# New-market disruption and non-consumer activation

The dynamics of market evolution have historically been dictated by the continuous refinement of products and services tailored to the most demanding and profitable customers. However, the phenomenon of new-market disruption challenges this traditional trajectory by illustrating how organizations achieve exponential growth not by competing for existing consumers, but by creating entirely new consumption ecosystems. By targeting populations historically excluded from the market due to constraints in wealth, access, time, or skill, disruptive entities forge pathways to profitability that established industry leaders structurally ignore. This report analyzes the theoretical foundations of new-market disruption, the primary barriers to consumption, the strategic mechanisms deployed to overcome these barriers, and the empirical case studies that demonstrate these principles in action. Furthermore, it assesses how generative artificial intelligence and zero-marginal-cost models are currently reshaping the disruptive landscape across global markets.

## Theoretical Framework of Disruptive Innovation

The concept of disruptive innovation, introduced by Harvard Business School Professor Clayton Christensen in the 1990s, serves as the foundational framework for understanding how under-resourced entrants can eventually displace established industry incumbents [cite: 1, 2, 3]. In its earliest iterations, such as the analysis of the disk-drive industry, the theory focused on what was termed "disruptive technology" [cite: 4]. However, empirical anomalies led to a critical theoretical refinement: Christensen and Michael E. Raynor updated the concept to "disruptive innovation" after recognizing that technologies are rarely intrinsically disruptive; rather, it is the business model that serves as the disruptive vector [cite: 4, 5, 6].

### Sustaining Innovation and the Technology Mudslide Hypothesis

To isolate the mechanics of disruption, it is necessary to contrast it with sustaining innovation. Sustaining innovations focus on creating better-performing products to sell for higher profits to a company's most demanding customers [cite: 7, 8, 9]. Organizations already dominant in their industries predominantly rely on sustaining innovations because their internal resource allocation processes and financial incentives—such as gross margin percentages, discounted cash-flow analyses, and return on net assets (RONA)—demand investments in high-profit, high-growth areas [cite: 5, 8].

Through sustaining innovations, incumbents consistently improve product performance along an established trajectory. In the "technology mudslide hypothesis," Christensen differentiated this from disruption by noting that sustaining innovation requires constant upward movement just to maintain competitive parity [cite: 4]. Eventually, this trajectory "overshoots" the performance that mainstream customers can actually utilize or absorb [cite: 5, 10]. This overshooting creates a structural vulnerability. It opens a vacuum at the lower tiers of the market and completely ignores populations outside the market entirely, setting the stage for disruptive entrants.

### Low-End Disruption Versus New-Market Disruption

As disruptive innovation theory matured, researchers bifurcated the phenomenon into two distinct pathways: low-end disruption and new-market disruption, arguing that they represent fundamentally different economic phenomena [cite: 5, 6, 7, 11].

Low-end disruption occurs when a company utilizes a low-cost business model to enter the bottom of an existing market, targeting "overserved" customers who are satisfied with a "good enough" product that performs acceptably at a lower price point [cite: 2, 3, 7]. In this scenario, the disruptor steals market share directly from incumbents. The incumbent, driven by the pursuit of higher profit margins, willfully concedes this low-margin segment and retreats upmarket rather than engaging in a price war [cite: 7, 8, 12].

Conversely, new-market disruption involves the creation of an entirely new market segment and value network [cite: 1, 4, 13]. Rather than targeting overserved customers in the existing value network, new-market disruptors target "non-consumers"—individuals or entities that previously lacked the financial resources, geographic access, or technical skill to participate in the market [cite: 5, 9, 13]. Because the new entrant is competing against "non-consumption" (meaning the customer's alternative is nothing at all), the initial product does not need to match the performance of the incumbent's offering; it only needs to be better than nothing [cite: 10, 12].

### Performance Trajectories and Metric Evolution

The disruptive trajectory is fundamentally mapped through a "performance over time" conceptual model [cite: 1, 5]. This performance over time trajectory is the core conceptual backbone of this theory. It effectively plots two intersecting curves on a standard Cartesian coordinate system where the X-axis represents time and the Y-axis represents product performance. Sustaining innovations follow a steep exponential curve that quickly overshoots a shallower, linear band representing mainstream customer demand. Meanwhile, disruptive technologies enter much lower on the Y-axis—below mainstream demand—but improve along their own steep exponential curve. Disruption officially occurs at the intersection point where the disruptive trajectory crosses the threshold of mainstream adequacy [cite: 1, 5, 10].

In a new-market disruption scenario, the entrant's initial product ranks lower on accepted historical performance dimensions (such as processing power, visual fidelity, or physical robustness) [cite: 1, 5]. However, it introduces a novel mix of secondary attributes—such as being smaller, cheaper, more accessible, or more convenient [cite: 1, 5]. As the new technology improves at a rate faster than customer demand increases, the disruptive product eventually crosses the adequacy threshold for mainstream use cases [cite: 10]. 

