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Majority of new core banking projects will be in the public cloud 'by 2020', says Temenos

After years of lagging behind other industries, cloud computing projects are now becoming commonplace in the finance sector. But while such initiatives have generally centred around non-critical systems such as email and customer relationship management (CRM), banks are set to start entrusting core systems to public cloud providers too.

According to John Schlesinger, chief architect at Temenos - which sells banking software to some of the world’s largest lenders - the majority of new core banking projects launched by the end of this decade will be in the cloud.

“We think that by 2020 most core banking initiatives will be in the cloud,” Schlesinger told Computerworld UK at the Temenos Community Forum in Lisbon this week. He claims it is a case of ‘when’ and not ‘if’ banks adopt the technology at the heart of their business. Temenos itself has already made headway with a small number of regulated and lightly-regulated micro-finance banks that are currently using its software as a service platform.

At this stage the number of banks running core banking in the cloud is small. But while adoption is currently low, it is an increase from just one percent the previous year, and Schlesinger expects that this will grow quickly.

“We believe that by 2020, which will be after PSD2 and after Instant SEPA, that the trickle will become a tsunami,” he said.

The first steps are already being made in the UK. Newly launched OakNorth was one to be the first UK bank to run its Mambu core banking systems in the cloud last year, migrating the platform to Amazon Web Services. Digital retail challenger bank Monzo, which built its core systems from the ground up using modern infrastructure software tools such as containers, also moved its core systems. Meanwhile, Metro Bank recently migrated its core infrastructure into a private cloud managed by Rackspace.

The approach makes sense for smaller challenger banks, lowering infrastructure costs and helping removing one of the barriers to entry in the market. “What cloud does is make everything cheaper. The on-premise story dramatically would lose out to the cloud story, given the economics of manufacturing of machines.” 

“A new initiative today like Atom Bank or Starling Bank may not be in the cloud, but by 2020 it would be,” he added.

For the UK, regulation is no longer a barrier that prevents data from being held in the data centres of AWS, Azure and others, with the UK’s Financial Conduct Authority publishing guidance for lenders last year. “We don't think in the UK there is a regulatory problem, the problem is we are a very consolidated banking market, and for a bank to be in the cloud it would have to be a new initiative.”

Big Four held back by legacy infrastructure

For the Big Four UK banks the situation is different. Should they wish to move core systems out of their data centre in future, the main barrier is their reliance on complex legacy infrastructure, built up over decades in many cases.

“The big banks have a huge problem because for them it is a huge project to move their core banking,” Schlesinger said. “I think the only way they can do it is a build and migrate strategy and what they build should be built on top of infrastructure as a service. So over a fifteen-year period migrating core banking into the cloud.

“They’ll start the process in a couple of years’ time and they won’t finish it for a decade. So the data centres will be there running the existing systems but on a legacy basis.”

Cloud flexibility

There are a number of potential benefits of moving core banking to the public cloud, alongside lower costs. The flexibility of cloud computing helps lenders move more quickly to compete with nimble finch competitors, rather than relying on legacy infrastructure. There are also benefits around security for many banks, with the hyper scale cloud providers able to employ huge teams of security specialists that dwarf the number available to all but the biggest financial firms in order to protect system.

There are also numerous options in terms of routes to the cloud - IaaS, PaaS, SaaS and public, private, managed - and these will appeal to different banks depending on a range of factors, said Schelsinger. This includes the individual bank’s size and the geographies they operate in.

“I don’t think all the banks will do the same things,” said Schlesinger. “So for a tier one initiative, they will buy infrastructure and they will build platforms and software as service on it. That is the Tier 1 bank at home - so Chase in the US, or HSBC in the UK [for example]. But a Tier 1 bank out of geography looks more like a Tier 2 bank. I see Tier 2 banks renting platform as a service, and actually we are seeing that already in some of the RFPs we are getting.

"For all other banks, that's the Tier 3, 4 and 5, they will be buying software as a service, running very, very low entry costs."

In other news at the Temenos’ 18th annual European customer event, the Swiss vendor announced an update to its MarketPlace platform, launched last year to help connect bank and fintech firm services ahead of the PSD2 regulations.  Temenos has added new functions to the MarketPlace such as a Sandbox platform as a service non-production environment to make it easier to test MarketPlace services.  

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How Qualtrics invaded the enterprise with its customer experience software platform

Qualtrics has gone from the Silicon Slopes of Utah, building software for university researchers, to a platform of tools used by the world's biggest brands to survey their customers and employees.

