on Increased Digital Transformation

Doctoral Capstone Project

Author: Matthew E. McKenna

Degree: Doctor of Business Administration

Institution: Capella University

Date: 2024

“This qualitative inquiry study explores strategies banking leaders use to increase revenue and improve digital transformation success to reach parity with fintech competitors.”

Table of Contents

EXECUTIVE SUMMARY

70% failure rate in digital transformation initiatives within U.S. banks
$31.4 Billion estimated revenue loss to fintech competitors between 2023–2026

This doctoral capstone project by Matthew E. McKenna investigates the critical reliance of U.S. banking sustainability on digital transformation (DT). The study is motivated by the alarming rate at which traditional banks are failing to execute digital initiatives, losing substantial market share and revenue to agile fintech competitors and neobanks that leverage cutting-edge technology to deliver superior digital experiences at lower cost.

Employing a qualitative inquiry methodology, the researcher conducted semi-structured interviews with 15 senior banking leaders possessing more than five years of experience in implementing digital transformation strategies. The data, analyzed through Braun and Clarke’s six-phase thematic analysis, yielded four primary themes essential for successful digital transformation: (a) accelerating product development and delivery via agile methodologies, (b) prioritizing customer experience to combat fintech disruption, (c) leveraging data-driven decision-making and AI integration, and (d) fostering a collaborative organizational culture underscored by executive sponsorship.

The project provides actionable insights for banking executives, consultants, and policymakers, offering a comprehensive blueprint to improve strategic execution, modernize legacy systems, and maintain long-term competitiveness in an increasingly digital financial landscape. These findings contribute meaningfully to both academic literature on organizational change and to the practical playbook for digital banking transformation.

Key Findings: 4 Success Themes

  • Theme 1: Agile Delivery – Accelerating product development and delivery via agile methodologies.
  • Theme 2: Customer Experience – Prioritizing customer experience to combat fintech disruption.
  • Theme 3: AI & Data – Leveraging data-driven decision-making and AI integration.
  • Theme 4: Culture & Leadership – Fostering a collaborative organizational culture underscored by executive sponsorship.

SECTION 1: BUSINESS PROBLEM AND PURPOSE

1.1 Problem Statement

Traditional U.S. banks are experiencing an alarming 70% failure rate in their digital transformation initiatives, resulting in an estimated $31.4 billion in projected revenue loss to fintech competitors between 2023 and 2026. This systemic failure stems from a deeply entrenched reliance on inflexible legacy systems—particularly COBOL-based mainframes—that constrain banks’ ability to innovate at the speed of market demands. Fintech disruptors and neobanks, unburdened by legacy infrastructure, have capitalized on this gap, leveraging cloud-native architectures, mobile-first design, and AI-powered personalization to attract younger demographics with superior digital experiences and significantly lower fees.

The specific gap in practice identified by this study is the disconnect between executive awareness of the need for transformation and the organizational capacity to execute it effectively. While most banking leaders acknowledge the urgency of digital modernization, the absence of structured DT frameworks, compounded by cultural resistance and inadequate workforce training, has left many institutions in a perpetual state of incremental change rather than transformational evolution.

Only 20–30% of U.S. banks are committed to moving core banking functions to the cloud—the essential infrastructure for digital-era competitiveness.

1.2 Purpose Statement

The primary purpose of this capstone project is to explore and document the specific strategies that U.S. banking leaders employ to increase revenue and improve the success rate of digital transformation initiatives, ultimately striving to reach parity with their fintech competitors. By capturing the lived experiences and strategic insights of 15 senior banking professionals, this research aims to bridge the gap between DT theory and effective industry practice.

1.3 Research Question

Primary Project Question (PQ1): How do U.S. banking leaders perceive effective digital transformation strategies for increasing revenue?

The research question aligns with three core objectives:
  1. Identify the DT strategies most correlated with revenue growth.
  2. Understand the barriers to effective DT implementation in traditional banks.
  3. Generate replicable models that can be adopted industry-wide.

SECTION 2: LITERATURE REVIEW & CONCEPTUAL FRAMEWORK

2.1 Introduction to Digital Transformation in Banking

Digital transformation represents a fundamental paradigm shift in how financial institutions operate, serve customers, and compete. For U.S. banks, DT is no longer an option but an existential imperative. The literature describes DT as the integration of digital technology into all areas of a business, fundamentally changing how organizations deliver value to customers and adapt to competitive pressures. In banking, this manifests as the evolution from branch-centric, paper-driven operations to cloud-native, data-powered, omnichannel financial services.