To move upmarket without shedding their cost advantages, successful disruptors rely on an "extendable core." This refers to a business model or underlying technology architecture that enables the entrant to pursue more demanding customers without adding commensurate costs or losing their initial performance advantage [cite: 5].

### Comparative Dimensions of Innovation Models

The structural differences between these three innovation paradigms dictate organizational strategy, resource allocation, and incumbent response.

| Innovation Category | Target Audience | Economic Profile | Incumbent Response | Trajectory and Market Impact |
| :--- | :--- | :--- | :--- | :--- |
| **Sustaining Innovation** | Existing high-end and mainstream customers ("best customers") [cite: 7, 9]. | High profit margins; focuses on premium pricing and volume [cite: 8, 9]. | Vigorous defense and rapid imitation; incumbents thrive and typically win [cite: 4, 9]. | Incremental or breakthrough improvements along accepted performance metrics [cite: 1, 10]. |
| **Low-End Disruption** | Overserved customers at the bottom of the existing market [cite: 3, 7, 9]. | Low-cost business model; lower profit margins than incumbent products [cite: 7, 9]. | Incumbents flee upmarket to protect higher margins rather than fight [cite: 7, 8, 9]. | Captures existing market share; pushes incumbents to abandon the bottom tier [cite: 9]. |
| **New-Market Disruption** | Unserved or underserved non-consumers [cite: 3, 9, 13]. | Profitability achieved at lower prices per unit; utilizes novel value networks [cite: 5, 9]. | Ignored by incumbents who view the new segment as non-threatening [cite: 9]. | Creates a new value network; improves to eventually displace mainstream products [cite: 4, 5, 9]. |

## The Architecture of Non-Consumption

To create a new market, disruptors must convert non-consumers into consumers. Non-consumption is rarely caused by a lack of intrinsic desire for a product; rather, it is enforced by systemic constraints. Research into market-creating organizations reveals a framework of four primary barriers to consumption: wealth, access, time, and skill [cite: 14]. An analysis of successful market-creating entities indicates that all must overcome at least one of these barriers, while 95% systematically dismantle multiple barriers simultaneously [cite: 14]. Furthermore, empirical studies show that 100% of these organizations redefined their business activities to create new value networks, 84% integrated internally operations that are conventionally outsourced, and 55% employed breakthrough technologies to achieve their goals [cite: 14].

### The Wealth Barrier

The most frequently encountered obstacle across both developing and high-income economies is the wealth, or money, barrier [cite: 14]. Incumbent products are often priced to sustain high gross margins, effectively pricing out the base of the economic pyramid. Disruptors address this barrier not merely by cutting corners, but by fundamentally redefining the business model and cost structure to ensure profitability at vastly lower price points [cite: 9, 14]. For example, the footwear company Havaianas bypassed the wealth barrier by streamlining sandal design to a flat rubber footbed and a one-piece strap, reducing manufacturing costs to a level affordable for non-consumers [cite: 14].

### The Access Barrier

The access barrier encompasses geographic, infrastructural, and distributional limitations. Non-consumers may possess the necessary capital but reside in areas ignored by traditional retail or service networks [cite: 14]. To overcome this, disruptive organizations deploy novel distribution channels. When Havaianas recognized that rural non-consumers could not reach urban retail hubs, they deployed mobile shopfronts via vans to remote towns [cite: 14]. Similarly, financial service providers leverage existing mobile telecommunication networks rather than building physical bank branches to reach populations isolated from traditional banking infrastructure [cite: 14].

### The Time Barrier

Time friction prevents consumption when the acquisition or utilization of a product demands a disproportionate temporal investment [cite: 14]. Complex onboarding processes, long transit times, or slow service delivery act as severe deterrents. Disruptors engineer solutions that drastically reduce the time required to consume. In the micro-insurance sector, organizations like MicroEnsure eliminated the time barrier by collapsing a lengthy registration process into the submission of a single data point: a customer's mobile phone number [cite: 14].

### The Skill Barrier

Incumbent products often require specialized training, literacy, or domain expertise to operate safely and effectively. The skill barrier locks out non-consumers who lack this specialized knowledge [cite: 14]. Disruptive innovations simplify the user interface or automate complex underlying processes, rendering the product usable by laypeople. When Galanz sought to introduce microwave ovens to the Chinese market, they encountered a population unfamiliar with the appliance. They overcame the skill barrier through extensive newspaper advertisements that functioned as simple, step-by-step instructional guides, empowering first-time users [cite: 14].

