Banking Technology Trends: What To Expect in 2025

Modern banks face many challenges due to a rapidly evolving technological, regulatory, and economic environment. While technology offers opportunities for efficiency gains and improved customer experiences, banks often have difficulty implementing and integrating new technologies. The legacy systems in many traditional banks can stifle innovation, making it hard to adapt to changing market dynamics. Staying on top of banking technology trends can help lenders overcome these challenges.

Banking Technology Trends for 2025

Technology empowers banks to overcome financial challenges by enhancing operational efficiency, risk management, and customer experience. Advanced analytics and artificial intelligence enable banks to analyze vast amounts of data swiftly, improving their ability to assess and mitigate financial risks. Technology is an innovation catalyst for banks to adapt to dynamic financial landscapes, fostering resilience and competitiveness in an ever-evolving industry. Here are the top banking technology trends for this year:

Let’s examine each of these trends in more detail:

Embedded Finance

Embedded finance is transforming how consumers and businesses interact with financial services by integrating banking functionalities into non-financial platforms. Key aspects of the embedded finance trend include:

• Banking Without Banks: Non-financial companies (for example, e-commerce, ride-sharing, and social media platforms) offer banking services like payments, lending, and insurance without requiring users to visit a traditional bank.
• Seamless Payments and Checkout: Integrated payment solutions allow customers to pay directly within apps (for example, instant checkout on e-commerce platforms and in-app buy-now-pay-later options).
• Lending and Credit in Everyday Apps: Businesses embed micro-loans and credit options within their platforms (for example, getting a small loan while shopping online).
• Payroll and Expense Management: Companies integrate financial tools that offer instant salary advances, automated expense tracking, and budgeting solutions.
• Insurance-as-a-Feature: Platforms integrate embedded insurance offerings, such as automatic travel insurance when booking a flight.

Embedded finance blurs the lines between banking and digital services, making financial transactions more intuitive, seamless, and widely accessible.

Banking-as-a-Service (BaaS)

Banking-as-a-service (BaaS) is revolutionizing financial services delivery by allowing non-bank businesses to offer banking products without building their own banking infrastructure. 

Through APIs provided by banks, anyone from retailers to fintech companies, and even tech giants can embed financial services—such as payments, lending, and account management—directly into their platforms. This model enables faster innovation and democratizes access to banking by allowing startups and non-financial companies to offer banking solutions with minimal regulatory overhead.

In 2025, BaaS is expected to:

• Expand into non-financial sectors like healthcare, gaming, and real estate.
• Integrate with blockchain and decentralized finance (DeFi). 
• Increase the hyper-personalization of financial products and services.

BaaS is shifting banks from direct service providers to behind-the-scenes enablers of financial innovation, redefining the financial industry’s role in a digital-first economy.

Mobile Banking

Mobile banking has exploded in recent years, changing how people manage their money. Smartphones and mobile internet have played a big part in this shift. Financial institutions offer mobile banking apps so users can do various transactions on the go. With just a few taps, users can:

• check account balances
• transfer funds
• pay bills
• apply for loans

Mobile banking has evolved thanks to integrating innovative technologies. As technology advances, features like real-time transaction notifications, predictive analytics for financial planning, and artificial intelligence for personalized financial insights have become more available. Also, contactless payment methods like mobile wallets and near-field communication have changed mobile banking. Mobile banking will see more advancements in the coming years, focusing on improving user experience, expanding functionality, and ensuring the highest security standards.

Omnichannel

An omnichannel banking approach integrates various channels, such as online banking, mobile apps, branches, and call centers, to give customers a seamless and unified experience. Customers like to engage with their financial institutions in various ways, so omnichannel looks to deliver consistent service across all channels. An omnichannel banking model lets customers start a transaction one way and finish it in another way. Customers may start a mortgage application online, receive assistance over the phone, and finalize the process at a branch, with all information seamlessly integrated.

The various channels in omnichannel banking include:

• Branches: Traditional physical bank branches continue to be a vital channel for many customers, providing face-to-face interactions and in-person services.
• Automated Teller Machines: ATMs offer self-service options for cash withdrawals, deposits, and account balance inquiries, providing a convenient channel for routine transactions.
• Online Banking: Internet banking allows customers to access their accounts, perform transactions, and manage finances through web-based platforms on computers or laptops.
• Mobile Apps: Mobile banking applications enable customers to perform banking activities using smartphones and tablets, providing on-the-go access to account information, transactions, and other services.
• Telephone Banking: Customers can access banking services by calling, interacting with automated systems, or speaking with customer service representatives.
• Social Media: Some banks leverage social media platforms to engage with customers, address queries, and provide information about products and services.
• Chatbots: AI-powered chatbots on websites or mobile apps assist customers by answering queries, providing information, and guiding them through various banking processes.
• Email: Banks use email for communication, sending account statements, alerts, and promotional messages.
• Video Banking: This channel allows customers to interact face-to-face with bank representatives through video calls, combining the convenience of digital communication with a personal touch.
• Wearable Devices: With the rise of wearable technology, some banks have extended their services to devices like smartwatches, providing quick and easy access to essential banking functions.

