Technologies that are changing the face of modern banking

Emerging technologies in banking have brought about a stark contrast between traditional banks and their digital counterparts. Digital banks emphasize user experience and the simplicity of their products, setting them apart from the conventional banking model. Banks must invest in and continually innovate their technology platforms by leveraging the latest digital banking technologies

Recruiting top-notch developers, rapidly introducing new products to the market, and refining them based on valuable customer insights are crucial to driving technology in banking. Simultaneously, they must embrace automation, redesign processes, and enhance their digital front ends.

Digital transformation goes beyond technological advancements. It necessitates a shift in mindset from rigid product-focused strategies to customer-centric approaches that cater to specific needs. Take, for instance, mortgage applications—customers no longer desire a lengthy and cumbersome process but seek a streamlined experience. By incorporating digital forms, electronic signatures, online verification, and other such digital banking technologies, banks can meet their customers’ growing demand. 

What are the types of digital banking technologies?

Various types of digital banking technologies have emerged as indispensable components within the financial landscape. These include blockchain technology, electronic signatures, APIs, artificial intelligence, and more. They transform traditional banking practices into customer-centric, efficient, and streamlined experiences. 

The focus of these banking technologies are:

  1. Enhanced customer experience: Digital banking technologies enable personalized and user-friendly services, allowing customers to conveniently access their accounts, transact, and manage their finances anytime, anywhere. Examples include mobile banking, electronic signatures, etc.
  2. Automation and efficiency: Technology in banking automates processes such as account opening, loan applications, and payment processing, reducing manual intervention, minimizing errors, and improving operational efficiency. Examples include robotic process automation (RPA), contract workflow automation, etc. 
  3. Data-driven insights: Emerging technologies in banking, such as big data analytics and AI-powered algorithms, provide valuable insights into customer behavior and preferences through data analysis. It enables banks to develop customized products and services for a more personalized and relevant banking experience.
  4. Security and fraud prevention: Technologies like encryption, biometric authentication, and real-time fraud detection systems enhance security measures, protecting sensitive customer information and preventing fraudulent activities.

What are the examples of digital technology in the banking sector?

Digital banking refers to the use of various tools and platforms that provide customers with more convenience, accessibility, and security in terms of managing their finances. They are designed to improve the overall banking experience for customers. Below are a few examples of digital banking technologies.

1. Blockchain technology

Blockchain is a technology that keeps records in a decentralized and widely shared way, making it next to impossible to tamper with the data. It is said blockchain deployment will save banks more than $27 billion annually by 2030.

Blockchain technology has three key applications in digital banks.

  • Enable secure and efficient cross-border payments, reducing costs and transaction time while ensuring transparency and minimizing fraud risk. 
  • Streamline the Know Your Customer (KYC) process by securely storing and verifying customer identity information, enhancing data privacy, and expediting onboarding. 
  • Optimize trade finance and supply chain management by providing a transparent and immutable record of transactions, simplifying documentation processes, and increasing trust among participants. 

The benefits of blockchain technology in digital banking include increased transparency and traceability, reduced paperwork and manual processes, and enhanced efficiency and trust. On the other hand, challenges involve adoption and collaboration among stakeholders, standardization of processes and data formats, integration with existing systems, and scalability concerns.

2. Artificial intelligence

The banking sector heavily relies on building trust and maintaining relationships with customers. Artificial Intelligence (AI) brings forth innovative solutions and transforms various aspects of their operations. 

AI is critical in digital banking with three key applications.

  • Enable personalized customer experiences by analyzing data to offer tailored recommendations and proactive customer service. 
  • Enhance risk assessment and fraud detection through real-time data analysis, safeguarding against suspicious activities. 
  • Automate manual tasks, improving operational efficiency and reducing costs

The benefits of incorporating AI in digital banking include enhanced fraud detection and prevention, reduced financial losses, and improved security measures. However, some challenges need to be addressed, such as ensuring the accuracy and reliability of AI algorithms, staying ahead of evolving fraud techniques and minimizing false positives to maintain the system’s effectiveness.

3. eSignatures

The banking industry has recognized the impact of electronic signatures, as it deals with a significant volume of documents and agreements daily. By adopting eSignatures, banks and financial institutions allow customers to sign and submit various documents online without needing in-person visits. This eliminates the need for banks to print, store, and transport physical documents, resulting in streamlined operations and cost reduction.

Electronic signatures have three main applications in digital banks.