## Strategic Mechanisms for Market Creation

To dismantle the four barriers to consumption, disruptive enterprises rarely rely on brute-force capital expenditure. Instead, they leverage distinct business model innovations and technological mechanisms that rewrite the economics of distribution and acquisition.

### Value Chain Unbundling and Modularization

Unbundling (or modularization) is a strategic mechanism that disaggregates traditional, integrated value chains into specialized, independent components [cite: 5, 15, 16].

[image delta #1, 0 bytes]

 Christensen noted that in early markets, firms compete on a primary performance attribute through interdependent, vertically integrated architectures. However, as markets mature, modularization allows new entrants to compete on secondary attributes such as cost, speed, and ease of use [cite: 16].

Modularization directly attacks all four consumption barriers. By shifting from monolithic architectures to specialized inputs, providers significantly lower their "cost to serve" and customer acquisition costs, easing the wealth barrier [cite: 16]. It overcomes the access barrier by allowing financial or retail services to be embedded as APIs directly into the digital environments where customers already operate (e.g., e-commerce platforms or ride-hailing apps) [cite: 16]. The skill barrier is lowered as modularization enables the integration of automated voice chatbots and AI-driven interfaces that guide weakly literate customers through complex processes [cite: 16]. Finally, modular value chains reduce the time barrier by facilitating real-time data exchange and faster onboarding [cite: 16].



### Decentralized Distribution Networks

Decentralized distribution networks circumvent the infrastructural deficits inherent in emerging markets. Traditional, centralized distribution allows a firm to exercise high control and skim channel profits, but it requires massive capital investment and assumes the presence of reliable physical infrastructure [cite: 17]. In environments plagued by fragmented logistics, poor road networks, and unreliable warehousing, centralization becomes a rigid liability [cite: 18].

Disruptors deploy decentralized distribution models to empower open access and facilitate peer-to-peer transactions. For instance, distributed ledger technologies and smart contracts eliminate the need for centralized intermediaries, generating distributed trust and reducing transaction costs—a concept rooted in transaction cost economics and the Coase theorem [cite: 17, 19, 20, 21]. Organizations like Winding Tree have attempted to apply these decentralized architectures to the travel industry to unseat centralized booking oligopolies [cite: 22]. By utilizing decentralized platforms, businesses turn previously infeasible models into viable ones, pushing product and service access to the very edges of the geographic network, thereby overcoming the access barrier [cite: 19, 23].

### Pay-As-You-Go Financial Models

The Pay-As-You-Go (PAYG) business model represents a paradigm shift in overcoming the wealth barrier for populations at the base of the economic pyramid, who typically earn less than $2.50 a day [cite: 24, 25]. Traditional financing and micro-finance models historically failed this demographic due to high upfront costs and a lack of integrated technical support [cite: 25].

PAYG models enable "nanofinancing"—the exchange of products and services for micro, daily sums of money that strictly mirror the day-labor earning and spending habits of non-consumers [cite: 24, 26]. This model relies heavily on two technological pillars: mobile money integration and machine-to-machine (M2M) connectivity [cite: 25, 27]. A consumer pays a small daily fee (often equivalent to or less than what they previously spent on inefficient alternatives like kerosene) via their mobile device. In exchange, an M2M signal unlocks the product, such as a solar home system [cite: 26, 27]. If payment ceases, the system is locked remotely [cite: 27]. By shifting capital expenditure (CapEx) to operational expenditure (OpEx), PAYG has brought clean energy, irrigation, and sanitation to millions of non-consumers, acting as a profound catalyst for new-market disruption [cite: 25, 28].

## Empirical Case Studies in Non-Consumer Activation

The theoretical mechanics of new-market disruption are best illuminated through empirical case studies spanning diverse geographies and industries. These examples highlight how organizations targeted non-consumption through frugal innovation and structural redesign, effectively demonstrating the theories of unbundling, decentralization, and barrier removal.

### Mobile Financial Services and M-Pesa

M-Pesa, launched in Kenya in 2007 by the telecommunications firm Safaricom, is a quintessential example of new-market disruption within the financial sector [cite: 29, 30, 31]. Prior to M-Pesa's introduction, the vast majority of the Kenyan population constituted non-consumers of formal financial services due to the geographic inaccessibility of bank branches and the high costs associated with maintaining accounts [cite: 29, 30].

Safaricom targeted this non-consumption by transforming the basic mobile phone into a digital wallet. Rather than building costly bank branches, M-Pesa utilized a decentralized distribution network of existing airtime vendors and local shopkeepers who acted as cash-in and cash-out agents [cite: 29, 30]. This model required no specialized skills beyond basic mobile phone operation, overcoming the skill and access barriers simultaneously. Furthermore, it facilitated digital bookkeeping, which notably supported women's participation in "chama" (micro-savings) groups [cite: 29]. Operating as a cornerstone of Africa's "Silicon Savannah," M-Pesa facilitated over 19 billion transactions in Kenya alone during 2022, demonstrating how an early mover can create an entirely new value network that ultimately disrupts traditional banking alliances from the bottom up [cite: 29, 30].

