Embedded Finance: What If Every App Is a Bank?

 

There is a copious change taking place in the financial arena of the 2020s, but ironically, it might be a silent and radical shift: Embedded Finance. 

In a world where companies grew dependent on traditional banks and financial service companies for each and every task, there is now a shift towards companies bringing these services to their apps and services. 

The domain of banks, a domain long controlled and strictly governed, is now poised to transfer within the domains of apps and services of consumers, taking the narrative forward to a point where every app could be a bank, at least in functionality, if not in name.

Embedded finance is not only a technological trend, but it is also a paradigm shift that impacts business models and market dynamics, consumer behavior and expectations, and financial inclusion globally. 

To appreciate and grasp the phenomenon and its ramifications, we will examine its evolution, mechanics, market size, advantages, challenges, and future trends.

#1 What Is Embedded Finance?

Essentially, embedded finance is all about the seamless integration of financial services with non-financial online platforms. 

Rather than necessitating that a customer exit or switch between applications, embedded finance allows these services to stay embedded where the customer already is, through their online platforms.

This definition defines a spectrum of use cases:

• Payment processing systems that are implemented in either ride-sharing services such as Uber
• Buy Now, Pay Later (BNPL) at Checkout
• Loans for Small Businesses through Accounting Packages
• Electronic wallets and balances within marketplaces
• Insurance and investment products available as a service on a platform

Here's how this is different from more traditional offerings, like store-brand credit cards:

The level of electronic integration and the fact that services are delivered in context not as a transaction for services from a bank are what differentiate this from more traditional offerings. 

The consumer interacts with financial services within the context of a task or experience.

#2 Historical Context: From Banks to Platforms:

The banking sector had long been a centrally controlled, regulated sector. 

During the better part of the 20th century, banks had a monopoly on deposits, payments, loans, and other financial instruments. 

The only way third parties could gain entry into this sector was, for example, through branded credit cards or agents. 

The digital revolution started to change this state of affairs around 2002.

Two major developments brought about this transformation:

• Digitization of Commerce and Services: With the shift to online platforms, the demand for digital payments, smooth interactions, and immediate financial transactional exchanges became necessary. Tech companies such as Amazon, Uber, and Airbnb had existing platforms where people interacted on a daily basis.
• Open banking and API environments: The regulatory community (such as PSD2 in the EU) and the market made the data and operations of banks more accessible through APIs. There were fintechs that could use the APIs to create modular financial services for access by third parties.

The impact: Financial services started to decouple from the bank branch. New players like Stripe, Square, and PayPal emerged with payment and credit services fully integrated into merchant flows. 

What's next: This is a more profound transition building financial journeys that span payments, budgeting, saving, lending, and investments fully integrated into a non-financial app.

#3 Ways Embedded Finance Works: Architecture

Embedded finance is enabled through a “layered architecture” allowing non-financial businesses to provide financial services in a manner short of becoming banks. 

Three core building blocks are important in this area:

A) Banking-as-a-Service

At the heart of the technology are APIs & BaaS platforms modular, programmable interfaces that allow developers to integrate banking functionalities into their applications. 

These are:

• Account creation
• Payments & Transfers
• Issuing and controlling card
• Risk and compliance functions
• Credit decisioning engines

BaaS removes a large part of the complexity involved in banking infrastructure and compliance, making it possible to provide financial services through a ride-hailing app or a SaaS offering without creating a bank.

B) Balance Sheet Providers and Risk Underwriting

Embarking on embedded finance requires capital and risk management. 

The balance sheet provider may be the licensed bank or financial institution, which underwrites the loan, holds the deposits, or takes on the risk. 

Some fintech businesses leverage both technology and balance sheet, but quite a number work through partnerships.

C) Distribution Platforms

The companies that provide such services to consumers retail merchants, e-marketplaces, cloud-based applications, ride-hailing providers, and travel-related apps can also be referred to as the “distributor.” 

The company has the relationship with the customer and puts financial services into context to increase conversion rates and engagement.

#4 Market Size and Growth:

The market for embedded finance is registering a tremendous growth rate due to the following reasons

• As of the year 2025, the market value stood at around $146.17 billion and is projected to reach a value of $580-$690 billion by the year 2030 with a compound annual growth rate of around 36%.
• Other projections indicate that banking services offered through non-financial apps may comprise close to half of the industry that offers embedded finance by 2025.
• The estimates of growth in previous years were such that the ecosystem of embedded finance could process multiple trillions of transactions every year come midway through the decade, considering the convergence of payments, credit, and embedded banking services.

These numbers indicate that embedded financial services are not isolation projects but, in effect, becoming vital enabling forces for online platforms globally.

#5 Key Use Cases Across Industries:

Embedded finance is not just a phenomenon within a specific industry, but rather a function of almost every industry where funding is exchanged or financial decisions are made. 

Here are a few examples of embedded finance use cases:

A) E-commerce and Retail

Merchants combine payment facilitation, wallets, BNPL solutions, and sometimes even inventory financing:

• BNPL services during checkout remove friction and conversion bottles by allowing consumers to make payments in installments.
• Platforms provide loyalty wallets and refund options on the same platform, making customer retention easier.

B) Ride-Hailing and

Ride sharing apps, for instance, have implemented payment solutions, financial services for drivers (such as debit cards and savings accounts), and fast payouts. 

The payment system allows for seamless payment by the customer, while the drivers are able to access financial services that address their cash flow issues.

C) SaaS and B2B

Vertical software vendors are integrating financial services relating to business activities:

• Accounting solutions that provide working capital loans based on financial data in real time
• Payroll solutions that include embedded payments and business banking functionality
• Supply chain platforms offering financing options to suppliers and vendors.

