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There’s a huge amount of anticipation surrounding artificial intelligence (AI). But what does it offer your particular organisation?
AI offers opportunities for innovation and differentiation across all areas of business. However, while we’re likely to see wholesale business model transformation in some sectors, the focus in others will be more localised and iterative. Healthcare, automotive and financial services are the sectors set to receive the biggest boost to product value and demand from AI according to PwC’s AI Index.
Through our AI Impact Index, we also look at how improvements to personalisation/customisation, quality and functionality could boost value, choice and demand across nearly 300 use cases of AI, along with how quickly transformation and disruption are likely to take hold.
In this webcast, our expert panel will draw on PwC’s analysis of the business impact of AI to cut through the hype around AI to talk through valuable commercial openings in your market and how to take advantage of them.
Our sector specialists worked with market participants and our partners at Fraunhofer to identify and evaluate use cases across five criteria:
Specific scoring parameters were derived for each criterion, and scores range from 1-5 (1 being lowest impact, 5 being highest). The parameters were weighted to arrive at a total Potential AI Consumption Impact. We also evaluated technological feasibility, and other drivers and inhibitors of consumer uptake. The results helped us to gauge time to adoption, potential barriers and how they can be overcome.
Faster and more accurate diagnoses and more personalised treatment in the short and medium term, which would pave the way for longer term breakthroughs in areas such as intelligent implants. Ultimate benefits are improved health and lives saved.
More effective prevention helps reduce the risk of illness and hospitalisation. In turn, faster detection and diagnosis would allow for earlier intervention.
It would be necessary to address concerns over the privacy and protection of sensitive health data. The complexity of human biology and the need for further technological development also mean than some of the more advanced applications may take time to reach their potential and gain acceptance from patients, healthcare providers and regulators.
AI-powered diagnostics use the patient’s unique history as a baseline against which small deviations flag a possible health condition in need of further investigation and treatment. AI is initially likely to be adopted as an aid, rather than replacement, for human physicians. It will augment physicians’ diagnoses, but in the process also provide valuable insights for the AI to learn continuously and improve. This continuous interaction between human physicians and the AI-powered diagnostics will enhance the accuracy of the systems and, over time, provide enough confidence for humans to delegate the task entirely to the AI system to operate autonomously.
More customised and holistic (e.g. health, wealth and retirement) solutions, which make money work harder (e.g. channelling surplus funds into investment plans) and adapt as consumer needs change (e.g. change in income or new baby).
The information customers need to fully understand financial position and plan for the future is at their fingertips and adapts to changing circumstances. Businesses can support this by developing customised solutions rather than expecting consumers to sift through multiple options to find the one that’s appropriate.
Consumer trust and regulatory acceptance.
While human financial advice is costly and time consuming, AI developments such as robo-advice have made it possible to develop customised investment solutions for mass market consumers in ways that would, until recently, only have been available to high net worth (HNW) clients. Finances are managed dynamically to match goals (e.g. saving for a mortgage) and optimise client’s available funds, as asset managers become augmented and, in some cases, replaced by AI. The technology and data is in place, though customer acceptance would still need to increase to realise the full potential.
Increasingly personalised content generation, recommendation and supply.
Quicker and easier for consumers to choose what they want, reflecting their preferences and mood at the time.
Cutting through the noise when there is so much data, much of it unstructured.
We already have personalised content recommendation within the entertainment sector. Yet there is now so much existing and newly generated (e.g. online video) content that it can be difficult to tag, recommend and monetise. AI offers more efficient options for classification and archiving of this huge vault of assets, paving the way for more precise targeting and increased revenue generation.
More efficient and cost-effective supply and usage of energy.
More secure supply and fewer outages.
Technological development and high investment requirements in some of the more advanced areas.
Smart meters help customers tailor their energy consumption and reduce costs. Greater usage would also open up a massive source of data, which could pave the way for more customised tariffs and more efficient supply.
John Studley
Partner, Data Analytics and AI - Data Science capability, PwC Australia
Tel: +61 (3) 8603 3770