As the story goes, Qualtrics started from the Smith family basement in Provo, Utah. Ryan Smith, cofounder and current CEO, started building research software as a project with his seriously ill father, a marketing professor at Utah's Brigham Young University (BYU), back in 2002.

Qualtrics started by targeting what Ryan's father knew best, the academic sector, something Smith joked about being "a horrible business model" because universities "have no money".

The original idea though was to create a Software as a Service (SaaS) tool that would allow anyone to conduct research quickly and easily. Then, as the world dealt with the fallout from the 2008 financial crash, Smith and his small team saw that customers were using the platform for something else: they had started to adopt the technology for customer experience management. In other words they were doing market instead of academic research on the platform.

Around 2010, as purse strings tightened and consumers became less brand loyal, businesses had to start competing more in the customer experience space. So although Qualtrics wasn't originally built for that, a trend was starting to form, and the team went about architecting the platform around this customer experience.

What is the Qualtrics Customer Experience Platform?

Smith told this founding story again on stage at the Qualtrics Converge Europe conference in London this week as a means of mapping how the company has evolved, as is par for the course in the tech world, into a platform – the Experience Management (XM) platform.

The journey is a familiar one: build the technology, adapt it to how customers are using it, and converge the platform back into an easy to understand package. Broken up into its component parts this consists of the customer experience, employee experience, product experience and brand experience products, all built on top of the core Qualtrics research engine.

The aim is to allow anyone within a business to gathering insights for things like customer or employee satisfaction, product testing, brand or pricing research; analyse the needs and trends, report it back and drive continuous improvement, all in a simple web-based platform.

Qualtrics wants its XM platform to be the repository for rich experiential data, instead of the static operational data businesses tend to run on. "So human factors, beliefs, emotions," Smith said. "Why things are happening and what will happen next."

Smith likes to benchmark Qualtrics against Salesforce, the SaaS leader in the customer relationship management (CRM) market. He claimed that the new experience management platform will be the "system of record for experience data".

The platform then has a whole host of smart features like sentiment analysis and statistical regression techniques to predict and push the highest priority cases to the right person to take action, not unlike Salesforce's Einstein features.

Read next: How Salesforce brought artificial intelligence and machine learning into its products with Einstein

Closing the experience gap

Smith joked on stage that you only have to look back a couple of weeks – cough, United – to see how devastating poor customer experience can be to a brand, and the importance of getting on top of what your customers think.

Smith called this the 'experience gap' and pointed to Bain and Company figures which show that 80 percent of firms believed they delivered a superior experience to their customers, but only eight percent of customers agreed.

Smith said that the Qualtrics platform, by bringing together the four core satisfaction elements of customer, product, brand and employees, helps companies close this gap.

"This is not just some new features," he said of the Experience Management platform. "We have been working on this for five years and how you manage those four core elements and how you delight customers by setting it up at every touchpoint and how you build iconic brands."

Qualtrics customer case studies

As the image below attests, Qualtrics has a seriously impressive stable of enterprise customers, and the pool is pretty vertical-agnostic.

Qualtrics customers

Speaking on stage during Converge, Alison Windon from Allianz insurance said that following the arrival of a new group CEO, with a driving focus on the customer, the insurer "needed technology as a key enabler" to drive that cultural change.

"[Allianz needed] a tool to do heavy lifting for feedback, analysing it for key insights and facilitate key action planning at the client level," Windon said. "We needed to get the right information to the right people, at the right time, to drive impact. And we needed it to be flexible, self service and scalable globally. We found the right partner in Qualtrics."

After 18 months Allianz is now using Qualtrics across 22 geographies to get feedback from more than 12,000 customers.

Adidas took the opposite approach, in that it uses Qualtrics to take its expertise in customer experience to deliver a better employee experience.

Read next: How Adidas is bringing its customer experience approach to employee feedback

Qualtrics IPO?

Utah startups tend to raise less capital than those in Silicon Valley, which means they often grow at a slower, steadier pace. This genuine bootstrapping tends to give these companies a more genuine appreciation for their customers than the lip service you typically get from other B2B startups though.

Qualtrics now counts 8,500 customers globally and although progress has been a tad slower in Europe, it certainly has more of a presence than the average person might be aware of. After opening its first European office four years ago in Dublin, Qualtrics now has offices in Ireland, London, Munich and soon to be in Paris, supporting 1,200 European customers.

