Who should lead the regulation of AI? Government has the tools to require compliance, but risks constraining innovation. Industry has the know-how to ensure relevance, but risks self-interest trumping consumer protection. This debate will discuss whether AI should be regulated by industry or by government, covering perspectives on how regulation – broadly understood to include rules, standards, and supervised self-regulation – can and should balance reaping the benefits of AI against minimising avoidable harms. Getting this balance right is important not only to ensure that AI is trustworthy, but it will also determine whether consumers do in fact trust it in practice.
As data starts to take centre stage and organisations start to bring their businesses into the next phase of the digital age, putting the human being at the centre of our thinking when it comes to designing new technologies is crucial to ensuring that these technological innovations serve people and not the other way around.
The agriculture sector faces large challenges, from the environment to manpower to consumption and to pandemics. In the long term, climate changes, food market conditions, reforms in agricultural policies and export caps will continue to pose new challenges. How can we develop sustainable agriculture practices to feed our people under these conditions?
High-performance advanced materials are at the core of the technological innovations needed to reach a sustainable, climate-neutral economy and society. Such materials are a part of the solution to our global challenges, offering better performance in their use, at a lower cost, resource and energy requirements, and improved sustainability at the end-of-life of the products. The development of these new materials could transform our world over the next few decades. We will require Advanced Material innovations across industries and all sectors of the economy to sustain our current and future consumption levels.
In April 2016, the Singapore Ministry of Health (MOH) declared War on Diabetes to rally a whole-of-nation effort to reduce the diabetes burden in the population. According to MOH, we can expect one in two Singaporeans aged 70 to suffer from Type 2 diabetes by 2050; that's one million people of our population. The cost of diabetes treatment is increasing at double-digit rates throughout Asia. In Singapore alone, over S$1 billion is spent each year managing diabetes - a cost that digital healthcare technology aims to reduce.
Industry: Health and BioMedical Sciences
More frequent global shocks, increasing consumer demands for transparency and sustainability, and looming regulations are forcing businesses to better understand their entire supply chain (not just what’s easily visible). Yet, a Bain study found that 60% of companies have zero visibility into inputs beyond Tier 1 of their supply chains.
Traceability will be a key differentiator: those who succeed will build competitive weapons, those who do not face risks and customer flight. Technology can enable this transparency with automated data sharing and visualisations across multiple parties, but it is not the only barrier to success. An equally daunting but perhaps more complicated challenge is designing the right governance, operating and partnership model, and data rights.
With 80% of the top 20 bilateral trade routes going through APAC by 2030, the region has a critical role to play. Early movers can reap significant advantages by defining the region’s industry standards and capitalising on white space. Join us as we explore how businesses can develop and leverage traceability to build a great supply chain – that is efficient, reliable, resilient, and sustainable.
Industry: Logistics & Supply Chain
Deep Tech has the potential to ensure a sustainable, liveable future for our planet in the face of grand environmental and societal challenges. With rising attention to how science and technology innovation can be harnessed to improve the human condition, the world is seeing more ESG-oriented investments, which is topping US$30 trillion, and more corporates and startups working together to pilot and scale innovative solutions.
As part of Singapore’s long-term low-emission development strategy, Singapore has pledged to reduce its peak greenhouse gas emissions in 2030 by the year 2050. With 95% of Singapore’s electricity currently generated from natural gas and Singapore’s limited renewable energy sources, the importance of developing low-carbon energy technologies including hydrogen is key to ensure a clean, reliable, and affordable energy supply.
Industry: Urban Mobility (USS)
As the world grapples with an ageing population and high incidences of chronic diseases, the gaps in healthcare have prominently surfaced. While innovation, technology and data-driven approaches can improve health outcomes, such an approach often involves a massive amount of confidential data transactions (i.e. patient information) - a lucrative target for hackers and cybercriminals. Healthcare is the most targeted industry for data breaches.
In this session, join our panel of experts to discuss how a data-driven approach can bring us closer to a more transparent and sustainable healthcare system, reduce healthcare costs, and promote better collaboration in the healthcare ecosystem. They will also discuss the challenges in securing health data, data sharing and the role of cybersecurity in designing the healthcare system's networks.
Date: 5 Aug 2021, Thursday
Time: 11:00am – 12:00pm (Singapore Time / UTC +8)
Industry: Health and BioMedical Sciences
Here in Singapore, we love our food, and we cannot lie. With many dishes and flavours from all corners of the world, it’s no wonder eating is the (unofficial) Singapore’s favourite pastime. As we continue to enjoy the latest food trends and culinary recipes, it’s essential that we not ignore the growing concern over our food supply.
In the race to achieve the ever-increasing ambitions towards net-zero emissions, the voluntary carbon market is gaining momentum with keen buyers seeking to offset the climate footprint of their fossil fuels. Nature-based Solutions (NbS) - as actions that harness the power of nature to tackle social and environmental challenges - is a core foundation to achieving carbon neutrality for its way to build resilience to the consequences of warmer temperatures whilst helping to limit further rises by acting as carbon sinks.
To effectively harness the power of AI in the aviation sector, the industry should start to develop and adopt an AI ethical framework. In this event, our speakers will share their perspectives on the responsible application and the social values of AI in aviation for the future.
Industry: Aerospace / Space