### Frugal Innovation in Healthcare: Narayana Health

Frugal innovation—the process of doing more with less to deliver high value at radically lower costs—is a potent driver of new-market disruption [cite: 32, 33, 34]. In India, Narayana Health applied these principles to complex medical procedures. Founded by Dr. Devi Shetty in 2000, Narayana Health recognized a massive wealth barrier: millions of Indians required cardiac care, but virtually none could afford the $200,000 equivalent price tag typical of Western open-heart surgeries [cite: 35].

By fundamentally redefining the operational business model, Narayana Health achieved extreme economies of scale. Expanding to a chain of 31 hospitals across 19 locations, the organization performs an average of 150 surgeries a day [cite: 35]. The hospital utilizes activity-based costing models to track the precise cost of every piece of care on a daily basis, allowing them to strip out systemic inefficiencies [cite: 35]. To overcome geographic access barriers, they rotated staff from their Indian operations to establish Health City in the Cayman Islands [cite: 35]. Consequently, Narayana reduced the cost of open-heart surgery to approximately $2,000—without sacrificing clinical outcomes [cite: 35]. Inspired by Mother Teresa's ethos, this new-market disruption made cardiac care accessible to a population previously excluded from surgical intervention, proving that structural business model redesign can neutralize seemingly insurmountable wealth barriers [cite: 35].

### Fintech Democratization via Nubank

In Latin America, the banking industry was characterized by severe bureaucratic friction, exorbitant fees, and high interest rates, leaving vast swaths of the population unbanked [cite: 36, 37, 38]. Nubank, founded in Brazil in 2013, emerged as a disruptive fintech startup explicitly designed to counter these traditional offerings [cite: 36, 38].

Nubank attacked the wealth and time barriers by offering a no-annual-fee digital credit card managed entirely through an intuitive mobile application, bypassing the labyrinthine bureaucracy of incumbent institutions [cite: 37, 38]. Furthermore, Nubank achieved structural cost advantages by eliminating physical branches and relying heavily on data science, technology, and an internally cultivated customer service team known as "Xpeers," who bridged the skill barrier for users transitioning to digital banking [cite: 36, 37]. The organization strategically chose to integrate with the Brazilian Central Bank's "Pix" system for real-time, free peer-to-peer transfers rather than building an in-house alternative, showing agility over monolithic control [cite: 37]. By targeting young, tech-savvy non-consumers, Nubank scaled to serve 85 million customers by 2023 [cite: 38]. Incumbent banks, hindered by their legacy branch costs and dependency on fee revenues, were initially unable to respond to this digitally native entrant [cite: 36, 37].

### Logistics Optimization with Rivigo

The Indian logistics and freight sector has historically been plagued by structural deficits: prolonged transit times, driver shortages, poor working conditions, and suboptimal asset utilization [cite: 39, 40, 41]. Rivigo initiated a new-market disruption by fundamentally altering the operational paradigm of trucking through its "relay trucking" model [cite: 40, 42, 43].

In a traditional setup, a single driver handles a long-haul route, requiring extended rest periods that idle the asset. Rivigo instituted a system where a driver operates a truck to a designated pit stop, hands the cargo to a rested driver, and takes a return truck back to their home base on the same day [cite: 40, 43]. This unbundling of the driver from the specific vehicle ensured non-stop movement of goods, reducing transit times by 50% to 70% compared to industry averages [cite: 40, 42]. Additionally, it solved a critical human resource crisis by drastically improving the quality of life for drivers (referred to internally as "pilots") [cite: 42]. 

Coupled with intense technological integration, IoT sensors, and data analytics, Rivigo secured a US patent for its intelligent driver allocation system, which algorithmically balances driving hours, rest, and fuel usage [cite: 42, 43]. Backed by significant funding from SAIF Partners and expanding via its Relay-As-A-Service (RaaS) model to an expected 30,000 to 50,000 trucks, Rivigo's model allowed them to scale rapidly, serving an underserved market that demanded transparency and speed but was failed by traditional fragmented logistics [cite: 41, 43].