2.2 Foundational Frameworks

2.2.1 Harvard Business Review’s Four Pillars

HBR’s framework identifies four interconnected pillars of digital business transformation: (1) Engaging customers at the right time and place, (2) Empowering employees to be more productive, (3) Optimizing operations with intelligent automation, and (4) Transforming products and services with data-driven insights. This framework emphasizes that DT cannot succeed in isolation—it requires simultaneous action across all four pillars.

2.2.2 MIT’s Five Building Blocks

Developed by Westerman and MIT researchers, this model identifies five structural components critical for digital evolution: (1) An operational backbone providing reliability and efficiency, (2) A digital platform enabling rapid deployment of new services, (3) An externally-facing digital services component, (4) A data and analytics engine, and (5) Accountable, adaptive leadership. MIT’s research demonstrates that banks achieving digital maturity address all five building blocks simultaneously.

2.2.3 Practitioner Frameworks: Capgemini, EY, and PwC

Major consulting firms contribute complementary frameworks. Capgemini’s Digital Maturity Model maps the journey from initiation through managed, defined, measured, and optimizing stages. EY’s Financial Services Digital Transformation framework emphasizes the importance of ecosystem partnerships. PwC’s Technology 2020 report underscores the convergence of AI, blockchain, and cloud as the foundational layer of next-generation banking.

2.3 The Practice Gap

Despite sophisticated theoretical frameworks, a significant practice gap persists. The majority of U.S. banks operate on COBOL-based mainframe technology—some of the oldest systems in the technology ecosystem. These systems, while reliable, are fundamentally incompatible with the composable, API-first architectures required for modern AI-enabled banking. Fintech competitors, built cloud-native from inception, can deploy new features in days; traditional banks may require months or years to achieve equivalent functionality.

Legacy Technology Challenge: Major U.S. banks collectively run billions of lines of COBOL code, requiring specialized (and increasingly rare) developers and preventing the rapid integration of modern AI/ML capabilities that fintechs deploy as standard practice.

2.4 The 10 Elements of Digital Transformation

This capstone project synthesizes the existing body of knowledge into 10 essential elements of digital transformation, providing a comprehensive diagnostic and implementation framework for banking leaders. Each element represents a critical dimension of organizational change that must be addressed for DT initiatives to succeed.

1. Architecture — Acts as the bridge between business strategy and IT execution. Involves merging mobile, electronic, and physical banking channels into seamless, cloud-based ecosystems. Cloud-native composable architectures replace rigid COBOL mainframes to enable rapid feature deployment.
2. Culture — A digital corporate culture is characterized by trust, psychological safety, and social collaboration. Technology alone adds no value without corresponding cultural transformation and adoption. Banks must cultivate a “digital-first” mindset from the C-suite to frontline employees.
3. Customer — A customer-centric approach utilizes real-time behavioral data analytics to understand evolving customer expectations and proactively combat fintech market share gains. DT without a customer lens fails to deliver sustainable competitive advantage.
4. Data-Driven — Leveraging accurate, governed data with machine learning and AI enables optimized operations, predictive risk management, and rapid response to market shifts. Data is the raw material from which all AI-powered banking value is created.
5. Digitizing — The systematic process of evolving from siloed legacy systems to open-access, API-driven ecosystems that enhance interaction and value creation. Full process digitization is the prerequisite for intelligent automation.
6. Financial — Linking DT investments directly to measurable revenue growth, business agility improvements, and operating expense reductions. Financial leaders must adopt value-stream mapping to demonstrate DT ROI beyond simple cost savings.
7. Leadership — The driving force that articulates a compelling digital vision, manages workforce attitudes and resistance, and maintains organizational alignment between strategic intent and tactical execution. Transformational leadership style is critical to DT success.
8. Organization — Breaking down entrenched internal silos and restructuring to support ‘business-to-IT fusion’—eliminating the traditional separation between technology and business functions. Agile organizational structures replace hierarchical command-and-control models.
9. Technology — The strategic deployment of modern tools including AI, cloud computing, open APIs, and blockchain to progressively replace outdated core systems. Technology choices must be guided by business strategy, not vendor convenience.
10. Workforce — Prioritizing technological literacy through upskilling, talent acquisition, and continuous training to equip employees to thrive in digital-first workflows. The human element remains the most critical—and most underinvested—dimension of DT.