The money has followed, and in a major way, with the company securing a $180 million (£140 million) funding round earlier this month at a valuation of $2.5 billion (£1.94 billion) from Valley big hitters like Insight Venture Partners, Accel and Sequoia Capital, as it pushes towards growth and an eventual IPO.

Smith told TechCrunch in the aftermath of the funding round as much: "Going public is super easy to do. Just file the S-1 and we're out. It's about being public and how that works and getting the house in order to make sure that that's the case. We're going to be a great public company. We're going public."

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Genuine enthusiasm for AI

  • Tommi Jaakkola, a professor of electrical engineering and comptuer science at MIT, tosses chocolates to students during 6.036 (Introduction to Machine Learning).

    Tommi Jaakkola, a professor of electrical engineering and comptuer science at MIT, tosses chocolates to students during 6.036 (Introduction to Machine Learning).

    Photo: Lillie Paquette

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  • Jaakkola teamed up with colleague Regina Barzilay, the Delta Electronics Professor of Electrical Engineering and   Science, to launch the course in 2013.

    Jaakkola teamed up with colleague Regina Barzilay, the Delta Electronics Professor of Electrical Engineering and __computer Science, to launch the course in 2013.

    Photo: Lillie Paquette

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  • This year, 700 students registered for 6.036 — so many that professors had to winnow the class down to about 500 students.

    This year, 700 students registered for 6.036 — so many that professors had to winnow the class down to about 500 students.

    Photo: Lillie Paquette

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  • Machine learning involves designing and building   programs that learn from experience for the purpose of prediction or control.

    Machine learning involves designing and building __computer programs that learn from experience for the purpose of prediction or control.

    Photo: Lillie Paquette

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  • During a typical class, Jaakkola covers multiple chalkboards with equations.

    During a typical class, Jaakkola covers multiple chalkboards with equations.

    Photo: Lillie Paquette

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  • The packed classroom includes about 40 graduate students from across campus, including the schools of architecture, engineering, management, and science.

    The packed classroom includes about 40 graduate students from across campus, including the schools of architecture, engineering, management, and science.

    Photo: Lillie Paquette

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  • The class meets in MIT’s largest auditorium, Building 26-100.

    The class meets in MIT’s largest auditorium, Building 26-100.

    Photo: Lillie Paquette

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  • On an afternoon in early April, Tommi Jaakkola is pacing at the front of the vast auditorium that is 26-100. The chalkboards behind him are covered with equations. Jaakkola looks relaxed in a short-sleeved black shirt and jeans, and gestures to the board. “What is the answer here?” he asks the 500 MIT students before him. “If you answer, you get a chocolate. If nobody answers, I get one — because I knew the answer and you didn’t.” The room erupts in laugher.

    With similar flair but a tighter focus on the first few rows of seats, Regina Barzilay had held the room the week prior. She paused often to ask: “Does this make sense?” If silence ensued, she warmly met the eyes of the students and reassured them: “It’s okay. It will come.” Barzilay acts as though she is teaching a small seminar rather than a stadium-sized class requiring four instructors, 15 teaching assistants, and, on occasion, an overflow room.

    Welcome to “Introduction to Machine Learning,” a course in understanding how to give computers the ability to learn things without being explicitly programmed to do so. The popularity of 6.036, as it is also known, grew steadily after it was first offered, from 138 in 2013 to 302 students in 2016. This year 700 students registered for the course — so many that professors had to find ways to winnow the class down to about 500, a size that could fit in one of MIT’s largest lecture halls.

    Jaakkola, the Thomas Siebel Professor in the Department of Electrical Engineering and Computer Science and the Institute for Data, Systems, and Society, and Barzilay, the Delta Electronics Professor of Electrical Engineering and Computer Science, have led 6.036 since its inception. They provide students from varied departments with the necessary tools to apply machine learning in the real world — and they do so, according to students, in a manner that is remarkably engaging.

    Greg Young, an MIT senior and electrical engineering and computer science major, says the orchestration of the class, which is co-taught by Wojciech Matusik and Pablo Parrilo from the Department of Electrical Engineering and Computer Science (EECS), is impressive. This is all the more so because the trendiness of machine learning (and, consequently, the class enrollment), in his opinion, is nearly out of hand.

    “I think people are going where they think the next big thing is,” Young says. Waving an arm to indicate the hundreds of students lined up in desks below him, he says: “The professors certainly do a good job keeping us engaged, considering the size of this class.”

