2. Augmented underwriting rules engines – tree-based rules engines are incredibly effective to a point but require augmentation with machine learning models to boost STP beyond what is possible through traditional rule development activities.
3. Technology – supplementing or replacing traditional underwriting evidence requirements, for example the use of video technology to replace traditional medical exams.
4. Complex reasoning engines – AI capability built to accept digitally acquired medical evidence which is then automatically read and understood to produce a reasoned outcome in a similar way to a human underwriter.
5. Human underwriters – dealing with the most complex case where their deep technical knowledge adds the most value to customers and advisers.
Many underwriting journeys will only utilise certain elements of the above, and we are seeing this already in different markets. For example, in Malaysia health claims data is used extensively to predict risk and offer very short, or even zero question, applications to customers. In Singapore video technology is used to speed up the medical exam process. And in the UK and Singapore machine learning algorithms are used to reduce Underwriting Rules Engine (URE) referral ratesby predicting those who are more likely to be standard rates instead of being referred to an underwriter.
Eventually we’ll get to the stage where we’ll see the one- question underwriting journey which simply seeks the customers permission to access their data (medical or otherwise), removing the need for traditional Q&A style underwriting.
Regardless of the path taken by individual companies, the ones that will be the most successful will be those who are able to navigate regulation changes and have the right technology in place to seamlessly connect all these elements together, in real- time.
So, what does this mean for the role of an underwriter?
Certainly, AI will continue to play a major role within underwriting now and in the future. But when thinking about ‘the future of underwriting’, there are other things to be considered, not least the role of an underwriter.
With the introduction of UREs, underwriters’ roles already began to change many years ago. From manual assessment of both simple and complex cases to assessing only the complex cases which UREs could not handle.
Therefore, underwriting roles were created with focus on underwriting strategy, rules design, question structure and optimization, and ultimately using underwriting as a commercial tool, rather than just as a new business process.
With the emergence of alternative data sources, machine learning AI technology and the use of third-party technologies, some underwriting roles will need to pivot again, to act as the key conduits between data science and traditional underwriting.
Not data scientists per se, but having sufficiently detailed understanding of data analysis techniques, terminologies and outputs will become essential for the next generation of underwriting development departments if they are to continue to drive the optimization of underwriting practices.
The below illustration, from recent work undertaken between our underwriting and data science teams at Pacific Life Re, brings this to life. This is a graphical representation of the output from a machine learning model demonstrating the importance of cardiovascular underwriting features to whether a final underwriting decision is more or less likely to be standard rates.