Skills
About
Will Conaway is a distinguished leader with experience across multiple industries in executive roles. He has received the ONCON Icon Award in Global Healthcare and the Constellation's Business Transformation 150 Award. Recognized among Becker's Hospital Review's 100 Hospital and Health System CIOs to Know. Will teaches organizational strategies, leadership, and VUCA concepts, as well as healthcare, at Cornell University. He has a history of service on boards. He is a member of the World Economic Forum and the Forbes Technology Council. He is GenAI certified and has completed the MIT Artificial Intelligence in Health Care program. He is also a Lean Six Sigma Black Belt.
Will Conaway
Published content

expert panel
More than 200 economists, AI researchers and technology leaders recently signed the "We Must Act Now" statement, warning that artificial intelligence could reshape the global economy faster than the Industrial Revolution. While the statement calls for stronger institutions and guardrails, it also raises a more immediate question for executives: What should leaders actually do today?Members of the Senior Executive AI Think Tank believe the answer extends well beyond adopting the latest AI tools. Drawing on decades of experience leading enterprise AI, cloud infrastructure, digital transformation and technology strategy, these experts argue that organizations must rethink work itself—redesigning processes, investing in people and establishing governance before AI scales across the enterprise.Their advice comes as organizations accelerate adoption. According to McKinsey's latest State of AI research, AI adoption continues to expand rapidly across industries, with organizations increasingly reporting measurable business impact. Yet the same research also highlights persistent challenges around governance, workforce readiness and risk management, reinforcing the need for thoughtful leadership rather than technology-first decision-making.The following insights from members of the Senior Executive AI Think Tank reveal a consistent message: Organizations that treat AI as a catalyst for better decision-making, stronger employees and more resilient businesses—not simply a cost-cutting exercise—will be best positioned to thrive as AI transforms the economy.

expert panel
Open-weight large language models have become one of enterprise AI's hottest topics. Their promise is compelling: greater control, improved privacy, customization and freedom from vendor lock-in. Yet many executives remain focused on one number—the licensing cost—while overlooking the far larger operational commitment required after deployment.Members of the Senior Executive AI Think Tank, a community of executives and practitioners leading AI strategy across industries, agree that organizations should evaluate open-weight models the same way they would any other mission-critical technology platform: through total cost of ownership, long-term operational resilience and measurable business outcomes.McKinsey has emphasized that successful AI adoption depends not only on selecting the right models but also on building the data infrastructure, operating models and organizational capabilities needed to scale them. For enterprises adopting open-weight models, those ongoing investments can quickly become a larger cost factor than the model itself.In this article, AI Think Tank members examine the hidden costs and strategic considerations behind open-weight AI adoption, sharing how executives should think about infrastructure, talent, security, governance, maintenance and the business cases where owning and operating these models can create a meaningful advantage—and when the hidden costs outweigh the benefits.

expert panel
When OpenAI unveiled Jalapeño, its first custom AI inference chip developed with Broadcom, the announcement represented more than a hardware milestone. It highlighted a broader shift in the AI industry: the race to make intelligence faster, more affordable and more accessible at scale. As the cost of running large language models declines, product leaders face a new question—not simply what AI can do, but what products become possible when intelligence is inexpensive enough to operate continuously.For much of the generative AI era, product teams have designed around scarcity. They have limited model usage, shortened context windows, reduced reasoning steps and carefully managed AI interactions because every inference call carries a cost. But as custom silicon and AI infrastructure improvements drive down those constraints, AI can move from an occasional feature users activate to an always-present capability embedded throughout workflows. Research from McKinsey & Company estimates that generative AI could create trillions of dollars in annual economic value, but capturing that opportunity will require organizations to integrate AI into core business processes rather than treat it as a standalone tool.Members of the Senior Executive AI Think Tank believe the next generation of AI products will not simply be faster versions of today’s copilots. Below, they explore how OpenAI’s Jalapeño chip could reshape product design, unlock previously uneconomical AI applications and redefine the competitive landscape for organizations building the next generation of intelligent products.

