Ryan McEntush
Showing 1–5 of 5 transcripts.
- a16z12 min
AI Is Coming For These 3 Industries In 2026 (a16z Big Ideas)
Ryan McEntush, Angela Strange, Sarah Wang
Ryan McIntosh, Angela Strange, and Sarah Wang identify three pivotal 2026 inflection points defining the future of American industry, finance, and software architecture. These experts forecast a transition where the U.S. must vertically integrate its electro-industrial ecosystem to match China, financial institutions must abandon legacy mainframes for AI-native data systems to unlock tenfold operational scaling, and dynamic AI agent layers must displace traditional systems of record to enable autonomous execution. Collectively, these shifts emphasize that future economic and military power depends on controlling embodied electrified components, unifying data across unstructured sources, and achieving product velocity through continuous AI-driven iteration.
- a16z56 min
The U.S. Can’t Build AI Without These Materials
Erik Torenberg, Turner Caldwell, Erin Price-Wright, Ryan McEntush
Mariana, a $85 million vertically integrated software-first developer, is deploying a Capital Project OS and AI-driven PlantOS to revolutionize the extraction of critical minerals like lithium and copper. By automating bespoke refining workflows and leveraging talent from hard-tech sectors such as SpaceX and Anduril, the company aims to compress construction timelines from years to months while navigating severe labor shortages. This approach targets the geopolitical urgency of rebuilding US domestic mining and refining capabilities to meet surging demand from the AI and defense industries.
- a16z49 min
America's Energy Problem: We Need A New Grid
David Ulevitch, Erin Price-Wright, Ryan McEntush, Aaron
This event addresses the critical ossification of the U.S. electrical grid, where aging infrastructure, severe transformer backlogs, and a dispersed skilled workforce have stalled megaproject development. Panelists argue that the solution lies in a decentralized "leapfrog" strategy combining on-site generation, Small Modular Reactors, and AI-driven management to bypass interconnection bottlenecks. The discussion highlights urgent investment opportunities in grid visibility software, industrial robotics, and supply chain diversification to meet the explosive power demands of data centers and EVs.
- a16z34 min
The Electric Grid, Explained
Amidst a critical transformer leak and record heat that threatens Texas's independent grid, the event details systemic vulnerabilities in the U.S. power infrastructure, including three-interconnection limits and severe supply chain bottlenecks that delay critical upgrades. Experts highlight an impending energy gap driven by data center expansion and electrification, which current storage and generation models struggle to balance without massive investment in long-duration solutions and nuclear technology. Consequently, policymakers face urgent decisions to modernize aging lines and reform interconnection queues to prevent reliability failures reminiscent of past blackouts or the South African energy crisis.
- a16z1h 12m
2023 Big Ideas in Technology (Part 2)
Anish Acharya, Angela Strange, Michelle Volz, Ryan McEntush, Vijay Pande, Julie Yoo
Anish Charya and Angela Strange outline transformative fintech strategies where GPT-driven credit counseling scales labor efficiency while software-enabled compliance converts regulatory burdens into strategic competitive moats. Parallel discussions led by Michelle Foles and Ryan McIntosh highlight how Small Modular Reactors and space supply chain overhauls will redefine energy production and industrial supremacy through advanced manufacturing and resource extraction. These innovation themes converge with healthcare predictions from Vijay Pandey and Julie Yu, who forecast the rise of consumer health tech and value-based care stacks to replace legacy fee-for-service models with outcome-focused infrastructure.