About Us

Building the caching layer for AI production

Tensormesh was founded by the creators of LMCache to bring production-grade context caching to AI teams. We help developers reduce repeated model work, lower costs, and scale workloads that reuse context across requests.

About Us

Our Values

Efficiency first

AI should scale by reusing work, not repeating it. We help teams spend less on redundant context and more on building better products.

Research-led innovation

We turn research into infrastructure teams can actually use. Tensormesh builds on LMCache to bring production-grade context caching to real AI workloads.

Radical transparency

Customers should know exactly what they pay for and what they save. We make caching, pricing, and performance measurable.

Systems thinking

Context-heavy AI is a systems problem. We design for the full path from request to cache to model response.

Who we are

Founding team & Advisors

Junchen Jiang

CEO, Co-Founder

Professor at UChicago. Co-creator of LMCache and CacheBlend, winner of the ACM EuroSys 2025 Best Paper Award, the research that became the foundation of Tensormesh. Google Faculty Award recipient.

Yihua Cheng

CTO, Co-Founder

PhD from UChicago. Co-recipient of the ACM EuroSys 2025 Best Paper Award for CacheBlend. AI systems expert in high-performance LLM inference and distributed computing.

Kuntai Du

Chief Scientist, Co-Founder

PhD from UChicago. Siebel Scholar Class of 2024, awarded to the top CS PhD students globally. Expert in LLM inference and knowledge systems, with first-authored papers at SIGCOMM and MLSys. Core LMCache contributor and ranked in the top 10% of all CS PhD students by his advisor.

Ion Stoica

Advisor

Professor at UC Berkeley, Co-founder and Executive Chairman at Databricks, Executive Chairman at Anyscale.

Hui Zhang

Advisor

Ph.D. from UC Berkeley, Professor at Carnegie Mellon University, Founder of Conviva

Join our Team

Build the future of AI infrastructure. We’re hiring engineers and researchers to solve the industry's biggest efficiency challenges.

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