2.5 Scholarly vs. Practitioner Perspectives

Scholarly research (2018–2023) places disproportionate emphasis on technology and workforce dimensions while frequently overlooking the cultural element of transformation. Conversely, practitioner research from McKinsey, Deloitte, and Capgemini tends to spotlight leadership and customer experience while systematically underemphasizing data-driven and technology architecture elements. This asymmetry in the literature creates a blind spot that the present study seeks to address through empirically grounded, holistic analysis.

SECTION 3: RESEARCH METHODOLOGY

3.1 Research Design

This study employed a generic qualitative inquiry approach, selected for its ability to capture the depth, complexity, and nuance of human experience within organizational contexts. Unlike quantitative methods that prioritize statistical generalizability, qualitative inquiry allows for the exploration of meaning-making, subjective perceptions, and contextual factors that are essential to understanding why digital transformation initiatives succeed or fail. The researcher positioned this study within an interpretivist epistemological framework, recognizing that banking leaders’ perceptions and lived experiences are valid and valuable sources of knowledge.

3.2 Population and Sampling

The target population for this study consisted of senior leaders and IT professionals within the U.S. banking industry who have direct involvement in digital transformation initiatives. Purposive sampling was employed as the primary recruitment strategy, with participants identified through the researcher’s professional LinkedIn network and industry associations.

Participant Criteria:
  • Minimum 5 years of professional experience in DT strategy
  • Proven track record of implementing organization-wide DT efforts
  • Senior leadership or IT executive role within a U.S. banking organization
  • English-speaking and based within the United States
  • Recruited via LinkedIn professional connections — NOT personal acquaintances of the researcher (ethics)
  • Final sample: 15 senior banking leaders (target: 10–12, expanded for data saturation)

3.3 Data Collection

Data was gathered through semi-structured, open-ended virtual interviews conducted via Zoom, enabling geographic flexibility while maintaining conversational depth. Each interview was audio-recorded with participant consent and subsequently transcribed verbatim using professional transcription tools. An expert panel of faculty colleagues conducted field tests of the interview protocol prior to formal data collection, enabling iterative refinement for clarity, flow, and alignment with the research question.

Interview Protocol: 12 primary interview questions (IQ1.1–IQ1.12), each supported by targeted probing questions. Topics covered: DT evolution and failure rates, customer demand and regulatory drivers, revenue measurement, cultural readiness, AI integration, technical architecture, legacy modernization, and fintech partnership strategies.

3.4 Data Analysis

The study followed Braun and Clarke’s widely validated six-phase thematic analysis methodology, applied through a reflexive lens. Analysis was conducted using MAXQDA qualitative analysis software and Microsoft Excel for codebook management.

Six Phases of Thematic Analysis (Braun & Clarke):
  • Phase 1: Familiarization — Immersive reading of all transcripts to develop initial impressions
  • Phase 2: Generating Initial Codes — Systematic identification of 27 significant codes across all data
  • Phase 3: Searching for Themes — Clustering codes into broader patterns (7 categories identified)
  • Phase 4: Reviewing Themes — Testing themes against the full dataset for coherence and relevance
  • Phase 5: Defining and Naming Themes — Producing precise, analytical theme names (4 primary themes)
  • Phase 6: Producing the Report — Writing up the analysis with rich evidentiary support
Data Progression: 27 significant codes → 7 thematic categories → 4 primary themes

3.5 Trustworthiness

  • Credibility: Member checking (participants reviewed and validated transcripts); expert panel review of interview protocol
  • Transferability: Rich, thick descriptions of research context provided for reader evaluation
  • Dependability: Maintained through a structured codebook and detailed audit trail
  • Confirmability: Achieved through reflexivity practices that mitigated researcher bias throughout

3.6 Ethical Considerations

The study adhered to rigorous ethical standards including: informed consent from all participants, strict confidentiality of participant identities, and the option for all participants to receive a summary of the final findings. To maintain objectivity and reduce conflicts of interest, the researcher explicitly excluded personal acquaintances from the participant pool.

SECTION 4: DATA ANALYSIS AND FINDINGS

The qualitative analysis of interview transcripts from 15 U.S. banking leaders yielded rich, textured insights into the strategies, barriers, and success factors associated with digital transformation. Employing Braun and Clarke’s thematic analysis, the data was systematically coded and distilled into four primary themes, each representing a critical lever for effective DT in traditional banking institutions.

4.1 Theme 1: Accelerating Product Development and Delivery

The first and most consistently cited theme centers on the urgent need to transition from slow, risk-averse waterfall project management to iterative, adaptive agile methodologies—specifically Scrum and Kanban. Traditional banks, constrained by legacy governance processes and bureaucratic approval chains, have historically struggled to deliver new digital products at the speed demanded by modern consumers. Participants P03, P04, and P05 emphasized this as a fundamental survival imperative.

