Thinking I Blog

Frank Schwab

Professional Board Member, Strategic Advisor & Speaker

Navigating the Maze of Legacy IT Landscape of Banks - Exploring Four Approaches

Banks struggle to balance modernization with the limitations of legacy systems. While no single approach dominates, considerations like a bank's size, goals, and risk tolerance will shape their transformation strategy. Success hinges on not just technology, but also effective change management and adaptability within the organization.



Banks today face a critical challenge: how to evolve and thrive in a rapidly digitizing landscape while grappling with the inertia of their often aging, complex legacy systems.


In a recent LinkedIn poll, I asked my community about the best approaches for banks to handle legacy technologies. While none of the three options (gradual modernization, complete overhaul, or ecosystem integration) emerged as a clear favorite, there was a general dislike for the idea of a complete overhaul. This article reflects the valuable insights shared by several contributors, with special thanks to Ewan MacLeod for suggesting the Greenfield Approach.




Charting the Course: Considerations for a Successful Transformation


The optimal approach for each bank depends on a unique blend of factors, including size, risk appetite, budget, strategic goals, and the complexity of their legacy system. Careful consideration of the benefits, challenges, and pitfalls presented by each approach is crucial for informed decision-making. While gradual modernization might suit larger banks prioritizing stability, smaller, more agile players might favor greenfield development. Ecosystem integration offers a collaborative avenue, but complete overhauls require meticulous planning and significant resources.


Let’s have a look at the 4 approaches




1️⃣ Gradual Modernization - Minimizing Disruption with Measured Steps


The gradual modernization approach prioritizes a measured climb, tackling key areas like customer-facing applications or core processes in stages. This strategy offers the advantage of minimizing disruption to ongoing operations and the customer experience. It leverages existing investments in legacy systems, allowing for targeted improvements in areas with demonstrably high impact. However, this measured approach can be a slow and piecemeal process, potentially hindering overall effectiveness. Integration issues may arise between new and old systems, and perpetuating outdated functionalities can hinder the adoption of truly innovative solutions. The pitfalls of this approach lie in a lack of a clear long-term vision, leading to a patchwork of solutions without synergy, and delaying crucial upgrades, which can render the bank less competitive in the long run.


Many incumbent banks are following the path of gradual modernization, such as Deutsche Bank, Barclays Bank, or Citibank.




2️⃣ Bold Overhaul - Embracing a Future Unburdened by the Past


The complete overhaul approach takes a more audacious path, aiming for a clean slate by replacing the entire technology stack with modern, integrated systems. This bold move unlocks several benefits, including fostering agility, scalability, and future-proof technology. Streamlined operations and potential long-term cost reductions are alluring prospects. However, this disruptive and resource-intensive process carries significant implementation risks, with high upfront costs and the potential for delays and budget overruns. The loss of institutional knowledge and expertise embedded in legacy systems also presents a challenge. Poor planning and execution can lead to chaos and operational downtime, while neglecting employee training and change management can breed resistance and hamper adoption.


Some incumbent banks, such as the Commonwealth Bank of Australia, are known for successful bold overhauls, albeit at very high costs, while others, like Deutsche Bank, didn’t succeed.




3️⃣ Collaboration for Innovation: Harnessing the Power of the Ecosystem


Instead of a complete overhaul, the ecosystem integration approach focuses on weaving legacy systems into a broader digital tapestry. This strategy leverages the expertise and innovative solutions of fintech partners, enabling faster time-to-market for new features and functionalities. It allows banks to utilize their existing legacy systems while adding modern capabilities. However, finding compatible partners with secure and reliable solutions is crucial. Managing data security and privacy concerns when integrating with external systems presents another challenge. Potential vendor lock-in and dependence on external partners must also be carefully considered. This approach can stumble if clear governance and collaboration frameworks are not established, leading to confusion and inefficiencies. Overreliance on external solutions can weaken internal development capabilities.


