Skills
About
Dhyey Mavani is a MTS at Abridge, and computational mathematics researcher working at the intersection of agentic AI, generative AI systems, statistical learning, and mathematical reasoning. Most recently, he worked at LinkedIn across AI Platforms, generative AI inference, and special projects in agentic AI directly with the C-suite, building systems focused on reliability, efficiency, and real-world deployment. His research at Amherst College has explored machine-assisted mathematical reasoning, statistical modeling, and computational mathematics, including formal verification with Lean 4 and open-source research software. Dhyey has published research and open-source software with 40,000+ downloads, collaborating with academics and industry leaders. He is also an active technical writer and contributor to publications including VentureBeat, LeadDev, and DZone, where he writes about AI systems, engineering, and the evolving role of AI in organizations.
Dhyey Mavani
Published content

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AI has learned to write, reason, code and create at remarkable scale. But as artificial intelligence generates more of the content used to train future systems, the industry faces an uncomfortable possibility: What happens when AI increasingly learns from itself?A 2024 study published in Nature found that repeatedly training models on AI-generated outputs can cause them to lose information from the original data distribution, with less common patterns among the first to disappear. Researchers call this phenomenon “model collapse”—a warning that more data does not automatically translate into better AI.Synthetic data offers a compelling answer to the industry's growing demand for training material. It can simulate rare events, generate examples for specialized tasks and help developers test systems in situations that would be expensive, impractical or risky to reproduce in the real world. But synthetic data can also create a closed feedback loop, amplifying existing errors and narrowing the range of patterns a model recognizes.Members of the Senior Executive AI Think Tank, a curated group of experts specializing in machine learning, generative AI and enterprise AI applications, examine what it will take to keep AI learning rather than looping. Below, they offer a roadmap for executives navigating the next phase of AI adoption: how to distinguish useful synthetic data from convincing but uninformative output, how to protect the evidence that makes AI smarter and how to determine whether a new model is genuinely more capable than the one before it.

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In artificial intelligence, yesterday’s expertise can quickly become tomorrow’s outdated knowledge. A framework that once gave a professional an edge may be superseded by a new model, a familiar workflow may become automated and the skills that helped someone advance may no longer be enough to move them forward. For professionals at every stage of their careers, staying relevant means rethinking not just what to learn, but how to learn.But how do you keep pace with a field that never seems to stand still without spending every waking hour chasing the next breakthrough? And how can experienced professionals distinguish between skills worth investing in for the long term and those they need to continually refresh?Members of the Senior Executive AI Think Tank, a curated group of experts specializing in machine learning, generative AI and enterprise AI applications, explore what it takes to build lasting expertise in a fast-changing field—from knowing when to challenge established assumptions to recognizing which skills to leave behind.

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Oct 15, 2026
Artificial intelligence is forcing companies to rethink not just how work gets done, but who makes decisions, how success is measured and what leaders are ultimately responsible for. The qualities that help an AI company break through—technical brilliance, ambitious vision and the ability to move fast—can become liabilities when the business grows beyond the reach of a handful of experts. Suddenly, the decisions that once fit in a conference room carry consequences for customers, employees, infrastructure and public trust.So what happens when the technology moves faster than the leadership model built to support it? Who gets to challenge a launch when the market demands speed? How do companies develop experienced talent when AI agents take on the work that once taught people the ropes? And how can leaders preserve the freedom to experiment without losing sight of the risks?Members of the Senior Executive AI Think Tank, a curated group of experts in machine learning, generative AI and enterprise AI applications, are confronting these questions from across the AI landscape. Together, they offer a fresh look at what leadership must become as AI companies grow—and why the industry's next phase may depend as much on how leaders think and organize as on what their technology can do.

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AI has a habit of making yesterday’s infrastructure decisions look permanent—until the next model, vendor or use case comes along. For enterprise leaders, that creates a difficult problem: AI is advancing faster than the infrastructure built to support it, while data platforms, security controls and governance programs can take years to design and implement.So what should companies make permanent, and what should they make easy to replace? We asked members of the Senior Executive AI Think Tank—a curated group of leaders specializing in machine learning, generative AI and enterprise AI applications—to explore how leaders can balance the needs of today with an AI landscape that is likely to look very different tomorrow.Below, they examine what belongs at the foundation of an AI-ready enterprise—and how leaders can build enough flexibility into that foundation to adapt without starting over every time the technology changes.

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When an AI system produces a disappointing answer, the first instinct is often to rewrite the prompt. Add more context. Give it an example. Spell out the rules. Try again. Sometimes that works—but there’s a point where prompt refinement becomes a way of avoiding the real problem. If an AI system still struggles after repeated rounds of instruction, leaders need to ask a different question: Is the prompt actually the bottleneck?That question matters because AI performance depends on far more than the words sent to a model. The quality and availability of data, the tools a system can access, the workflow surrounding it and the model’s own capabilities can all shape the result.For leaders, the challenge is knowing when to stop tweaking and start redesigning. If the problem is the way work gets done, the answer may be a new workflow. If the system lacks reliable information, better data may matter more. If the task requires actions or specialized capabilities, different tooling or a different model may be necessary. And sometimes the right answer is to rethink the product or process altogether. Members of the Senior Executive AI Think Tank—a curated group of executives and practitioners with expertise across machine learning, generative AI and enterprise AI applications—share how they recognize those inflection points and what leaders can do when a better prompt is no longer enough.

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The AI industry has been celebrating increasingly capable demonstrations: a model beats a benchmark, an autonomous vehicle completes a route, an AI agent handles a task that once required a person. But a successful demonstration answers only one question: Can the technology work?Commercialization demands much harder answers: Can it work every day? What happens when it fails? Who is responsible? Can the surrounding operation absorb those failures? And do the economics still work when real customers are paying for the result? Nevada’s recent approval of robotaxi networks for Tesla, Waymo and Uber opens the door to thousands of autonomous vehicles operating commercially, and brings those questions into sharp focus.Members of the Senior Executive AI Think Tank bring perspectives from machine learning, enterprise technology, product management, data architecture, financial services, infrastructure, healthcare and design to this next stage of the AI conversation. Below, they examine what it takes to move beyond a working model and build a system that can withstand real-world complexity—from managing failures and infrastructure to earning regulatory and public trust, establishing accountability and making the economics work at scale.
Company details
Abridge
Company bio
Founded in 2018, Abridge is the first AI-native clinician intelligence platform organized around the patient, built for clinicians, and designed to help health systems coordinate the clinical, financial, and evidence-based decisions for every moment of care. Powered by purpose-built AI for healthcare, Abridge connects patients, providers, payers, and life sciences companies. This year, the platform will support more than 100 million patient-clinician conversations across 300 of the largest and most complex health systems in the U.S. With deep EHR integration, Abridge’s automatic speech recognition and note generation has been validated to capture encounters in 28+ languages across specialties and care settings. Abridge is setting the industry standard for the responsible deployment of AI across health systems. Features like Linked Evidence map AI-generated clinical documentation to source data, helping clinicians quickly trust and verify the output. Abridge was awarded Best in KLAS for Ambient AI in 2025 and 2026, in addition to other accolades, including TIME Best Inventions of 2024 and 2025, CNBC Disruptor 2025, and Fast Company’s Most Innovative Companies 2025.