### Summary of Disruption Mechanisms in Case Studies

| Organization | Geography | Industry | Primary Barrier Overcome | Disruptive Mechanism | Market Impact |
| :--- | :--- | :--- | :--- | :--- | :--- |
| **M-Pesa** | Kenya | Financial Services | Access & Wealth | Decentralized agent network; mobile USSD integration. | 19 billion transactions (2022); broad financial inclusion [cite: 29, 30]. |
| **Narayana Health** | India / Cayman Islands | Healthcare | Wealth | Activity-based costing; high-volume surgical scaling. | Reduced open-heart surgery costs from ~$200k to ~$2k [cite: 35]. |
| **Nubank** | Brazil | Financial Services | Wealth & Time | Zero-fee digital model; elimination of physical branches. | Scaled to 85 million customers; bypassed legacy banking bureaucracy [cite: 37, 38]. |
| **Rivigo** | India | Logistics | Time | Relay trucking model; unbundling driver from asset. | Reduced transit times by 50–70%; algorithmic fleet optimization [cite: 40, 42, 43]. |

## Generative Artificial Intelligence as a New-Market Disruptor

The contemporary business landscape is currently navigating a profound technological shift driven by Generative Artificial Intelligence (GenAI). Evaluated strictly through Christensen's framework, GenAI exhibits all the classic markers of a disruptive innovation, specifically threatening the bastions of knowledge work and professional services [cite: 10].

### GenAI Trajectory and Market Entry

True to disruptive theory, GenAI did not initially enter the market by competing directly with high-end, expert human labor. In its early iterations (circa 2019), GenAI outputs were awkward, error-prone, and largely dismissed by incumbents in law, consulting, and creative agencies as "not professional" [cite: 10]. 

However, GenAI established a powerful foothold as both a low-end and new-market disruptor. It entered at the low end by automating first drafts of code, boilerplate marketing copy, and basic contracts—jobs that incumbents considered too low-margin to fiercely defend [cite: 10]. More importantly, it enabled new-market disruption by providing non-consumers (e.g., solo entrepreneurs, small businesses, and students) with access to capabilities they could previously never afford [cite: 10, 12]. For instance, a small business that cannot afford a full legal team for a non-disclosure agreement finds a GenAI template to be "good enough, fast, and cheap" [cite: 10]. 

Because GenAI is driven by data scale and massive compute capabilities, its rate of improvement (the technology trajectory) is vastly outpacing the slow rise in baseline market demand [cite: 10]. As the technology climbs this performance trajectory, it crosses the adequacy threshold for mainstream use cases, moving from drafting boilerplate text to writing production-grade code, summarizing complex medical literature, and simulating realistic consumer sentiment through synthetic focus groups [cite: 10, 44]. Researchers at the Harvard Business School AI Institute have demonstrated that fine-tuning Large Language Models (LLMs) with historical survey data allows firms to conduct early-stage market research at a fraction of the time and cost of human studies, fundamentally bypassing traditional time and wealth barriers [cite: 44].

### Zero-Marginal-Cost Economics and the Vulnerability of Solution Shops

The disruptive potency of GenAI is exponentially amplified by its underlying economic structure. Traditional professional service firms—such as major consulting and legal practices—operate as "solution shops." In these models, clients pay high fees for human expertise, which is fundamentally bounded by the constraints of human time and high labor costs [cite: 10, 12]. In stark contrast, GenAI operates on a trajectory heading toward a "zero marginal cost" society [cite: 45, 46, 47]. 

Once a foundational AI model is trained, the cost of generating an additional unit of service—be it a contract review, a coded application, or a marketing strategy—asymptotically approaches zero [cite: 45, 46, 47]. If an AI agent can deliver a "good enough" answer for 1% of the cost of a human consultant, the traditional value chain is entirely reconfigured [cite: 12, 48]. As these AI agents handle search, negotiation, coordination, and enforcement at near-zero marginal cost, the traditional advantages of organizational scale weaken drastically [cite: 48]. 

This creates severe deflationary pressure in sectors like Software-as-a-Service (SaaS), where enterprise customers are beginning to question high subscription fees when AI models can deliver similar functionality for fractions of the cost [cite: 49]. Incumbents face a classic innovator's dilemma: serving their current enterprise clients requires sustaining innovations (higher accuracy, premium bespoke service), but fighting the disruption requires embracing a "good enough, cheap, and fast" model that actively cannibalizes their core, high-margin human-capital business [cite: 10]. 

### Macroeconomic Implications and the "AI Bubble"

The rapid diffusion of this technology presents broader macroeconomic challenges. Unlike prior technological disruptions that largely impacted routine, manual labor, GenAI threatens non-routine cognitive occupations concentrated at the upper end of the income distribution, potentially leading to unprecedented forms of wage and job polarization [cite: 50]. The automation of cognitive tasks at zero marginal cost suggests a future where economic growth could decouple from human labor participation [cite: 45, 50].

However, the literature from 2025 and 2026 indicates a growing skepticism regarding immediate enterprise value realization, resulting in discussions of a deflating "AI Bubble" [cite: 51, 52]. While generative and agentic AI models are ubiquitous, many organizations struggle to translate individual productivity gains into structural enterprise workflows [cite: 51, 52]. Analysts project that the transition from individual tools to true enterprise-level disruption will require significant restructuring of internal data management and business leadership reporting structures [cite: 51, 52]. Ultimately, the systemic impact of GenAI will shift competitive advantage away from technical scale toward specialization, proprietary data fine-tuning, and fluid positioning within AI-mediated networks [cite: 44, 48].

