In July, we composed a comprehensive white paper examining the rollout of Open Banking to date, suggesting we are embarking on a journey toward Open and Embedded finance. This was done through highlighting four novel use cases for Open Banking’s future. This post will give you a sneak peek on the four compelling use cases from the paper. (if you’d like the full paper, you can find it here).

Use Case 1 - Sustainability Scoring for Fintechs

Visa’s sustainable banking report finds that consumers are demanding four pillars of sustainability within their banking experience: understanding their carbon footprint, offsetting their environmental impact, incentivising behavioural change & anchoring their impact on the world.

A novel use case is that of carbon calculation based on merchant identifiers. For example, the Australian software developer Avarni - a Basiq partner - derives a carbon calculation index based on transaction data, once the user has consented to share their data with the Avarni API. This allows for the generation of a ‘carbon score’, which means consumers can see how environmentally friendly their purchases have been. Some businesses are even using this to nurture loyalty to green brands, using an aggregation of green brands as a merchant acquisition tool. It allows businesses to increase customer engagement, gain top of wallet preference, tap into incremental revenue streams and retain and acquire customers. Basiq customers can access accurate carbon-emissions data and provide these insights to their end users through one API.

Use Case 2 - Rules and Event Based Payment Initiation

One of the most common use cases in the UK, an early adopter of Open Banking, is combining payments and data. Under PSD2 in Europe, this is known as the interaction between Account Information Service Providers (AISPs) and Payment Initiation Service Providers (PISPs). Or, to put it more plainly, the relationship between an account aggregator (e.g. Basiq) and a payments provider (e.g. Split Payments). This allows for actions to occur based on a change in transactional data state, for example.

Australia is yet to see the full potential in marrying these two concepts. Indeed, there is a likelihood that the consent flow to authorise payment initiation should occur in conjunction with data consent to make for a seamless user experience. The following use case is an example of how rules-based payments could potentially be implemented by Australian consumers:

Create condition: When I shop at McDonald’s, transfer $5 into my gym membership account

Create event: Transfer of $5 to gym account every time a transaction occurs at McDonald’s

Capture consent: Authorise the transfer of money from a merchant that detects shopping at McDonald’s (via enrichment) and then transfer that to my gym membership account

Condition: McDonald’s is shopped at

Event: Gym account is topped up

Consent: Ongoing until next condition is satisfied

There are many use cases where payments and data can be combined. For example, you can combine payment and data to smooth bills. Of course, taking the friction out of paying for subscriptions is just the beginning. With a consent-driven rules engine it is, for instance, straightforward to have a percentage of your salary go towards buying equities every time you get paid.

Use Case 3 - Dynamic Credit Risk Decisioning


Consent can be captured as a one-off to determine likelihood to service debt. However, it can also be used in an ongoing manner to determine an individual’s financial position. Take the example of an unsecured lending product, such as a personal loan. A number of credit rules and risk engines require accessing a credit bureau, on top of an internal risk engine that aligns with the company’s risk appetite. With transactional data, income detection can be analysed, and if there is an uptick in income due to a change in circumstances, then a company can proactively reach out to see if the customer wants to increase their repayments on a specific loan, potentially providing a new repayment schedule to service the remainder of the loan.

The converse also applies. If a customer’s income declines for some reason, there can be a proactive message or ‘reaching out’ to the customer to understand more about the change in their financial circumstances and, where appropriate, assist them with arrangements such as payment holidays. If this process can be automated, it could create a positive experience for the customer and transform their relationship with a lender. A relationship that was reactive and perhaps punitive (if the customer is financially penalised for missing payments) can be transformed into a proactive, somewhat flexible engagement where the customer’s debt payments can be tied, within reason, to the income they are currently earning. (The customer may even have the option to near frictionlessly switch loan providers if a better deal becomes available.)

Use Case 4 - Autonomous personal finance

This use case builds upon Use Case 2 and shows what will be possible once the Open Finance era is in full swing. Autonomous finance appeals most in the Personal Finance Management (PFM) space. In aggregating your accounts, you could run a sophisticated insights engine on top of the transactional data set to determine which subscriptions are due in the upcoming month, and automatically nominate each one to be debited from your account. Alternatively, if money comes into an account, then this can be used to ‘bill smooth’, or automatically paying part of a bill - or topping up a subscriptions account - to allow for an increased flow of funds once salaried pay arrives.

A set of rules set on top of a salary deposit means that all bills can be paid on time, direct debits can check the account balance before pulling funds - with no manual entering of scheduled or recurring payments, reduce risk of dishonours and increased collection rates for merchants. For those who have multiple payments to various accounts - including health, subscription services, transaction accounts - this is especially appealing.

The use case evolves into switching - or having a recommendation on which product or service is best for you.

Take the example of a twentysomething Australian who has just left the family home and is searching for an energy product for the flat they’ve rented. Transactional data analysis could be used to determine which is the best product for the twentysomething, meaning they automatically get the best deal possible without having to invest time or money shopping around. The business providing this service – which is most likely to be a comparison site – can generate affiliate revenue for providing the service. It’s win-win all around, except for energy companies that haven’t been providing value for money. Of course, consumers have long been able to look at comparison sites and shop around for good deals, but the friction involved meant most haven’t bothered. But once consumers don’t have to do anything more than tick a box saying they consent to have their transaction data shared, it will be a whole new ballgame. And it’s entirely possible that data not currently covered by the CDR, such as vehicle registration payments, could be aggregated in future. It may not be too long until anybody renewing their vehicle registration via MyGov can consent to receiving a list of the best-value car insurance products on the market. And once businesses have ready access to lots of data on any potential new customer, they will be able to provide personalised offers and a much hyper-personalised experience to that customer.

Ultimately autonomous finance seeks to remove the cognitive friction out of everyday financial decisions.

Summary

We hope you found these novel use cases of interest. If you’d like to read more, including an overview of Open Banking’s historical journey, you can check out the full paper 👇🏽

Download the free white paper now.