Spanish BBVA and Singaporean DBS are well-known banks pursuing an ecosystem strategy.


BBVA is recognized as a pioneer in open banking and boasts a successful ecosystem approach. Their robust API platform has spurred numerous fintech partnerships, fostering innovation in their customer offerings. While specifics may evolve, BBVA's commitment to collaboration positions them as a driving force in shaping the future of finance.


DBS boasts one of the most comprehensive and accessible API platforms in the banking industry, with over 200 APIs spanning various financial services. Their dedicated focus on collaboration and developer enablement has made them a leader in open banking, particularly within the Asia-Pacific region.





4️⃣ Building a Greenfield Bank: Unburdened by History, Empowered by the Future


The greenfield development approach takes the most radical path, starting from scratch to build a new technology infrastructure, free from the constraints of legacy systems. This offers unparalleled flexibility and scalability, allowing banks to design systems tailored to their specific needs. It fosters a culture of innovation and agility from the ground up. However, this significant undertaking requires substantial upfront investments and carries the risk of abandoning past investments. Banks may lack the institutional knowledge and expertise needed to build and maintain complex systems, and this approach often carries a longer implementation timeframe compared to others. Ignoring lessons learned from legacy systems can lead to repeating past mistakes, and underestimating the complexity of building and integrating entirely new systems from scratch is a significant pitfall.


When I consider examples like Revolut, Starling, J.P. Morgan's Marcus, Commerzbank's ComDirect, or Deutsche Bank's Bank 24, among others, my takeaway is this: a Greenfield approach works well for startups, but there's no track record for incumbents.



Beyond Technology: The Human Factor in Transformation


It is vital to remember that transformation is not solely about technology. Effective change management, cultural shifts, and employee training are essential for the successful adoption of any approach. By addressing these human factors alongside the technological considerations, banks can ensure a smooth and successful journey towards a future-proofed financial institution.



A Dynamic Journey


Transforming a bank with legacy technology is a complex and multifaceted endeavor. Each approach offers unique advantages and drawbacks, and the ideal path depends on individual circumstances. By carefully considering their specific needs and resources, banks can navigate the maze of transformation and emerge as agile, future-proof institutions in the ever-evolving financial landscape. Remember, the journey is dynamic, and continuous evaluation and adaptation are crucial for navigating the twists and turns towards a successful future.





Published in banking, transformation, technology, legacy on 09.02.2024 11:33 Uhr. 0 commentsComment here

6 themes members of the board of directors should know about the crypto currency & blockchain industry 

[Updated January 2024]  The cryptocurrency and blockchain industry has the potential to transform several industries. Board members are urged to proactively understand key themes, including disruptions, opportunities, legal considerations, risks, and industry dynamics, as the sector evolves.




The cryptocurrency and blockchain industry has the potential to reshape our perspectives on money, ownership, and trust. Cryptocurrencies and blockchain technology facilitate faster, cheaper, and more secure transactions, extending beyond digital currencies to include ICOs, STOs, and NFTs, among others. The current market cap of cryptocurrencies and blockchain tokens is approximately $1.76 trillion, representing nearly 2% of all global money.


As of August 2023, major cryptocurrencies such as Bitcoin, Ethereum, Ripple, Cardano, Dogecoin, and Tron are experiencing over 8 million daily transactions, a significant increase compared to August 2016.


Back in 2015, the World Economic Forum predicted that by 2027, around 10% of the global gross domestic product (GDP) would be stored on blockchain technology. Current trends indicate that this projection is on track. Notably, recent SEC approvals for cryptocurrency ETFs and new regulations like the European MiCA (Markets in Crypto-Assets) regulation are expected to further propel the crypto industry.




While the cryptocurrency and blockchain industry is still in its infancy, it is crucial for members of the board of directors to delve into key themes before these factors impact a company’s business model. It is recommended to gain insights into potential disruptions, new business opportunities, basic concepts and technologies, relevant laws and regulations, potential risks, and the dynamics of an emerging industry.