    Indeed, the popularity of 6.036 is such that a version for graduate students — 6.862 (Applied Machine Learning) — was folded into it last spring. These students take 6.036 and do an additional semester-long project that involves applying machine learning methods to a problem in their own research.

    “Nowadays machine learning is used almost everywhere to make sense of data,” says faculty lead, Stefanie Jegelka, the X-Window Consortium Career Development Assistant Professor in EECS. She says her students come from MIT’s schools of engineering, architecture, science, management, and elsewhere. Only one-third of graduate students seeking to take the spinoff secured seats this semester.

    How they learn

    The success of 6.036, according to its faculty designers, has to do with its balanced delivery of theoretical content and programming experience — all in enough depth to prove challenging but graspable, and, above all, useful. “Our students want to learn to think like an applied machine-learning person,” says Jaakkola, who launched the pilot course with Barzilay. “We try to expose the material in a way that enables students with very minimal background to sort of get the gist of how things work and why they work.”

    Once the domain of science fiction and movies, machine learning has become an integral part of our lived experience. From our expectations as consumers (think of those Netflix and Amazon recommendations), to how we interact with social media (those ads on Facebook are no accident), to how we acquire any kind of information (“Alexa, what is the Laplace transform?”), machine learning algorithms operate, in the simplest sense, by converting large collections of knowledge and information into predictions that are relevant to individual needs.

    As a discipline, then, machine learning is the attempt to design and build computer programs that learn from experience for the purpose of prediction or control. In 6.036, students study principles and algorithms for turning training data into effective automated predictions. “The course provides an excellent survey of techniques,” says EECS graduate student Helen Zhou, a 6.036 teaching assistant. “It helps build a foundation for understanding what all those buzzwords in the tech industry mean.”

    Guadalupe Fabre, also a graduate student in electrical science and engineering and a teaching assistant, recommends 6.036 for people seeking to “develop a clear understanding of algorithms used in real life.” Fabre took the course himself as an undergraduate. “I learned to code and understand some of the latest algorithms used in machine learning,” he says. “I use a lot of the things I learned in my research.”

    Be warned, however, that 6.036 teaches both theory and application, says Fabre, and grasping that combination requires hard work. “There is a risk of understanding one but not the other, and that can make the course challenging for some students,” he says. “If you want to impress interviewers with real knowledge about machine learning, take the course,” says Fabre. “However, if you are not willing to put in the time, don't take it. You are just going to stress out at the end.”

    The majority of people taking 6.036 are willing to do the work, Zhou adds, crediting broad cultural excitement toward the applications of machine learning. “People in the class come from diverse backgrounds. I imagine they will apply these techniques in a wide variety of domains.”

    Making it look easy

    The comfort level — and charm — that Jaakkola and Barzilay display in the lecture hall is striking and goes a long way toward making their carefully designed course resonate with its huge audience. It helps dial back the impersonality that often comes with such numbers, students say.

    In one of Barzilay’s recent classes, a volunteer solved an equation for k-means clustering, which involves the partitioning of data space, on the chalkboard at the front of the packed auditorium. After she correctly solved the equation, the class broke into spontaneous applause. “Wow, she solved that in front of 500 people,” shouted one student from the back of the room.

    Rishabh Chandra, a first-year student who is an early sophomore in EECS, said the class size takes adjusting to. “It was hard to get beyond the first day,” he says, “but they do things to get people involved.” Half of the lectures are delivered by Barzilay and Jaakkola; additional faculty — this semester, Matusik and Parrilo — take care of the remainder.

    Slipping from the same class a few minutes early to beat the rush, EECS junior Stephanie Liu, a front row regular, says Barzilay and Jaakkola have created a class that is detailed, well-structured, and even fun. “They teach really well,” she says. “And you’ve got to love the chocolates.”


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    Kindred Group reviews machine learning to address problem gambling

    Unibet parent company Kindred Group is turning to machine learning to recognise patterns of problem gambling across its suite of betting and casino websites.

    Kindred Futures is the group's innovation wing, tasked with bringing in entrepreneurs and experts on how to "co-create the future of gambling," according to the organisation's website. It recently held a working group that brought in academics and figures from the technology industry to discuss how machine learning and AI might be able to help reduce problem gambling.