Key Participant Insights:
  • – P03: “The biggest thing we needed to do was break the waterfall cycle. Customers don’t wait six months for a new feature — they switch banks.”
  • – P04: “Adopting Scrum transformed our delivery from quarterly releases to biweekly sprints. That’s the difference between relevance and irrelevance.”
  • – P05: “Removing the friction points in our internal approval process cut our time-to-market in half within the first year.”
Strategic Imperatives: Banks must establish cross-functional agile teams with end-to-end product ownership, implement automated CI/CD pipelines to reduce deployment risk, and adopt DevSecOps principles to embed security into the development lifecycle — not as an afterthought.

4.2 Theme 2: Prioritizing Customer Experience to Compete with Fintech

The second theme establishes customer experience (CX) as the sine qua non of digital transformation — the primary lens through which all technology investment decisions must be evaluated. Fintech disruptors have set new benchmarks for intuitive, frictionless, and personalized digital banking, and traditional banks that fail to match these standards are experiencing measurable customer attrition, particularly among millennial and Gen Z demographics. Participants P05, P08, P11, and P15 were emphatic about this strategic priority.

Key Participant Insights:
  • – P08: “Digital transformation without the customer at the center is just a technology project. Real DT is when the customer experience becomes indistinguishable from the best apps in any industry.”
  • – P11: “We lost 12% of our under-35 customer segment to neobanks in 18 months. That number is what got our board to finally fund a proper CX transformation program.”
  • – P15: “Human-centered design isn’t a UX luxury — it’s a revenue retention strategy.”
Customer Experience Framework: Banks must invest in: (1) Mobile-first, biometric-enabled interfaces, (2) Real-time, AI-powered personalization engines, (3) Omnichannel consistency across digital and physical touchpoints, (4) Proactive, data-driven financial guidance features, and (5) Seamless, sub-second transaction processing.

4.3 Theme 3: Leveraging Data-Driven Decision-Making and AI Integration

The third theme positions data and artificial intelligence as the foundational catalysts for both operational efficiency and revenue growth in the digital banking era. Participants P01, P02, P06, P11, P13, and P14 collectively framed AI and machine learning not as future-state aspirations but as immediate operational necessities. The banks making the most progress on DT are those that have successfully transitioned from intuition-based decision-making to empirical, data-grounded strategies.

AI-enabled banks can identify and respond to customer needs up to 10x faster than those relying on traditional batch-processing analytics.
Key Participant Insights:
  • – P01: “Every credit decision we make is now supported by an ML model. Our default rates dropped 23% in the first year.”
  • – P02: “We built a data lake that consolidated 15 years of fragmented customer data. Suddenly we could see the complete customer journey — and AI showed us exactly where we were losing them.”
  • – P06: “AI isn’t replacing our analysts — it’s making them exponentially more effective. The human judgment is still essential; the AI just eliminates the grunt work.”
  • – P13: “The banks that win the next decade will be the ones that treat data as their primary asset class — not their loan portfolio.”
AI Integration Priorities: (1) Machine learning-based credit risk modeling, (2) Natural language processing for customer service automation, (3) Predictive analytics for product cross-selling, (4) Fraud detection and cybersecurity threat intelligence, (5) Regulatory compliance automation and reporting.

4.4 Theme 4: Fostering Collaborative Organizational Culture and Executive Sponsorship

The fourth and perhaps most consequential theme challenges the technological determinism that dominates many DT narratives. Multiple participants—particularly P09, P10, P13, and P14—argued compellingly that the most sophisticated technology stack is insufficient without a corresponding transformation of organizational culture, leadership behavior, and workforce mindset. Successful DT, in this view, is fundamentally a human challenge that happens to involve technology, not the reverse.

Key Participant Insights:
  • – P09: “We had state-of-the-art technology — cloud, APIs, AI — and we still failed our first DT program. Why? Culture. Our middle management actively sabotaged the change because they feared losing their authority.”
  • – P10: “Executive sponsorship has to be visible, personal, and sustained. Not a memo from the CEO — the CEO walking the floor, asking teams about their AI experiments, celebrating failures as learning.”
  • – P13: “Psychological safety is the foundation. People need to feel safe to experiment, to fail, to challenge legacy assumptions without career risk.”
  • – P14: “We integrated DevSecOps not just as a development methodology, but as a cultural philosophy — security, collaboration, and continuous improvement as shared organizational values.”
Cultural Transformation Pillars: (1) Visible, sustained C-suite commitment to DT vision, (2) Psychological safety enabling experimentation and informed risk-taking, (3) Breaking down organizational silos through cross-functional teams, (4) Continuous learning culture with dedicated upskilling programs, (5) DevSecOps as both a methodology and a cultural framework.