expert panel
Artificial intelligence is rapidly redefining the cybersecurity battlefield, shifting the balance between defenders and attackers at a pace many organizations are struggling to match. As enterprises embed generative AI, autonomous agents and machine learning into critical workflows, the attack surface is expanding just as quickly as defensive capabilities evolve.This tension is at the center of discussion among members of the Senior Executive AI Think Tank, a curated group of leaders specializing in enterprise AI, machine learning and responsible AI deployment. To them, AI is not just a technology upgrade—it is a structural shift in how cyber risk is created and managed.According to the National Institute of Standards and Technology’s AI Risk Management Framework, organizations adopting AI face heightened risks related to system reliability, security vulnerabilities and adversarial manipulation, even as they gain powerful new defensive tools. At the same time, a Google Threat Intelligence Group analysis on AI-enabled threat activity warns that adversaries are increasingly using generative AI to accelerate vulnerability discovery, exploit development and initial access—signaling a shift toward more automated and scalable cyber intrusion models.With this knowledge, senior executives are asking a pressing question: Over the next five years, should we be more optimistic about AI’s role in cybersecurity—or more concerned? And more importantly, what concrete actions should leaders take today to stay ahead of the curve?Their insights suggest the answer is not binary—but it is urgent.

expert panel
For decades, the technology industry's infrastructure strategy has been remarkably straightforward: Build bigger data centers, add more fiber and deploy more compute capacity closer to users. But what if the next major leap in AI infrastructure happens above the planet rather than on it?That question is gaining attention as SpaceX continues expanding its Starlink satellite network and explores ways its orbital infrastructure could support AI-related computing and global data movement. While the concept of space-based AI infrastructure remains in its early stages, it represents a potentially significant shift in how organizations think about compute, connectivity and data distribution. Instead of relying exclusively on terrestrial networks, future AI systems could leverage orbital infrastructure to extend services into remote regions, improve resilience and create entirely new competitive dynamics.The idea is gaining traction at a time when demand for AI infrastructure is accelerating rapidly. According to a Goldman Sachs analysis, AI-related data center power demand is expected to increase dramatically through the end of the decade as organizations race to secure the compute capacity needed to support next-generation AI applications. As those investments accelerate, executives are increasingly asking whether future infrastructure strategies will be limited to Earth—or whether space will become a critical extension of the global AI stack.To better understand the opportunities and risks, members of the Senior Executive AI Think Tank shared their perspectives on how space-based AI infrastructure could reshape cloud providers, telecommunications companies and AI platform vendors over the next decade. Their insights reveal both extraordinary possibilities and significant challenges, from global connectivity and distributed computing to governance, economics and the growing concentration of infrastructure power.

expert panel
Artificial intelligence has become the fastest-moving investment category in the corporate world. Boards are asking about it, investors expect it and competitors are announcing new initiatives seemingly every week. For many Fortune 500 CEOs, however, the challenge isn't deciding whether to invest in AI—it's deciding where to place the first major bet.The stakes are high because the wrong investment can consume millions of dollars while delivering little business value. Organizations across industries are launching AI labs, experimenting with custom models and deploying new tools at scale, yet many still struggle to achieve measurable returns.That reality raises an important question: If you were making your first significant AI investment today, where would you focus—and what would you avoid?To find out, we asked members of the Senior Executive AI Think Tank, a community of leaders and practitioners specializing in machine learning, generative AI and enterprise transformation. Their answers reveal a striking consensus about where AI creates value, why so many organizations get their priorities wrong and the foundational investments that should come before any large-scale AI deployment.
Company details
Tuxedo Cat Consulting
Company bio
Our Approach We build future-ready AI programs tightly aligned with organizational strategy that deliver measurable improvements in both clinical and business outcomes. What We Offer Strategic AI Roadmapping We develop comprehensive AI roadmaps tailored to each organization’s unique needs and strategic priorities. Challenge Identification & Prioritization We identify and prioritize high-impact clinical and business challenges that can be effectively addressed through AI solutions. Strategic Alignment We ensure technology initiatives are fully aligned with business objectives to maximize value and return on investment. Capability Assessment We assess current data assets, IT infrastructure, and internal capabilities to support successful AI adoption. Technology Recommendations We recommend AI technologies and solutions with a rigorous focus on ROI and practical implementation. Regulatory & Ethical Guidance We navigate regulatory, compliance, and ethical considerations to ensure the responsible deployment of AI. Implementation Planning We define clear success metrics and implementation timelines to drive accountability and measurable results.










