In this interview from theCUBE + NYSE Wired: AI Factories - Data Centers of the Future, Seshu Madhavapeddy, founder and chief executive officer of Frore Systems, joins theCUBE's John Furrier to discuss why thermal management is the hidden foundational layer powering the next generation of AI factories. Madhavapeddy introduces the concept of a "thermal stack" — the often-overlooked infrastructure responsible for removing the enormous heat generated by modern GPU clusters. He explains why delivering power to a data center is only half the equation, likening AI factories to thermal power stations running in reverse. Without efficient heat removal, GPUs overheat and ultimately become useless, making thermal innovation as critical as the next generation of silicon.
The conversation also explores Frore Systems' product portfolio spanning cloud to edge. Madhavapeddy details the company's LiquidJet Cold Plate, which delivers 75% greater thermal efficiency than standard cold plates at less than half the weight, enabling GPUs to run about eight degrees cooler and produce more tokens per second for the same power draw. He previews the LiquidJet Nexus, an integrated solution set to launch at NVIDIA GTC that eliminates hoses, connectors and manifolds while halving compute tray thickness — effectively doubling rack-level compute density without upgrading a single chip. On the edge, Frore Systems' AirJet, a MEMS-based solid-state cooling chip, unlocks the full performance of ultracompact devices such as tablets, notebooks and smart cameras by doubling their heat removal capacity. From scaling manufacturing and supply chain resiliency to meeting surging demand across hyperscalers and edge device makers, Madhavapeddy provides a roadmap for how thermal innovation can deliver performance gains on par with a new generation of GPUs.
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Seshu Madhavapeddy, Frore Systems
In this segment from theCUBE + NYSE Wired’s “AI Factories – Data Centers of the Future” series, theCUBE’s Dave Vellante sits down with Rob Biederman, managing partner at Asymmetric Capital, to unpack a disciplined approach to early-stage investing amid AI-scale infrastructure shifts. Biederman explains Asymmetric’s founder-first model: writing $1–$10M checks (often via SAFEs), joining boards as they form and helping operators with go-to-market, operations, finance and strategy (not product/engineering). He shares why the firm avoided 2021’s lofty SaaS multiples in favor of backing proven builders earlier (single-digit pre-money), and highlights portfolio execution such as a cash-efficient LATAM e-commerce company scaling from ~$1-2M to about $50M in revenue. The discussion also explores Asymmetric’s subscale buy-and-build plays (e.g., pool cleaning in San Diego, sleep apnea clinics in Houston), where density, tech-enabled services and platform ops expand margins and enterprise value.
Biederman weighs in on AI economics as enterprises race to “AI factories,” cautioning that not every AI workload creates ROI and that overbuilt compute assumptions could face a reckoning. He argues that winners will prove a clear 10× value equation and avoid scaling go-to-market before product-market fit. Additional insights include early liquidity discipline (returning $0.20 on the dollar before the fund’s third anniversary), portfolio survivability (34 of 35 companies still operating; three positive exits), and guidance to founders: make your value proposition relevant, credible and differentiated. Tune in for candid perspective on how capital efficiency, ownership discipline and anti-thematic sourcing intersect with a world where GPU-dense data centers and AI-scale software are reshaping enterprise infrastructure and economics.
In this interview from theCUBE + NYSE Wired: AI Factories - Data Centers of the Future, Seshu Madhavapeddy, founder and chief executive officer of Frore Systems, joins theCUBE's John Furrier to discuss why thermal management is the hidden foundational layer powering the next generation of AI factories. Madhavapeddy introduces the concept of a "thermal stack" — the often-overlooked infrastructure responsible for removing the enormous heat generated by modern GPU clusters. He explains why delivering power to a data center is only half the equation, likening AI ...Read more