Evolving actuarial risk compute and modeling on Azure?
Azure for Executives
English - January 29, 2019 15:56 - 21 minutes - 14 MB - ★★★★★ - 2 ratingsTechnology Education How To microsoft executive microsoft azure azure azure podcast appsource azuremarketplace azure marketplace Homepage Download Apple Podcasts Google Podcasts Overcast Castro Pocket Casts RSS feed
Nick Leimer shares changes occurring in the insurance industry and how companies are dealing with it. Specifically, we look at computing risk for regulatory compliance and how it might be a good match for Azure services, like Azure Batch or Azure High-Performance Computing.
Additionally, Nick explains some of the current and evolving industry regulations. Regulatory compliance is key to insurance companies and the discussion addresses this issue.
Show Links
Azure Batch
Azure CycleCloud for HPC scenarios
Nick Leimer
Nick Leimer is the Principal Insurance Industry Lead for Azure. Nick brings 20+ years of experience bridging the business and IT gap in application development, operations, and infrastructure.
Before joining Microsoft, Mr. Leimer was the Senior Director for Actuarial Compute at Manulife leading the migration of LAN based HPC Farms to the Azure environment for all of Asia; including all desktop Moody’s / GGY Axis users and data feeds.
Prior to Manulife, his career progressed through developing applications for Actuarial Valuation and Projection including components of ArcVal and Prophet, the Defined Benefit area with the Pension Benefit Guarantee Corporation (BPGC), and leading life insurers, AIG and Manulife.
Follow Nick on LinkedIn or Twitter.
David Starr
In addition to being the host of this podcast, David is a Principal Cloud Solutions Architect at Microsoft, focusing on healthcare. He loves creating with code and with large systems supporting scale.
He enjoys all aspects of developing, delivering and operating software systems. He is also passionate about the end-to-end process, methods and techniques, and the patterns and practices of high performing software development teams, using skills that transcend specific technology stacks.