Skip to main content

A look at the history of retail banking technology—and where it’s going. - Part 2


1973 ▼ FTP (file transfer protocol) 
Introduced by computer scientist J.C.R. Licklider in 1973, the US Defense Department’s Advanced Research Projects Agency Network (ARPANET) is often credited with providing a vision of how computers could be networked together. Bassous notes that in the early days of the ACH network, “Customers would drive over with a floppy disk or a tape with the ACH information.” The internet, of course, has rendered that an archaic approach. Bassous says the rise of cloud computing and APIs (application programming interfaces), both results of ARPANET’s work, means real-time payment (RTP) processing is now within community bankers’ grasp.
1976 ▼ Jack Henry’s “green screen” core processor
Founded in 1976, Jack Henry is retiring its iconic green screen terminals on Dec. 31, 2019, to be replaced by a modern user interface called SilverLake Xperience. “Banking is moving into the 21st century with graphical user interfaces,” says Stacey Zengel, president of Jack Henry Banking. Training new employees is easier on the newer, more intuitive interfaces, which “help the banks gain efficiencies,” he says. Zengel explains that because new bank branches are typically smaller and staffed by fewer people, “they need a single sign-on or no sign-on interface that employees can quickly get into and serve the customer’s complex needs.”
1980 ▲ Electronic cash counters 
Such counters were first introduced in Great Britain in 1980 and made bank tellers’ jobs easier. Today, some banks maintain self-serve coin counters in their lobbies so customers can see just how much money that shoebox on their dresser contains. In 1997, cash recyclers appeared on the scene. Level5’s Burnett is convinced that the new approach to branch design was spurred by these secure vaults or safes that accept cash, authenticate its value, and store and dispense it. Once large vaults became unnecessary, banks no longer needed massive physical footprints. “Cash recycling technology made it possible for banks to not have to deliver service to customers across a teller line,” says Burnett. He notes that bankers are using the freedom afforded by cash automation to spend less time counting money and more time building relationships with customers.
1989 ▲ Tablet computers
Released by GRiD Systems in 1989 and manufactured by Samsung, GRiDPad was considered the first commercially successful tablet computer. Zengel points out that tablets have transformed retail banking by allowing bank employees to move within and even beyond the branch. “Instead of waiting in a line for the teller to become available, the teller might come to the door, greet a customer, sit on the couch with them and serve their needs from a mobile tablet as opposed to a tethered device,” he says. In the good old days, bankers took notes from customers on cocktail napkins, but now they can take the bank to customers, whether that’s on a sofa in a branch or at the customer’s business.

1998 ▼ PayPal
Established as Confinity in 1998, PayPal earned praise as a user-friendly money transfer service. On the heels of PayPal came other person-to-person (p2p) payment innovations like Venmo, Popmoney and Zelle. Greg Bloh, CEO of TransCard in Chattanooga, Tenn., describes the arrival of PayPal as a watershed event. He contends that PayPal and then Venmo succeeded because they “took advantage of an account system that wasn’t working for the consumer.” He has found that products soar “when they really focus on the user experience and facilitate that experience in an easier fashion from end to end.” The advent of RTP will bring further improvements in the speed and ease of p2p transfers.
2004 ▼ Digital check clearing 
With the Check Clearing for the 21st Century (Check 21) Act of 2004, a check recipient could make a digital copy of a check and then process that check electronically. Jack Henry’s Zengel points out that check imaging “eliminated a lot of paper and put a lot of couriers out of business. He says digital checks were the beginning of a chain of innovations that made payments timelier. “We’re becoming more of a real-time society,” he says. “We’ve been expanding our retail capabilities so there are more payment options, and they’re faster and easier. And we’ll continue to press that, because that’s what’s expected in the world today.”
2007 ▲ The iPhone 
Steve Jobs unveiled the iPhone at the Macworld convention on Jan. 9, 2007, and the first iPhone was released to the public five-and-a-half months later. Apple Inc. would eventually move into mobile payments: On Sept. 9, 2014, Apple Pay was launched, allowing payments to be accepted at the point of sale from stored and encrypted payment card information on mobile devices.
2009 ▲ Bitcoin 
The convergence of digital currency bitcoin, the explosion of social media and the global financial crisis of 2007-2009 spurred people to question norms, according to Travis D. Dulaney, CEO of Push Payments in Fort Lauderdale, Fla. “[These events] made people think outside the box,” he says. “They realized the status quo isn’t going to work anymore.”
2010 ▼ Mobile point-of-sale devices
Brent says that in 2010, when his company began offering its first mobile point-of-sale devices, FiNet finally had “a bright and shiny example of what’s out there in terms of integrated payments.” These devices, which can be plugged into mobile phones or iPads, allowed very small companies, from fruit growers at farmers’ markets to craftspeople at trade shows, to begin accepting noncash payments. What’s more, mobile point-of-sale devices were integrated with cloud-based systems and could help merchants in innumerable ways—from tracking inventory to gathering business intelligence. “That’s where our industry has really changed,” says Brent. “Payments are not necessarily a stand-alone piece anymore. They’re a component of a much bigger piece of the entire operations for retail and business-to-business.”
2011 ▼ Facial recognition technology 
The Panamanian government first installed face recognition systems in 2011 to reduce illicit activity in Tocumen International Airport. Stephen Joseph, business development manager, banking and finance, for market leader in network video Axis Communications, Inc., notes that video analytics are becoming a focus for banks seeking to enhance security. Video analytics are in use at retail branches to measure foot traffic and to recognize license plates at drive-through teller stations, he says. He also notes that some financial institutions are using 360-degree-view cameras and facial detection solutions “for advance detection of potential threats.”
2015 ▲ The 2015 EMV chip shift 
FiNet’s Brent says EMV chips make cards far more secure because the information transmitted is encrypted and tokenized. Additional security is critical as payments become more integrated, he notes.