## Conclusions

New-market disruption represents a vital engine for economic democratization and corporate growth. By rigorously analyzing the specific barriers preventing consumption—wealth, access, time, and skill—innovators can architect targeted solutions that transform vast populations of non-consumers into loyal customer bases. Mechanisms such as value chain unbundling, decentralized distribution networks, and pay-as-you-go financial models act as the operational levers that make this transformation possible.

From M-Pesa's revolution of financial inclusion in Kenya and Nubank's digital assault on Brazilian banking bureaucracy, to Narayana Health's frugal healthcare scaling and Rivigo's logistics optimization, the empirical evidence demonstrates that disruption is fundamentally a business model problem, not merely a technological one. Incumbents consistently fail not because they lack resources or technical prowess, but because their rational, profit-maximizing incentive structures blind them to the low-margin, high-volume potential of non-consumption.

Today, as Generative AI and zero-marginal-cost architectures ascend the performance trajectory faster than any prior technology, a new wave of disruption is threatening the bedrock of knowledge work and professional services. Organizations that recognize the markers of new-market disruption—early market inferiority, focus on underserved demographics, and rapidly improving cost-performance ratios—will be positioned to not only survive these transitions but to actively architect the new markets of the digital era.

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29. [researchgate.net](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQGk6Y4QD2sKTKDUp-MGt-YNybb9zP6VbewiNZOgX_Qu5EKhgN3MWyCGgzcUQyc4j_Kn2hZliCafZKRwR5F08m107cnVEpJfS6a609MRfkRmKXQs7__ge1PhoM6_iSmI5BylphrdmNWGqBk2w9YUEF2MP88La9lxPhg-GalK36SM17qg4N6o8aofkGb42WWu_sshyPK5jE_JN8eCFb1MqBZ-8b8h777TIQM=)
30. [researchgate.net](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQGB7FXM7xOAkdohidZfa4EvMAGPPD1wUn2zYsDLXzkRiVMTOgoEFlkdIQDAtCaDt6NW6nPlqSlCHjARmG3eHfQ20geO3qFdoUkK11tBkOXXIjWH5wyfmHdUtLF5P1HjQwfmBtCR8-YgfPtMdTaOvm3Ng8QngJvA5Enf9kC1w9SC726PgV_J_S0l6fbkynqKNst0WXaL1jVlRP3baWp5ypQRIO-4Oev74HcwnJvMk1_ZDQ==)
31. [ijisrt.com](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQEqPFisWTMZj73N51EpCukHo-wTJzqKYnGErSxLvJcALiAZ2A55UmRdMwbF-n_10-s6K_l5y1fmfWvxeh4CPuiYcI0fp_wYdH6wKqaotUJ7_0mBsY-PB0JkvfpH8IOxflIkKGMcKDxHGj3FOPq3-0SZfPIXqyW6wun_xIp2SkKjL8m7NcDxKw8=)
32. [upenn.edu](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQHmIdkS7nOWL4QOAnasM6futEpdlCh7C_RjHLD6wqR5rRmZIPMJ4nqMqWG0w8Wch8COX2BCLX1dsMkDf1lq3BukSgoDvWbapFRru39QqnzyHKLDZszJkh153542d83BnuH4KJJ4Q05KbutcJ30GXb2wEY7BUZq5ww3eBu1hYours7_PPDnET_7L2jiS)