4.5 Summary of Research Findings

Theme Key Focus Primary Participants Core Action
Theme 1: Agile Delivery Accelerate product cycles P03, P04, P05 Adopt Scrum/Kanban
Theme 2: Customer Experience Compete with fintech on CX P05, P08, P11, P15 Human-centered design
Theme 3: AI/Data Integration Data-driven decisions P01, P02, P06, P11, P13, P14 ML/AI implementation
Theme 4: Culture & Leadership Executive-led cultural shift P09, P10, P13, P14 DevSecOps + sponsorship

SECTION 5: IMPLICATIONS AND CONCLUSIONS

5.1 Implications for Practice

The findings of this study carry direct, actionable implications for banking executives, technology leaders, consultants, regulators, and educators. The four-theme framework provides a structured intervention model that moves beyond theoretical prescription to offer concrete, evidence-based guidance drawn from the lived experiences of active banking transformation leaders.

1. Adoption of Agile Frameworks

Bank executives must mandate the transition from waterfall to agile methodologies (Scrum or Kanban). This requires organizational restructuring to create empowered, cross-functional product teams with end-to-end accountability.

2. Investment in UX and AI

Institutions must prioritize human-centered design and develop internal AI competencies. This includes building ML-ready data architectures, establishing AI centers of excellence, and integrating predictive analytics into core business processes.

3. Strategic Consulting Integration

Consulting firms (McKinsey, Deloitte, Accenture, PwC) should guide clients through the full stack of DT requirements—aligning technical capability with cultural readiness—rather than delivering point solutions that address only one dimension.

4. Cloud Transition

Banks must execute decisive migrations from COBOL-based mainframes to cloud-based core banking platforms. This is the prerequisite infrastructure investment without which all other DT initiatives are constrained.

5. DevSecOps Cultural Transformation

Security must be embedded in the development lifecycle from inception, not retrofitted. This requires cultural change as much as process change, integrating development, security, and operations teams into unified, accountable delivery structures.

6. Human-Centered Design

All technology investment decisions must be filtered through the lens of customer value. Banks must establish continuous CX feedback loops, incorporate design thinking methodologies, and measure success by customer outcomes rather than technology deployment milestones.

5.2 Dissemination Plan

The findings of this doctoral capstone will be disseminated through multiple channels to maximize practitioner impact. Primary dissemination will occur through formal presentations to the American Bankers Association (ABA), reaching senior banking executives nationwide. Secondary channels include peer-reviewed academic journal submissions and practitioner-focused conference presentations at FinTech industry forums.

5.3 Limitations and Future Research

Study Limitations: (1) The 15-participant sample, while sufficient for qualitative saturation, limits statistical generalizability, (2) Participants were recruited through LinkedIn, introducing potential self-selection bias toward tech-forward banking professionals, (3) The study captures a point-in-time snapshot of a rapidly evolving field, and (4) Geographic focus on U.S. banking institutions limits international applicability.

Future Research: Longitudinal studies tracking DT outcomes at institutions implementing the four-theme framework; quantitative validation of theme correlations with revenue metrics; international comparative studies; and investigation of the specific impact of generative AI on the 10-element DT model.

5.4 Conclusions

This doctoral capstone project provides compelling evidence that successful digital transformation in the U.S. banking industry requires a multifaceted, coordinated approach that spans technology, customer engagement, data governance, and organizational culture. The persistent 70% DT failure rate is not inevitable — it is the predictable outcome of fragmented, siloed approaches that address individual elements of transformation without the holistic integration that sustained success demands.

The four-theme framework emerging from this research — agile delivery, customer experience leadership, AI/data integration, and executive-led cultural transformation — offers banking leaders a practical, evidence-based roadmap for navigating the complexity of digital evolution. Institutions that embrace these themes as interconnected, mutually reinforcing strategic imperatives will be positioned to close the gap with fintech competitors, protect and grow their revenue base, and build the organizational capabilities required for long-term sustainability in the digital-first economy.

By adopting agile methodologies, investing in AI and data capabilities, prioritizing customer experience, and leading genuine cultural transformation, banking executives can protect against the projected $31.4 billion revenue risk and position their institutions for leadership in the digital financial services era.