D) Healthcare & Insurance

Healthcare platforms enable financing of healthcare procedures at the time of receiving such healthcare, micro-insurance policies for healthcare plans, or pay-as-you-go wellness programs. 

Embedded insurance for travel or automotive services also simplifies and reduces the cost of bundling.

E) Social and Consumer Platforms

Social commerce tools and marketplaces include payment functionality, digital payment wallets, credit offers, and even investment options within the user experience. 

Users would no longer require different applications for transactional purposes. 

It would be a seamless experience within the social application.

#6 Strategic Benefits for Businesses:

Why are firms in all industries rushing to integrate finance?

A) Increased Revenue and Monetization

With embedding financial services, new income sources are also created. 

These include fees from transactions, interests from lending, interchange fees from cards, subscription services, and referral fees.

B) Enhanced Customer Experience and Loyalty

It also removes frictions through minimal app switching. 

By offering payments, financing, and money management in one platform, it leads to increased satisfaction and loyalty. 

Customers tend to find embedded financial choices more appealing than those of banks.

C) Data-Driven Insights and Personal

The platforms will obtain valuable information regarding spending habits, cash flows, and creditworthiness, which can be utilized to create personalized recommendations and risk assessment models. 

The information gives platforms a competitive edge.

D) Competitive Differentiation and Stickiness

The reason companies do this is that by providing financial services, they have the opportunity to deepen their engagement with people. 

Stickiness makes switching costly, and once consumers have centralized payments, wallets, or credit within an application, going back becomes inconvenient and costly.

E) Financial In

Embedded Finance is geared toward users in unbanked or underserved markets. 

Large digital footprints enable companies to extend account, lending, and/or payment services where banking networks are small or minimal.

#7 Challenges and Risks:

Although the potential exists, the implementation of embedded finance can be full of complexities. The major complexities include:

A) Regulatory Compliance

Engaging in financial services breeds a set of obligations, including anti-money laundering (AML), know your customer (KYC), data privacy regulations, licensing regulations, and geographical obligations. 

Other organizations face these challenges, especially when they globalize.

B) Security and fraud risk

The financial services that come with the embedded services are financial information and thus require confidentiality. 

Cyber threats, fraud, and breaches of confidentiality and integrity can be serious threats to the platforms and the services.

C) Operational Complexity

Underpinning the effortless UX is complex API work, various partnerships, reconciliation tools, and legacy issues. 

These are just some of the issues which platforms have to deal with in order to provide reliability and availability of service, which, of course, is what the customer wants

D) Trust and Brand Risk

When a non-bank service platform provides financial services, trust from customers is of utmost importance. 

Any episode of fraud, lack of service delivery, or operational irregularities can tarnish both financial and primary business reputations.

#8 Implications for Traditional Banks:

Embedded finance is resulting in two significant shifts in the world of banking:

A) Distribution Shift

Banks are no longer the go-to providers for financial services. 

Platforms that engage well online can deliver financial products, making banks the wholesalers or providers for the balances.

B) Partnership and Innovation Imperative

Most of the current banks today deploy embedded finance as they form partnerships with fintech and platforms. 

This allows the bank to reach and also derive revenues as the partner will handle the frontend service provision.

If banks do not evolve, they will render themselves invisible, and the functionality of banking will still be required, but it will be delivered via platforms they interact with every day and not via banking platforms.

#9 Future Directions and Strategic Imperatives:

The scene for embedded finance is developing at a rapid rate, and several trends that will define its next era are emerging:

A) Expansion Beyond Payments and Lending

Initially consisting of payments and credit offering products, embedded finance is growing to encompass: 

• Micro-insurance
• Wealth Management and Investment Products 
• Real-time Credit Scoring in Commerce Transactions 
• Modules for subscription finance and automated savings

B) AI and Machine Learning Integration 

AI systems are increasingly being incorporated into embedded finance in the following ways: 

• Risk evaluation and fraud analysis in real-time 
• Scaling up personalization
• As Automation of customer onboarding and services 
• Intelligent Transaction Routing & Decisioning 

The role of AI will rather continue to advance, and this will ensure the conversion of traditional financial APIs to intelligent and adaptable systems capable of dynamically processing financial decisions. 

C) Decentralized Finance (DeFi) and Blockchain

The blockchain and decentralized finance bring forth innovations such as the ability to conduct financial transactions that are trustless, transparent, and programmable. 

Smart contracts would enable the automation of lending, payments on an insurance claim, or guaranteed savings. 

D) B2B Embedded Finance Expansion 

Though consumer applications drove initial adoption, B2B platforms are beginning to offer financial services aligned with business processes such as supply chain finance, working capital loans, and business BNPL. 

Conclusion: The New Financial Architecture 

The emergence of embedded finance is, however, an indication of an entirely new era of the provision, consumption, and integration of financial services. 

These services, previously only available at banks, will be contextual, embedded utilities that will be plugged into various digital interfaces and platforms. 

These will include but not be limited to payments, lending, deposits, insurance, and investments. 

Such a shift is fueled by technology (APIs, BaaS, AI), consumer demands for a seamless user experience, the emergence of platform economies, and regulatory changes to allow for secure third-party interactions within financial systems. 

For enterprises, embedded finance can allow for a new stream of revenues, enhance consumer engagement, and shape the future of digital commerce. 

Existing banks, if they adapt, can still have relevance; others, who fail to adapt, could potentially lose their distribution power. 

And in a decade, the picture can be much different. 

Consumers will expect financial services to naturally occur in the same environment they interact in whether in a ride-sharing service, in a marketplace, in a payroll system, in a healthcare setting. 

In such a setup, all applications will be banks in essence, at least by experience. 

Embedded finance is far from a trend. It is the new financial infrastructure in the digital era.