33. [imd.org](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQGCetqW6pBrJaRFa4yM5SmktNS6S0Sdkxcpmhd-ccKJni6Or43RaezQtoxdI0oR_S72CI_bzwFXWxmmAiPbqimD2WMspeK4cSr7pzsuL7kfXoXPNou0mlfniLV8vviba7yHfMXHTzgeYQfFyxGQvojslhZe-Y8H7S7PEEqfrfIuB3P6t54a_F2dhNp0rhhy0aG6PK1iG5EtncGDtzEmaLizzKlA4z1fNtMrIs-RK-voYLH3)
34. [emerald.com](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQGanUiw5lDSYicAvUwA_xy-bYsolO6OnTJycLI3Yx97DOHBoTt0EJDyZvWs38NR3c8J6OFW0tPhziZyOAV7mUL17LXrpqKDg7cffoKXxSY3I6PdJlZsTZP3nM5Jqq9E6o_l9zZGVIyGXGwgmvDBKpLRg0AM3-X2Exv0V2-Tq51xWe6xGA2_eTjVMSL3DwUKq5pw7q2z0HZHeoxx)
35. [commonwealthfund.org](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQHkTbmkWcPBGMWNYu_GXc1-VPM4nt9VqSoCkZJeyVfNs-P1Uf2eheiNRlivb55mHYteWewokHll3cjfBzmM--235FyIMINq2UzS6yvOPzOCjxUBYGXiMDkqbcta1vL-G6_9QDQU95qck6-wdCpeGTVEAJzV3BrtNDHqYImo5PUHS8PDvpMxHcahzdq6i-66zCZJrlOCPFhf83xV1ZlTc9_UpZy-2SQgZ6EsmO7634hXX2Z11mtyttDSHoWPH10_)
36. [anpad.org.br](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQHx8PpmVRlruslI9VFcQ_rYVp4wqym5pk3fEP8naMga61064i_Fmb8QhwpUCGGTIALkmjZUhTwRBrG23BTMIuE7AwHJuxQZvfX9xFPe4grEa9wRo6Ed9O2A9JSnYLGtT_1pMkZN2QWZmuU9NQ==)
37. [unl.pt](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQH_ASkyoTJ3plOl2Y3jtMLgUuZknTCt6e-OBbmxDArPPLT19xenyKe-2LrxhIJIM4C1418zIE_w2K6e9_kp8g-barN9-1oyTZSlYMd78NwGDVvcOtipIGcF-3eZ0q1ZdEwd9rOb9Iz1TXhIWBZwF_ydQVajXL0Ke1QiANCizURNRZBenwr-WtU=)
38. [cambridge.org](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQGLfIP8CHO1am8mTtlmbdTkyX9mc66INwjecmvFZhQZt-KAJ47N1yFxNGv2PKmvrrJn8nlRgXxTMfk3b-P_3VesHUfGadNfhVRFg0SuNjSxHsR4vX_r8ULn3JhvJoC9C5CzNax2ciZ9YU18-87QXegNdP6g1YXSGuPilxWD7L538-g8k7U_6xCUeNCJz2rYjcdk5GKz5de57QWoEc2Ov2nUoV2sDLC4c-1zvPHulb-w6g64_VOnDNJO_mvX_b6ncjX3_GFWsDxH1s0tyULRmMbm-WU=)
39. [itf-oecd.org](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQFcQxlJ1BFgzr3SseEBVcw8uqFGr2sJ6egYa0Yd7owVDXyyK69Yp2c3QOuHPBgU0ly2gQC2Y0GyfNe4W0qjfW-LbkbMfKrEul_x8sBRBL8y-pmz5bqBec5EfXgP6-vUXOSgj4DnNZyTpeNsmXbIf0lsjWxWUAGIUnmqzwtvKiTH8h87sf5wDPLnijLibvDH)
40. [vizologi.com](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQFt6YgA_QKeX2MzEaVMi_P08uqwE-FFCHRfbkfSj-hs7RVAp2nn9muzwUKjHtgyEwyCNKdnOYjXywQElKQP9xcwgWCPxcPTL49nK-pmZx-osbW_VzKGzwaikhxyYy4iIAdf9PnWY8oqcULGCOygMe1XS9gEDmOygbaIpxaUvTDdQyLtBCWM9zIAZFY=)
41. [scribd.com](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQFwWB6KSKcwJykQU8M4BUnd4ntSj8UpNPjffG9sGlggltS06CNy8fL2_Rfo2bAJHcRrix5YWb0zZRSVd7dhOCoAa06lZyPaC-KnWt4QXONHTjoN2ffVNCZpAD25tgA0biN8HzHloqI5vIaMxg_M1lcoE8KMtbsxuspGZoKSkDLOOsrN2fIYp2_3oDYJKE7tDRGs)
42. [quora.com](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQEefR5-2SiRzQJCzxY63DAT8MSyTLoOnHwLVFAU_cUXHSpH_DxXtKlDp8nlA74OJ-5Cv_-8NPUX5utNnO6w9oB_ZqwWgsfwP3LiugwIZndx46Yxpur6W04Gv-a6En93KvAeOyD8LBIBrvYTK1uZEOI2k6PZcOTHJHwSJxORqFLqkvUSfgU=)