1. Potential disruption of several industries 


There are several industries that are potentially disrupted by cryptocurrencies and blockchain technologies. Members of the board of directors should observe the following industries and look for signs of disruption.


Supply chain management: Blockchain technology can enable increased transparency and security in supply chain management, allowing for more efficient tracking of goods and materials.


Real estate: Blockchain technology can be used to create a more efficient and transparent system for buying and selling property, as well as for tracking and managing property ownership.


Healthcare: Blockchain technology can be used to securely store and share medical records, as well as to facilitate more efficient and secure communication between healthcare providers.


Gaming & entertainment: Cryptocurrencies and blockchain technology can be used to enable new forms of digital ownership and monetization of in-game assets.


Retail: Cryptocurrencies and blockchain technology can be used to enable secure and transparent transactions between retailers and customers, as well as to improve supply chain management and inventory tracking.


Financial services: Cryptocurrencies and blockchain technology have the potential to disrupt traditional financial services by providing a more inclusive and accessible way for individuals and businesses to access financial services, such as banking and payments.






2. New business opportunities


Cryptocurrencies & blockchain technologies have the potential to enable a wide range of new business opportunities. Some of the most relevant examples include:


Supply Chain Management: Blockchain can be used to create transparent and tamper-proof records of transactions in supply chain management, allowing for increased trust and efficiency.


Digital Identity: Blockchain can be used to create secure and decentralized digital identities, allowing for greater privacy and control over personal information.


Gaming: Blockchain can be used to create decentralized and transparent in-game economies, allowing for true ownership of virtual assets.


Tokenization: Blockchain can be used to tokenize assets such as real estate, art, and other collectibles, making it possible to buy and sell fractions of these assets.


Payment: The use of cryptocurrency as a form of payment enables faster and cheaper transactions, especially cross-border transactions.

Crowdfunding: Blockchain can be used to create decentralized crowdfunding platforms, allowing for more transparent and efficient fundraising for projects.


Internet of Things: Blockchain technology can be used to create secure and decentralized networks for the Internet of Things (IoT), allowing for greater trust and control over the exchange of data.


Decentralized finance (DeFi): Blockchain technology can be used to create decentralized financial services, such as lending and borrowing platforms, that operate independently of traditional financial institutions.


3. Basic concepts & technologies


It is recommended to introduce the basic concepts and technologies behind cryptocurrencies and blockchain to the members of the board of directors. Decentralization, immutability, transparency, cryptography, smart contracts, distributed ledger, limited supply, anonymity, borderless and digital are the most central ones.




Decentralization: Blockchain technologies and respective cryptocurrencies are decentralized, meaning they are not controlled by any single entity or organization. Crypto currencies are not controlled by any central authority such as a government or central bank. This allows for increased autonomy and control for users over their own funds.


Immutability: Once a transaction is added to a block and the block is added to the blockchain, the information in that block cannot be altered. This ensures the integrity and immutability of the data and crypto currency transactions stored on the blockchain.


Transparency: Blockchain technology allows for increased transparency by providing a public, tamper-proof record of all crypto currency transactions.


Cryptography: Blockchain and crypto currencies use cryptography to secure and protect transactions, making it a secure technology for storing and sharing sensitive information. This also ensures the integrity and security of crypto currencies.


Smart Contracts: Smart contracts are self-executing contracts with the terms of the agreement between buyer and seller being directly written into lines of code. These contracts can be stored and replicated on the blockchain network. 


Distributed Ledger: A distributed ledger is a database that is spread across a network of computers. Each copy of the database is identical and is updated simultaneously.


Limited supply: The total supply of most cryptocurrencies is limited, meaning that there is a maximum number of units that can be created. This can help to prevent inflation and ensure the value of the currency remains stable.


Anonymity: Cryptocurrencies can provide a high level of anonymity for users, as transactions are recorded using a public key rather than a name or personal information.


