Enter the characters you see below Sorry, we just need to make ripple effect photo you’re not a robot. Payments are essential to the prosperity of the poor because they provide access to the global economy.
Yet, moving money is one of the most underappreciated challenges facing financial inclusion today. Antiquated infrastructure lacks interoperability and involves multiple intermediaries to execute payments. As the payment sector contemplates new infrastructure, lessons from open infrastructure approaches, such as those adopted for the formation of the Internet, give an indication of how to remove barriers in financial services and foster innovation and growth in payments. In the early days of email, users of one email domain were not able to send messages to users of other domains. Users either went without access to people on different domains or were forced to open numerous accounts for broader reach. The lack of connectivity limited the value of email. To resolve this issue, email providers developed an open Internet protocol called Simple Mail Transfer Protocol or SMTP.
With broad adoption, SMTP grew to become the standard language that email domains use to communicate with each other. SMTP enables the seamless connectivity we enjoy today. SMTP is open, meaning it exists as a common standard and public good. It is not owned by any one party and is free to use.
Through SMTP, we have seamless and instant global connectivity, enabling us to send emails across many different systems, providers, and domains for free. Currently, banks conduct payments through intermediaries: third parties that move funds across disconnected networks. The reliance on intermediaries adds costs, additional counterparty and settlement risk, and time delays to payments. As a result, cross-network payments only work well for certain geographies and only for high-value transactions. It is becoming clear that payment systems need to evolve to serve growing demands for low-value and cross-border payments.
Recently, open protocols for payments have begun to emerge. One example is Ripple: an open protocol that financial institutions and payment networks can implement for settlement. This allows financial services companies to make payments directly to each other, whether across different networks, geographic borders or currencies. In essence, Ripple does for payments what SMTP did for email, which is enable the systems of different financial institutions to communicate directly. Global connectivity via Ripple eliminates the reliance on third parties, minimizing or eliminating many of the risks, delays and costs that have been a reality in payments for many decades.
This enables each network’s existing rules, processes, and messaging standards to remain in place. The adoption of open protocols in payments would bridge today’s highly fragmented systems. For customers, this would introduce the ability to seamlessly send money from one account to another, across networks, institutions, and geographic borders. Critically, these transactions could take place in near real-time, and in theory, could be cost-effective even for low-value payments. Advancements in payment infrastructure have the potential to spur rapid and fundamental innovation throughout the entire financial ecosystem.
With this technology, mobile money operators, banks, payments companies and governments are better equipped to create payment products that will have a profound impact on financial inclusion for the world’s poorest. Affordable, low-value, cross-border payments and greater transparency in markets previously not economical to serve are early indicators of how new technologies can be applied. In addition to allowing poor customers to become a profitable market segment, open protocols and distributed architectures can enable entirely new and novel offerings. Just as the world witnessed with the evolution of mobile money, emerging markets can lead these developments.