    According to statistics from the Gambling Commission published by NHS Digital in 2012, 62 percent of all people gambled in that year, 0.5 percent of people identified as problem gamblers, and 4.3 percent of people were described as being “at low or moderate risk of developing problems with their gambling”. A combined report is scheduled to be published in spring this year.

    Kindred Group already has a proprietary system in place – Player Safety Early Detection System, or PS-EDS – designed to raise red flags if players are thought to be at risk. The head of Kindred Futures, Will Mace, describes the existing system as "industry-leading" but also "rudimentary".

    "It's a set of rules to do with behaviour – chasing losses, chasing wins, significant changes in your deposit pattern, that sort of thing," Mace explains. "But there can be loads of explanations for those – maybe you bet a couple of quid here and there, then all of a sudden you start betting hundreds of pounds. This would probably raise a flag, and we'd look to see if we can understand what's going on."

    At present, the responsible gambling department make joint decisions on when they should intervene. Players aren't aware of the system until somebody contacts them.

    "We record all transactional behaviour on our sites for obvious regulatory and operational reasons so when those things coincide and hit a rule we decide what to do about it," he says. "[But] if you were playing on our sites you wouldn't know anything that was happening, and then when a flag was raised you wouldn't know a flag was raised until we decided it was the right thing to do to get in touch with you."

    Mace hopes that a machine learning-led approach that combines different data sets could augment the existing platform and even help automate the process to some degree.

    A problem is that there are no set guidelines in place – everyone's circumstance is different, their habits will be different, and if they were really set on circumventing risk-reducing measures they could simply go to another website or walk into a bricks-and-mortar betting shop.

    "User behaviour takes many forms – the interesting thing in this particular case is there's no single definition of problem gambling," Mace says. "What's a gambling pattern to me might be a problem but to you it might just be your normal form of entertainment. There is no 'if you do X and Y' you have a problem, everyone is different – that's why the more rudimentary methods have their shortcomings."

    It's early days for Kindred Group, and Mace does not yet know what the platform will look like or if a machine learning integration will be successful. But the company is now in discussion with one of the startups it invited in for talks and is in the design phase.

    Addressing problematic behaviour for online gambling is something the gaming companies will have to pay closer attention to whether they like it or not due to regulations from Europe, according to Mace.

    "The regulators are increasingly insistent upon companies having the right, responsible gambling strategies, attitudes and approaches in order to both obtain and maintain a licence," Mace explains. "That's relatively new."

    But for a truly effective approach to combating problem gambling, there would need to be some degree of collaboration across the betting websites. This might look like regulators pushing the operators to run a cross-website semi-anonymised way to pool their knowledge.

    "It's definitely a challenge to an individual company like us trying to detect problem behaviour when you can just as easily bet with someone else," says Mace. "There's all sorts of challenges that we're taking steps towards seeing what we can do, and hopefully developing momentum from the industry to come together on it.

    "Until there's collaboration across those sites nobody's going to have a complete picture of your betting behaviour, and therefore a lot of people who do have a problem are going to go unnoticed even if you bring in non-betting behaviour sources."

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    How Adidas is bringing its customer experience approach to employee feedback

    Adidas is taking its approach to gathering and responding to consumer feedback and applying it internally for employee feedback and satisfaction with a dynamic, monthly, mobile-first approach.

    When director of people analytics Stefan Hierl started at Adidas Group, he found himself wondering why the company was using sophisticated resources to monitor consumer feedback but "archaic methods" internally. "That didn't make any sense to me," he says.

    So Hierl went about moving away from the monolithic employee engagement survey of 80 questions, followed by months of analysis and reporting cycles. Now Adidas wants to create more of a constant feedback loop for its employees that better resembles the way it engages with customers.

    Working with customer experience software vendor Qualtrics, Adidas is able to capture this feedback from a dedicated mobile app to gather net promoter score (NPS) data from employees.

    The new approach is called "People Pulse" and is a fully branded mobile app for internal use, which runs on monthly cycles to capture both open text and 1-10 rating survey responses in a format that takes just five minutes to complete. This is important for a company like Adidas that has a lot of young employees who, according to HR Director Tony Cooke, "won't read email".

    The flexibility of the Qualtrics platform means that Adidas can adapt the questions in People Pulse depending on changing business factors, like a change of CEO for example, on the fly.

    Employees will be asked how likely they are to recommend working at Adidas and then two open-text questions on what is best and what could be improved about working there.

    The respondent will then instantly see the results. "We provide real-time feedback to stakeholders and employees for confidence and trust that we are listening," Hierl says.