The omnichannel trend is growing as digital-savvy consumers demand more integrated and convenient banking experiences. Financial institutions are investing in advanced technologies to ensure a smooth transition between channels, allowing customers to switch effortlessly between online, mobile, and in-person interactions.

By leveraging this trend, banks can capture valuable data about customer behavior across channels, contributing to a more personalized and targeted approach to delivering financial services. The omnichannel strategy is a forward-looking response to the dynamic nature of customer preferences, promoting a more connected and cohesive relationship between banks and their clients.

Artificial Intelligence and Machine Learning

Artificial intelligence and machine learning have become integral parts of the banking industry, enhancing operations in many ways. For example, banks use AI-powered chatbots and virtual assistants to provide instant and personalized support. By using natural language processing, these systems offer a more interactive and efficient customer service experience.

Furthermore, ML algorithms analyze customer data to identify patterns and behaviors so banks can offer targeted product recommendations. Banks improve customer satisfaction and foster stronger relationships by tailoring services to individual needs.

AI and machine learning are also crucial in risk management and fraud detection. Through these technologies, banks can analyze large amounts of data in real time, spotting unusual patterns or anomalies that may indicate fraud. A machine learning algorithm can constantly learn from new data, adapting to new threats as they emerge.

By automating the detection of potential risks and fraudulent transactions, banks can enhance security measures, reduce financial fraud, and safeguard customers’ interests. Incorporating AI and ML into banking increases efficiency and makes it more secure and responsive.

Automation

In the banking industry, automation has become a cornerstone of efficiency. For example, automation is used in back-office operations and routine administrative tasks. Banks automate repetitive, rule-based tasks such as data entry, document processing, and transaction reconciliation to streamline workflows.

Automation reduces the possibility of human error and allows banking staff to focus on more complex and value-added activities. Automation in the back office enhances operational efficiency, accelerates processing times, and contributes to overall cost savings for financial institutions.

Furthermore, automation improves the customer experience in banking. Self-service portals and mobile apps can automate routine customer interactions, like account inquiries, fund transfers, and loan applications. Customers can handle their banking needs independently, 24/7, without bank staff intervention.

Customer service features like chatbots and interactive voice response (IVR) systems provide real-time help. With automated processes, banks improve customer satisfaction by offering faster and more convenient services and freeing their human resources to focus on more complex and relationship-oriented tasks. The strategic use of automation in banking is thus pivotal in creating a more agile, efficient, and customer-centric financial ecosystem.

Cloud Computing

Cloud computing is revolutionizing the banking industry by offering a flexible, scalable, and cost-effective way to manage and process data. Banks are adopting cloud-based services to improve efficiency, reduce infrastructure costs, and improve agility. Cloud computing lets banks store and access data securely, enabling seamless collaboration and information sharing between departments. Financial institutions can scale up or down their computing resources based on demand, ensuring optimal performance during peak periods without spending too much upfront.

Cloud computing enables developing and deploying innovative, customer-centric applications and services. Banks can use cloud platforms for mobile banking apps, online account management, and advanced analytics to provide personalized customer insights.

Cloud service providers often implement robust security measures and compliance standards, so banks don’t have to worry about managing complicated security infrastructure. Adopting cloud computing in banking boosts operational efficiency and allows financial institutions to stay competitive and agile.

Biometric Authentication

The banking sector has embraced biometric authentication as a more user-friendly and robust way to verify identity. Many financial institutions use biometric authentication methods like fingerprint recognition to protect customer accounts and transactions. Biometric authentication is a highly secure way to authenticate since biometric data is unique to everyone. Using biometrics adds an extra layer of security against unauthorized access, simplifying the user experience by eliminating passwords and PINs.

In addition to improving security, biometric authentication helps banks run more smoothly. Reducing the time customers spend on traditional authentication methods makes accounts and services more convenient. Users can access their accounts, make transactions, and even complete high-value transactions securely with a simple fingerprint scan or facial recognition on mobile banking apps and ATMs. Biometric authentication will significantly shape the future of secure and user-friendly banking experiences, aligning with the industry’s commitment to customer convenience and heightened security.

Blockchain

Blockchain technology has gained traction in banking due to its potential to revolutionize traditional financial processes. Blockchains are primarily used in the banking sector for secure, transparent transactions. Due to blockchain’s decentralized and distributed ledger system, every participant in a transaction network has access to the same unalterable record. Each participant can independently verify the authenticity of transactions, reducing fraud risk and enhancing transparency.

Another blockchain feature is smart contracts, which are self-executing contracts written directly into code. They automate and enforce contractual agreements, streamlining loan approvals, trade settlements, and compliance procedures.

Additionally, blockchain technology can improve cross-border transactions and payments. Traditional correspondent banking is often slow, expensive, and opaque. By eliminating multiple intermediaries and providing real-time settlement, blockchain makes cross-border transactions faster and cheaper.

Several banks are exploring blockchain-based solutions for international payments to improve the global financial system. Blockchain’s integration into banking operations will likely expand as it matures, paving the way for a more efficient, secure, and transparent financial ecosystem.

