Description: Cluster modeling is emerging as a powerful technique to manage cloud costs and run time. It also enables quick responses to "what if" scenarios, and aids in attributing results between reporting cycles. In this webcast, we provide insight into cluster modeling, present case studies that focus on various key performance indicators and discuss the benefits and challenges to cluster modeling from an insurer’s perspective. We also discuss the considerations associated with moving from an on-prem based computing solution to a cloud-based approach.

Description: Learn about the industrial practice for constructing the mortality table from 0 to 1 through journeys in Hong Kong and Singapore, including key takeaways. Hear speakers share their biggest challenges during their process, how they resolved them, and discover the most common technical issues faced in conducting the mortality tables.

Description: "This session will explore recent and historical advancements in computing relevant to actuarial analysis. We will provide a comprehensive overview of the current landscape, tracing the journey of how we arrived here and how actuaries are already harnessing these innovations. This session will primarily be focused on hardware and as software programming interfaces - the latter, in effect, helps accelerate code and ease of access to specialized hardware. We will also examine optimization opportunities involving the intersection of the two. Hardware discussed may include CPUs, GPUs, memory, and motherboard architecture, as well as bottlenecks such as bandwidth, power and heat management, and input/output management. The session will also touch on quantum computing and what problems relevant to actuarial analysis may benefit from quantum algorithms. Coming out of this session, the audience will gain valuable insight into the forefront of technological advancements that are transforming computing efficiency in actuarial valuation and analysis. They will also learn about the key hardware and software optimization techniques that can enhance existing actuarial processes."

Description: The importance of storytelling in financial communication and its role in conveying complex financial reporting results and insights to diverse stakeholders cannot be denied.

Description: Mortality Improvement is fundamental to setting your mortality assumptions. Creating your own Mortality Improvement assumption may seem like a Herculean task. The truth is creating a mortality improvement assumption with tools provided by the SOA, or the Continuous Mortality Investigation (CMI) make the process easy. Leaving you with the Herculean task of deciding if the assumption you created fits your product. Expect to learn about the CMI tool and the SOA's Mortality Improvement Model (MIM) tool, how you might get data to use in those tools, and what assumptions you need to make outside of data like what will the MI be in 20 or 30 years? Whether it is the general population, a segment of the general population, or certain causes of death, you will get very different answers.

Description: The frequent use and complexity of today's actuarial projection models have increased the importance of efficient models. Model optimization can reduce both cloud costs and overall end-to-end clock times. This, in turn, enables companies to do more with less, such as reducing close times, increasing controls, enhancing analysis, doing more complicated calculations, and/or improving employee workloads during the close. From design and data to execution and audit, join us to explore techniques that can be applied throughout the actuarial modeling process to optimize actuarial models for improved run-time, accuracy, and reliability. We will focus on techniques that don't rely on model compression.

Description: This session will delve into the valuable lessons learned from recent accounting change implementation, covering both model and process optimization. Attendees will gain industry knowledge as we explore optimization decisions made by others, highlighting both successful strategies and areas for improvement. We will discuss key decision points throughout the entire actuarial process, including data manipulation, actuarial calculation engine, and post-model reporting.

Description: This session includes a new idea based on dynamic treatment regime work (OWL) and integrating cost into this work. This will enable identifying the best treatment for a patient based on both outcomes and cost. This is novel for actuaries because in previous analysis we have used cost only in the after-analysis, whereas here we use it in the actual analysis and treatment identification. Moreover, this analysis provides a way to consider multiple treatments for a patient (including the no treatment option) and choosing among those multiple treatments, for both outcomes and cost. This session will share the background theory and set up a case study. The case study will parallel what is in the analysis in the book by Ian Duncan 'Predicting Hospital Readmission with Case Management Recommendation.' This analysis will then go further to compare a situation where there are multiple potential case managers. Also, this will potentially explore care pathways and choosing the best care pathway for a patient based on health outcomes and cost combined.

Description: This session will focus on the topic of Bermuda Reinsurance: Operational Readiness for Changes. The presenters will examine the current state of the reinsurance industry in Bermuda and explore the operational strategies that companies must consider to stay ahead in a rapidly evolving market. The discussion will cover regulatory updates, and market shifts that are influencing the way reinsurance businesses operate. The presenters will also discuss operational capabilities and organizational structure to think about when designing a new entity.

Description: The instructors in this boot camp session will highlight the SOA's work on an updated Medicaid underwriting margin model. This research project includes an excel model, a set of instructions and a paper describing the key components of underwriting margin, including cost of capital and risk margin.