REFERENCES

Note: The complete reference list appears on pages 214–235 of the original capstone document. A representative selection is provided below.

Braun, V., & Clarke, V. (2006). Using thematic analysis in psychology. Qualitative Research in Psychology, 3(2), 77–101.

Capgemini Research Institute. (2022). World retail banking report 2022. Capgemini.

Deloitte. (2023). Digital transformation in banking: Strategies for success. Deloitte Insights.

EY Global Banking & Capital Markets. (2023). Digital transformation outlook 2023. Ernst & Young.

McKinsey & Company. (2023). The state of AI in financial services. McKinsey Global Institute.

PwC. (2023). Financial services technology 2020 and beyond: Embracing disruption. PricewaterhouseCoopers.

Westerman, G., Bonnet, D., & McAfee, A. (2014). Leading digital: Turning technology into business transformation. Harvard Business Review Press.

McKenna, M. E. (2024). U.S. banking sustainability reliance on increased digital transformation [Doctoral capstone project, Capella University].

APPENDICES

Appendix A: Professional Development Framework

This appendix documents the researcher’s professional development plan developed in conjunction with the Doctor of Business Administration program requirements. The framework reflects deep self-reflection on the concept of ‘ontological humility’ — the recognition that one’s own perspectives and assumptions are inherently limited and must be continuously challenged through exposure to diverse viewpoints and expertise.

Key Development Goals:
  • Build ‘ontological humility’ by actively incorporating team input and validating stakeholders’ perspectives
  • Develop transition strategy toward SVP/EVP executive leadership roles
  • Address tendency to underweight technical staff contributions in strategic planning processes
  • Leverage 25-year professional network (including Dell, American Express) for mentorship and continued growth
  • Aspire to contribute to reforming U.S. public education systems and pursue associate professorship role
  • Build personal brand through thought leadership publications and ABA speaking engagements

Appendix B: Interview Guide (IQ1.1–IQ1.12)

The following interview guide was developed and refined through expert panel review and field testing prior to formal data collection. Each question is designed to elicit depth, specificity, and reflection from participants without imposing the researcher’s assumptions.

IQ1.1: How has your organization’s approach to digital transformation evolved over the past five years?

IQ1.2: What do you believe are the primary drivers of the high failure rate in DT initiatives across U.S. banking?

IQ1.3: What metrics does your organization use to measure the success of DT initiatives in terms of revenue growth?

IQ1.4: How has digital transformation directly impacted your institution’s financial performance and operating expenses?

IQ1.5: How does your organization identify and manage resistance to digital transformation among employees?

IQ1.6: What specific strategies has your organization implemented to foster a culture of digital readiness?

IQ1.7: How does your organization approach employee training and development for digital capabilities?

IQ1.8: What role does data analytics play in your organization’s DT decision-making processes?

IQ1.9: How is your organization integrating artificial intelligence and machine learning into core banking operations?

IQ1.10: What approaches is your organization taking to modernize or replace legacy IT architecture?

IQ1.11: How is your organization leveraging API-driven ecosystems and partnerships to digitize operations?

IQ1.12: How is your organization collaborating with fintech companies or external technology partners to enhance digital offerings?

Appendix C: Field Test Form

The Field Test Form was used by the researcher to systematically evaluate the efficiency and effectiveness of the interview protocol prior to formal deployment. Key assessment areas included: (1) clarity and accessibility of question language for non-academic practitioners, (2) appropriate timing and sequencing of questions to build rapport and encourage depth, (3) effectiveness of probing questions in eliciting specific examples rather than generic responses, and (4) overall interview duration and participant engagement levels.

Appendix D: Expert Panel Review Form

The Expert Panel Review Form was developed using the Interview Protocol Refinement (IPR) framework to obtain formal doctoral-level validation of the research instrument. Three expert reviewers assessed the instrument across four dimensions:

  • (1) Protocol Structure: Evaluated the conversational flow and logical sequencing of questions from general (DT evolution) to specific (technical architecture and AI integration)
  • (2) Question Quality: Assessed whether questions were sufficiently open-ended, non-leading, free of academic jargon, and unlikely to generate socially desirable responses
  • (3) Content Validity: Determined whether the complete set of 12 questions would generate sufficient data to answer the primary research question (PQ1)
  • (4) Length and Comprehension: Evaluated whether the interview protocol was of appropriate length for senior executive participants and easily comprehensible to non-academic practitioners