Borderless: Cryptocurrencies can be sent and received from anywhere in the world, and the transaction can be done almost instantaneously, regardless of geographical boundaries.


Digital: Blockchain & cryptocurrencies exist only in digital form and are stored and transferred electronically.



4. Relevant laws & regulations


Members of the board of directors should consider a number of laws and regulations related to cryptocurrencies and blockchain when developing their policies and procedures. It is important to note that the laws and regulations surrounding cryptocurrencies and blockchain technology vary by jurisdiction.


In June 2023, the European Union implemented one of the most advanced crypto regulations: 'MiCA' - The Markets in Crypto Assets Regulation. 


Some of the most relevant general laws are AML, KYC, taxation, securities, GDPR and smart contracts regulations:




Anti-money laundering (AML) laws: These laws aim to prevent the use of cryptocurrencies for illegal activities such as money laundering and terrorist financing.


Know-your-customer (KYC) regulations: These regulations require cryptocurrency exchanges and other companies to verify the identity of their customers.


Taxation laws: Different countries have different tax laws for cryptocurrencies, and it is important for individuals and businesses to comply with these laws to avoid penalties.


Securities laws: Some jurisdictions consider certain cryptocurrencies to be securities, and they are subject to securities laws and regulations.


Data privacy laws: As blockchain technology is used for storing data, it is important for companies to comply with data privacy laws such as the 

General Data Protection Regulation (GDPR) in the European Union.


Smart contracts regulations: Smart contracts, which are self-executing contracts with the terms of the agreement between buyer and seller being directly written into lines of code, also fall under scrutiny and regulations.


Given that the crypto & blockchain industry is still at early stage the surrounding laws and regulations are constantly evolving and it is essential to stay informed of updates and changes in order to comply with them.



5. Potential risks


Cryptocurrencies and blockchain technology can bring several potential risks to a company.




Security risks: Cryptocurrencies and blockchain transactions are vulnerable to hacking, fraud, and other types of cyber attacks, which can lead to financial losses for the company.


Compliance risks: Cryptocurrencies and blockchain technology are still largely unregulated, and companies may not be fully aware of the legal and compliance requirements related to their use.


Volatility risks: The value of cryptocurrencies can be highly volatile, which can lead to significant financial losses for a company if they are holding a significant amount of cryptocurrency assets.




Source: CoinMarketCap.com


Operational risks: Implementing and using blockchain technology can be complex and may require significant resources and expertise, which can lead to operational challenges and disruptions for a company.


Reputational risks: Companies that are associated with cryptocurrencies and blockchain technology may be perceived as risky or untrustworthy by some customers, investors, and partners.



6. Dynamics of the early industry


The early cryptocurrency and blockchain industry sometimes feel like Wild West and has several key dynamics that members of the board of directors should be aware of.




High volatility in prices, as the market is still relatively new and uncertain. 


A high degree of speculation, as many investors buy cryptocurrencies in the hopes of making a quick profit.


A lack of regulation, which has led to a Wild West atmosphere and a lack of protection for investors.


Innovation and experimentation, as many companies and individuals are working to find new use cases for blockchain technology.


Heavy competition, as there are many different cryptocurrencies and blockchain projects vying for market share.


High growth potential, as the technology is still in its early stages and has the potential to disrupt a wide range of industries.


High speed of technological changes with new crypto currencies and different blockchain versions coming up every now and then.



Finally,  it's worth noting that while the crypto-currencies and blockchain industry is still in its early stages, regulations and institutional involvement have been increasing which may change the dynamics of the industry.



https://FrankSchwabSpeaks.com




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Published in crypto, cryptocurrency, cryptocurrencies, blockchain, technology, BoD,  6-themes-members-of-the-board-of-directors-should-know-about-the-crypto-currency-&-blockchain-industry  on 25.01.2023 17:48 Uhr. 0 commentsComment here

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