    Adidas wants to continue to capture this sort of feedback at the appropriate point, and going mobile is a smart approach for this. This mirrors the consumer feedback model, where Adidas wants to get feedback at the appropriate touchpoint, such as straight after a purchase or delivery.

    For employees this could be for feedback around the onboarding experience, which the company will request immediately via the app. "If you systematically capture this data you get more insight," Hierl explains.

    The Qualtrics platform then performs text analysis on the results and clusters them according to keywords and sentiment. Managers can then easily digest the feedback through their own branded mobile app called Leadership Experience.

    Hierl says that the results of People Pulse, internally known as the people score, is now considered a top KPI alongside revenue and share price.

    Hierl would like to see the data capture side catch up to the modern day even further, going beyond form filling to more conversational interfaces like chatbots or AI personal assistants like Amazon's Alexa or Apple's Siri.

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    Customer trust is 'biggest asset' for banks facing disruption from fintech firms - Temenos CEO

    Customer trust and regulatory compliance capabilities are banks' biggest weapons when it comes to fending off a potential threat from fintech companies, according to Temenos CEO David Arnott.

    Like all industries, from retail to media, the banking sector faces a significant challenge from new competitors that are heavily focused on delivering digital services. For banking, this means everything from peer to peer lender startups to tech giants such as Apple and Google moving into payments. 

    The situation is made all the more difficult for the big banks as they must contend with complex legacy technology and face a wave of regulations, such as GDPR and PSD2.

    However, one of the reasons that we are perhaps yet to see the 'Uber-moment' for banks is that they have a number of advantages over their nimble competitors. Speaking at the Temenos Community Forum in Lisbon, Arnott said that banks should focus on their core strengths if they are to succeed in an increasingly digital market: namely, many years of experience providing financial services to customers while navigating a rapidly shifting regulatory landscape.

    He said banks must "take advantage of modern technology, and, crucially, take advantage of the biggest asset that you have: the customers, the data, the platforms."

    He added: "You have gone through the pain of the regulations which allows you to take deposits, you have a balance sheet that allows you to lend. We have seen people play around the fringes, but, whilst they will help you download music, we are not going to see Apple helping you out when it comes to paying for your first house.

    "So you do have that lock-in, you do have that customer-centricity."

    Arnott said that there are a number of other methods of dealing with the changes that are facing the industry as regulations level the playing field for new entrants into the market. For example, the incoming PSD2 regulation requires banks to open up their data to third party provides via APIs.

    Read next: Open banking becomes a reality this year, what does it mean for banks, challenger banks, fintech startups and consumers?

    However, these have various drawbacks. One is the traditional universal banking model, where a financial organisation 'manufactures' and distributes its own products over its own network, maintains its own regulatory environments and distributes through its own channels.

    "The key here is today the majority of big banks are offering purely proprietary products," he said. "The challenge with this is where we see new entrants, who aren't necessarily taking market share. If you look two or three years ago, 90 percent of financial organisations were afraid of market share loss to fintech, today it is only 21 percent.

    "What they are doing is impacting price. They are very disruptive, they have a different way of thinking, they come at subsets of ecosystems of financial services in a very different way, it is much more frictionless."

    Another option is to become an "infrastructure player", providing lower-level services that others can build upon.

    "You can become an infrastructure player, you can share the heavy burden of infrastructure costs, regulatory costs that you get running a financial organisation today with others," he said, adding that there are drawbacks to this approach too. "Ultimately though it is not a game-changer, it is a scale game. Yes, you can share some of your back-office costs, but ultimately it doesn't make you any different. There is no network effect, it is all about scale."

    Another option is to become an aggregator of banking services.

    "A fully fledged aggregator is somebody who pulls together, using their vast knowledge of a customer segment, a number of products that they don't own themselves and take a small term in recommending those products," Arnott explained. "It is like the TripAdvisor model, they used a network effect: vast volumes of recommendations matched with vast volumes of product and they sit in the middle and they take advantage of the network effect.

    "The challenge is that this doesn't really take advantage of the key assets that we have today."

    To provide customers with a range of options necessary to avoid these pitfalls, Arnott said banks require a modern technology infrastructure – a major challenge for some of the biggest banks – and be open to partnering and becoming a platform.

    "First of all we need to provide modern banking infrastructure, so for transactions where the analytics goes straight through and we can give decisions quickly about key products," he said. "At the same you have to be open to the notion that a banking customer will want more than proprietary products. Certainly you offer a broader experience than the existing product set today."