  • Streamline the account opening process and enhance customer onboarding by allowing remote digital signing of documents and agreements. 
  • Simplify loan applications and contract management by allowing borrowers to digitally sign loan documents and agreements, facilitating faster processing and loan disbursements. This digital approach reduces errors and enhances accuracy in managing loans. 
  • Provide a secure and efficient document signing and authorization method, eliminating the need for physical signatures and paperwork for verification. This ensures faster turnaround times and reduces the risk of document tampering or loss.

Electronic signatures in digital banks bring numerous benefits, including faster document turnaround time, enhanced security, and reduced operational costs. However, there are challenges to overcome, such as establishing trust and acceptance of eSignatures across jurisdictions, ensuring compliance with legal and regulatory requirements, and implementing reliable authentication mechanisms.

See how Aruba Bank eliminates 60% of its paperwork with electronic signatures. 

4. Application programming interfaces (APIs)

APIs enable seamless connectivity and integration in the digital banking landscape. They act as intermediaries that allow different software systems, applications, and platforms to communicate and exchange data standardized and securely. 

Here are the top three applications of APIs in digital banks. 

  • Share customer data with authorized third-party providers securely. This allows customers to access a broader range of financial services and products from multiple providers through a single interface. 
  • Integrate digital banks with payment gateways, allowing customers to make transactions seamlessly. APIs facilitate real-time payment processing, fund transfers, and transaction status updates. 
  • Aggregate data from various sources, such as customer accounts, CRM, and external data providers. By integrating data analytics tools and APIs, banks can gain valuable insights into customer behavior, spending patterns, and financial preferences. 

APIs improve customer experience, drive innovation through collaboration with third-party developers, and enable digital banks to scale and adapt to market demands, benefiting their overall operations. However, adopting APIs also presents challenges, such as ensuring the security and privacy of customer data, compliance with regulatory requirements, and managing the complexity of integrating APIs with existing banking systems. 

5. Cybersecurity

The rise of digital banking technologies has also increased cyber attacks, malware, viruses, hacking, unauthorized access to networks, and data theft. Safeguarding data has become the primary goal of cybersecurity in banking. 

Here are the top three applications of cybersecurity in digital banks. 

  • Detects and prevents various threats, such as malware, phishing attacks, and unauthorized access attempts. Advanced security solutions, including firewalls, intrusion detection systems, and encryption techniques, are employed to safeguard sensitive data and mitigate potential risks. 
  • Protect customer data, ensuring it is securely stored, transmitted, and accessed only by authorized individuals. Compliance with GDPR (General Data Protection Regulation) and other industry-specific standards is required to build customer trust and avoid legal consequences.
  • Regular security audits, vulnerability assessments, and penetration testing are conducted to identify potential weaknesses in the system and ensure timely remediation. By having effective incident response and recovery processes, digital banks can minimize the impact of security incidents, protect customer assets, and maintain business continuity.

Implementing cybersecurity measures in digital banks enhances customer trust, prevents financial losses, and provides regulatory compliance. Challenges to address include the evolving threat landscape, the complexity of systems, and skill and resource constraints. Staying ahead of emerging threats, managing the intricacies of interconnected systems, and overcoming skill shortages while allocating adequate resources are crucial for digital banks to maintain a secure and resilient environment in the face of cyber risks.

Digital banking: The future is bright. The future is digital. 

Adopting digital banking technologies has significantly improved the banking sector, providing customers with efficient and convenient banking solutions. These technologies have instilled a greater sense of reliability and security among customers, enhancing trust in the banking system. 

As we look to the future, it is evident that the trends in banking technologies will continue to evolve, shaped by customer-centric approaches and innovative solutions. By staying ahead of these trends, banks can effectively meet the evolving needs of their customers and drive the future of banking forward.

If you are looking to streamline your document signing process and contract workflow, try Signeasy. Experience the ease and efficiency of digitally signing documents anytime, anywhere. Sign up now and start saving time and resources.

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1. Can you use an eSignature for banking?

Yes, you can use eSignature for banking. Signeasy offers electronic signatures for banking, eliminating paperwork and offering streamlined and faster contract workflows.

2. What are the major trends in 2023 for banking technology?

The major trends in banking technology in 2023 include artificial intelligence, blockchain, digital payments, open banking, cybersecurity, and adopting electronic signatures for streamlined document processes.

3. Can eSignatures be used in mobile banking?

Yes, eSignatures like Signeasy can be used in mobile banking, providing a secure and convenient way for users to sign documents on their mobile devices from anywhere.

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