43. [thestrategystory.com](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQHVKqgO3x3SxRwdCnzKsf0ltU8mWXHBLsu76orc47FO4Z8qDEewccHc6rsO4hhb4iDS9_Wtn9jFtDVpfxPITMySrPGFi-F4Yu9BZVzL0m_QiBMzkcatfyIqgCVBRU5Z969SVoxyL7qECJAU2hgxpvRRAYc5pUXKqhVGBA==)
44. [harvard.edu](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQHNu-1tRYMhf5mZSzecfy7ZNX25x2TyrRtRR6p_VAMMLXgxyAcvfy4VpFQnBhDWsWNYb4J9QW7oMHkYme0U5mjmCwNC0PF5cN4VsJRymSl8i8epurrv6VWQ3UGwWqivzeTP3d0XQZgbFPrMQFwUXT6tfes1AFEnLxfI1IyLUbw21TGS2r_orpNRhw==)
45. [johnrector.me](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQHEkzdmJHYw1cZdHsG6XHBuTzUiSPWEgg-VBNmQl1R7bxSPMldkC5uT7anPsBiSKkyqWdeOFVZnKknGwnaGKsg9yNKMH5kwjJAJM6RSFAeZAD-5qaxnTFK0MLMe0qHlb8FMLk9MSDjk1oIP7kaMRvWhSn5dm6kNbd-99FhmYh8Z4IJrVtwkC031H-hv6TZIApYp3AWt23O1mowpUHjllES7bWZqWGt2IeAO_BdI0btNzcvNHqpOJUeJ0ck=)
46. [researchgate.net](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQFIIdf7c7xLN4aYDbzk2OLW-ZGCEHbEcXdC6O-uulgk1ihkD_IdZ1mE1m6t-5OTf52hosoyGnObq2IZ2A89uRwFOvIQMJ2jXJK8TyF9cMbhX03yU7JVIzAfUPGblSP-DF-1c92AyTWTrEoDDzWi7W27_xG87XNSnnYZ1gjx_XAS2meA3R7lOxaYEDzNjZCeB-n9uTelnRXhgAQYxV3BdSzQXsD3Ww==)
47. [academia.edu](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQGvuBW6znXF30WgElgUVRAANLk0TqRynsI9FUPqprodTPhR9n3k330o7ht4n9E8nol0rQO2BsakFm6kHksap7ES3K6iYIzLw90gleBMdtYEEMeg21X-Klc4Q7IBzlzIrQLuzlxS2r6r3Gx7E2bP5E350Fn0B8o4TyndlXmktBAC7b1d-bQF6MW2jt_VyYz2g5inaTCYHB3CJshvrL0uu08ZR0KKLM0YEEyHtFI-kFZ2fbrc0F0YLEOOWmDKtb3YEK0_Dqpzf6LEsL0l0g3r8Kw=)
48. [mckinsey.com](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQHkEM8iDJWgVGx4ZesNIHfugUSbZ4ScAIIVaVUQzq-Z0GYLhbsBACRiwITtNMkK4Ac51FtwJGmQJO2H7MLtSmoMJfGDYOS1eeHUyZty4QmEa3VooIScz1OuErgx745BIee6_R6JpkjyKXoGrIkpyw0atbqUSTqgZ9w1qv2ofrlzwpzud6SZOZsVGt33CUZf37DeguKzROSvWZGhQvU8eAPfCpkL6BP6ltxAjRDqj6bh18LXIl8=)
49. [getmonetizely.com](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQEpYHjdETWzq9YuBNIPzPSgZIfpr29hKtF3J1GMQ8bEXpYbw4LgY69eoNcEmF1i_JQ2nd7U9p702Umww1P0NoCl6QwEyTHUs5HchH2IN_mRkuGCYkOXiSZKvOmD4sAFjGKEKTP62UUpx0058vs_EOb5b-AyNRWIocMsnBIBjXeNp8qKI1y4DGccDbrYV-NNBMEJCM4hIO3nROpyZ9m3AaNUYhHHwb3Gok5hR_7xEiA=)
50. [aeaweb.org](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQHfWvA20A_Wd5vsWUkpW1mGzFbPkaBUTtDjcTESSFmsHi_G539yoH8gVI2UiwrUp29cYA06ImIDb17jJi5tVOKgaoYrxfPOmGjx4tFZ5RkHVMvHpfdkM-wJaJcan3923LaZguSnFDMw38BcmLTp7bSn-y0e)
51. [medium.com](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQGnXN5iw3kiiK_lduUSBKdAL0vNJ15KV5Mwu6IOg98s_LcsqOHABEddKq8wsdUJLzK4Z765AxbN4P8mj5WoQejgHVeYbfTB2mTnKzLGpz39YUL9bNJ1zhyB_rH5AC_3CxfL6L0julVmqSOmH7Y_K9eferMeHTj5tyPv)
52. [mit.edu](https://vertexaisearch.cloud.google.com/grounding-api-redirect/AUZIYQEmoVc0IhHoMun9YRRcikPBwWB3KapO1344-6z_IfPZo5y_ci27M2_hjczxcmYxJdIRO8NwZtDRwBijhomcqRYH9MhyEUMc7qqHmhDzxlAzsyuDOxphzZIcFdSBpLEUsuJu5Xs6lomCyxwKQBPWG6tffQPlFzdzsqF5CoTF5hxkt67zPE5ksOkX)