    While many banks have managed to keep pace with demand for new services such as mobile apps, this has generally meant delaying the inevitable requirement to modernise that tangle of legacy systems that many lenders own and operate.

    "Putting digital channels on top of an ageing core is not enough," he said. "It will buy you a bit of time, but doesn't deliver value long term.

    "There are those who understand it and those who don't, and they are spending fortunes on digital solutions on top of legacy and they are going to be caught out in a few years time, and I fear for those organisations."

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    Tommi Jaakkola appointed Thomas Siebel Professor in EECS and IDSS

  • Tommi Jaakkola is the inaugural Thomas Siebel Professor in EECS and IDSS.

    Tommi Jaakkola is the inaugural Thomas Siebel Professor in EECS and IDSS.

    Photo: Jason Dorfman/MIT CSAIL

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  • Tommi Jaakkola, a professor of __computer science and engineering at MIT, has been named the inaugural holder of the Thomas Siebel Professorship in the Department of Electrical Engineering and __computer Science (EECS) and the Institute for Data, Systems, and Society (IDSS).

    The appointment was announced by Anantha Chandrakasan, head of EECS and the Vannevar Bush Professor of EECS, and by Munther A. Dahleh, IDSS director and the William Coolidge Professor of EECS. “The appointment recognizes Professor Jaakkola's leadership in the area of machine learning and his outstanding mentorship and educational contributions,” Chandrakasan and Dahleh wrote in a message to EECS faculty. “Professor Jaakkola is internationally well-known in the fields of machine learning and natural language processing, as well as in computational biology. He is widely respected as an original researcher and has made high-impact contributions.”

    The new professorship was established through the generous contribution of veteran software entrepreneur Thomas Siebel, chair and CEO of C3IoT. Siebel is well-known at MIT for having established the Siebel Scholars program, which annually provides support for 16 MIT graduate students (five in EECS, five in the Department of Biological Engineering, five in the MIT Sloan School of Management, and one focusing in energy science).

    At the core of Jaakkola’s research are inferential and estimation questions in complex modeling tasks, ranging from developing the underlying theory and associated algorithms to translating such advances into applications. He has been a leading contributor to developing distributed probabilistic inference algorithms from this field’s inception to its current state as a well-established area of research.

    From the modeling point of view, Jaakkola’s work covers a broad spectrum of areas, from the interface between generative and discriminative modeling, rethinking modeling from the point of view of randomization and combinatorial optimization, to recovery questions associated with continuous embedding of objects. In natural language processing (NLP), his contributions solving hard combinatorial inference problems such as natural language parsing, developing deep convolutional representations of text, and reframing complex models to reveal interpretable rationales for prediction. Several of his papers have received best-paper awards at leading events. 

    In addition, Jaakkola “has made outstanding educational contributions,” Chandrakasan and Dahleh noted. He established and oversaw the growth of the graduate machine learning course, teaching it for many years until Professor Leslie Kaelbling took it over for further development. Together with Professor Regina Barzilay, he developed the undergraduate machine learning course, which now enrolls more than 500 students per term. He modernized the advanced NLP course, again taught with Barzilay, from the point of view of neural approaches to NLP. In 2015, Jaakkola received the Jamieson Award for Excellence in Teaching in recognition of his educational contributions.

    He has also made valuable professional contributions in his field and within EECS. He has held editorial positions on prestigious journals such as the Journal of Machine Learning Research and the Journal of Artificial Intelligence Research. He has also co-chaired or overseen areas of major conferences, including the Conference on Neural Information Processing Systems (NIPS), the Conference on Uncertainty in Artificial Intelligence (UAI), and the Conference on Artificial Intelligence and Statistics (AISTATS). He served for many years on the EECS Faculty Search Committee and has been a member of other committees as well. He has also contributed to the career paths of many students and postdocs that he has supervised and mentored at MIT. Former students and postdocs from his research group now hold positions in leading universities such as MIT, Carnegie Mellon University, and the University of California at Berkeley. 

    As an affiliate member of IDSS, Jaakkola has been instrumental in both the hiring and recruitment of statistics faculty as well as the creation of programs in statistics. He has served on the IDSS Statistics Faculty Search Committee from the start, and worked with the IDSS Statistics PhD Committee to develop a proposal for a dual PhD degree in statistics. He is also a participant in the Statistics and Data Science MicroMasters.


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