Now

Web-based compliance dashboards
Early this fall, Affirmative Technologies went live with its first banking customer for ACH Insight, a dashboard that lets bankers use graphs and other features to manage and monitor risk, perform compliance reporting and identify anomalies and suspicious patterns. “Now there are beautiful dashboards with compliance reporting, all in one place, that a banker can use for risk management and compliance,” says Bassous. He calls these dashboards “a game-changer” because they promote transparency; bankers can even give regulators or auditors access to these systems so they can pull the information for themselves. In this arena, affordability is key. As banking dashboards now cost hundreds of dollars rather than hundreds of thousands, they are becoming affordable for banks of all sizes.
User-friendly onboarding apps
The dilemma for many community banks keen to expand is the tremendous expense of building physical branches, says Dave Mitchell, president of NYMBUS, a core banking modernization company based in Miami Beach, Fla. “What you need,” he says, is “a slick, sexy sizzle with an onboarding app.” Mitchell points out that community banks enjoy “the local affinity and trust” to sign on new clients over the internet, but what they historically lacked was an app that could onboard quickly (in three minutes, not 30) and a core powerful enough to handle multiple banking products from a single dashboard. “Onboarding is sophisticated now,” Mitchell notes. “Because of KYC [Know Your Customer], you have to run an algorithm to know who that new customer is. You should have an onboarding product that’s the exact same experience as if you walked into a bank.”

Soon ▼

Real-time movement of money 
Recommendations this year by the Fed’s Faster Payments Task Force provided a launchpad for real-time payments in the US (see page 78), something residents of other countries have been enjoying for a while now. American financial technology companies are eager to get started. “My mission is to help digitize the banking world and the payments world to move toward the instantaneous movement of funds. What will that do? It eliminates the monetary risk in the process right now,” says Push Payment’s Dulaney. One Push Payment service, he notes, “allows merchants to be paid immediately after they batch out on a credit card receipt at the end of the day. What we’re doing is digitizing ACH, but the next wave will be about the real-time movement of both money and data.”

By Elizabeth Judd ■ Illustrations by Miles Donovan from the independentbanker

Comments

Popular posts from this blog

DECENTRALIZED FINANCE; WHAT IS IT? – Part 1

      More than t en years gone down the lane, the block chain industry is yet to disappoint with it ever changing nature. Since the early adoption, the industry has since recorded a slow but progressive changes with the latest being the Decentralized Finance also referred to as Defi. What Decentralized Finance? ‘’DeFi is essentially just conventional financial tools built on a blockchain’’-blocknomi. These were previously built on the Ethereum network, but there is a growing number of players in this space such as Waves and Cosmos. ‘’ They are mostly predicated on open-source protocols or modular frameworks for creating and issuing digital assets and are designed to confer notable advantages of operating on a public blockchain like censorship-resistance and improved access to financial services’’ Example of a growing number of Defi Dapps on the waves platform is the Neutrino token - https://beta.neutrino.at/neutrino/usd-n ...

INVESMENT OPTIONS IN THE DIGITAL ASSETS/CRYPTOCURRENCY SPACE - Part 1

•  SMART CONTRACTS; Ethereum, waves, ontology, algorand, cosmos, polkadot, cardano etc. •  TOKENS; xlm, xrp, Bitcoin Cash(BCH), etc •  DEFIS; Terra, Nexo, USDN, DAI, •  Stable Coin and Algorithmic Stable coins; USDT, USDC, USDN, etc. KEY CONSIDERATIONS IN MAKING A CHOICE •  Asset Fundamentals •  Rate of adoption •  Products and services  •  Partnerships •  Incentives TYPES OF INVESTMENT OPTIONS Passive income. Example, DAI, USDN, Waves, Ethereum, Nexo, Terra, Sia etc Buy and Hold aka Hodler: Bitcoin, Ethereum, Litecoin, XLM, XRP etc Trading (Scalping, swing, day and Position Trades). Bitcoin,Litcoin, Ethereum, BCH, etc Loans: Nexo etc TYPES OF INVESMENT – PASSIVE INCOME •  PASSIVE INCOME: Algorithmic stable coins can provide daily in system referred to as Decentralized Finance Eco system (DEFIs). Examples; USDN implement a typical CBN policy for T-bills and Bonds. By implement such monetary policy, investors are presented with a ver...