Open Banking

Open banking involves sharing financial data and services using third-party application programming interfaces (APIs). This approach allows third-party developers, fintech firms, and other financial institutions to securely access and leverage customer data held by banks.

The opening of APIs by banks facilitates the development of new and innovative financial products and services, fostering a more competitive and dynamic ecosystem. More financial options, better personalized services, and seamless financial data integration across multiple platforms will benefit customers.

Transparency, competition, and customer-centricity are driving the open banking trend. This feature gives consumers more control over their financial information, enabling them to share it with authorized third parties for a more tailored and efficient financial experience.

Furthermore, open banking fosters collaboration between traditional banks and fintech startups, resulting in innovative financial solutions. As regulatory frameworks evolve to ensure customer privacy and security, open banking will continue to reshape the financial landscape, promote innovation, and enhance the overall efficiency of financial services.

What Lenders Should Consider in Implementing a New Technology Stack

Implementing a new technology stack is a significant decision for any organization, and for lenders, it’s crucial to carefully assess various factors to ensure a smooth and successful transition. Here are some key considerations for banks when implementing a new technology stack:

Scalability:

• Choose a technology stack that can scale with the bank’s growth and increasing transaction volumes.
• Ensure the technology allows easy integration with new services and technologies as they emerge.

Interoperability:

• Assess the new technology’s compatibility with existing systems and the ease of integration.
• Ensure that the technology stack supports industry-standard APIs for seamless interoperability.

User Experience:

• Prioritize user-friendly interfaces for both customers and internal users.
• Consider the ease of training staff to use the new technology and the availability of support resources.

Performance and Reliability:

• Choose technologies known for high availability and minimal downtime.
• Establish performance benchmarks and monitor system performance regularly.

Data Analytics and Insights:

• Ensure the technology supports effective data collection, storage, and analysis.
• Implement tools that provide actionable insights for better decision-making.

Cost Considerations:

• Evaluate the long-term costs associated with implementing and maintaining the new technology.
• Assess the potential benefits and returns the new technology is expected to deliver.

Vendor Reputation and Support:

• Choose reputable vendors with a history of successful implementations in the banking sector.
• Ensure that the vendor provides reliable support services and has a responsive support team.

Security, Compliance, and Regulation:

• Ensure the new technology complies with all relevant financial regulations and data protection laws.
• Prioritize robust security measures to protect sensitive customer and financial data.
• Implement systems that provide detailed audit trails for regulatory purposes.
• Consider the adaptability of the technology to accommodate future changes in regulatory requirements.

Innovation and Future Trends:

• Assess the vendor’s technology roadmap to ensure ongoing updates and compatibility with future innovations.
• Consider how well the technology stack aligns with emerging trends such as blockchain, artificial intelligence, and machine learning.

Project Management:

• Develop a detailed and realistic implementation plan to minimize disruptions.
• Implement strategies to manage the organizational change associated with adopting new technology.

By carefully evaluating these factors, lenders can make informed decisions about implementing a new technology stack that aligns with their business goals, regulatory requirements, and customer expectations.

Implementing a new technology stack is a significant decision for any organization, and for lenders, it’s crucial to carefully assess various factors to ensure a smooth and successful transition. Here are some key considerations for banks when implementing a new technology stack:

Scalability:

• Choose a technology stack that can scale with the bank’s growth and increasing transaction volumes.
• Ensure the technology allows easy integration with new services and technologies as they emerge.

Interoperability:

• Assess the new technology’s compatibility with existing systems and the ease of integration.
• Ensure that the technology stack supports industry-standard APIs for seamless interoperability.

User Experience:

• Prioritize user-friendly interfaces for both customers and internal users.
• Consider the ease of training staff to use the new technology and the availability of support resources.

Performance and Reliability:

• Choose technologies known for high availability and minimal downtime.
• Establish performance benchmarks and monitor system performance regularly.

Data Analytics and Insights:

• Ensure the technology supports effective data collection, storage, and analysis.
• Implement tools that provide actionable insights for better decision-making.

Cost Considerations:

• Evaluate the long-term costs associated with implementing and maintaining the new technology.
• Assess the potential benefits and returns the new technology is expected to deliver.

Vendor Reputation and Support:

• Choose reputable vendors with a history of successful implementations in the banking sector.
• Ensure that the vendor provides reliable support services and has a responsive support team.

Security, Compliance, and Regulation:

• Ensure the new technology complies with all relevant financial regulations and data protection laws.
• Prioritize robust security measures to protect sensitive customer and financial data.
• Implement systems that provide detailed audit trails for regulatory purposes.
• Consider the adaptability of the technology to accommodate future changes in regulatory requirements.

Innovation and Future Trends:

• Assess the vendor’s technology roadmap to ensure ongoing updates and compatibility with future innovations.
• Consider how well the technology stack aligns with emerging trends such as blockchain, artificial intelligence, and machine learning.

Project Management:

• Develop a detailed and realistic implementation plan to minimize disruptions.
• Implement strategies to manage the organizational change associated with adopting new technology.

By carefully evaluating these factors, banks can make informed decisions about implementing a new technology stack that aligns with their business goals, regulatory requirements, and customer expectations.