
Chamber
Autopiloting your AI infrastructure
Verdict
Chamber is one of the strongest team-market fits in W26 — four founders who literally built GPU orchestration and observability infrastructure at Amazon are now selling it as a product to the market they know intimately. Charles Ding's prior exit (Bungee → ClearDemand, $3.5M ARR) plus deep domain expertise from Project Greenland makes this team unusually credible. The product is visually polished with real UI and a pricing page, though no named customer logos or revenue metrics are visible yet. The biggest risk is Run:ai (now backed by NVIDIA) and the broader ecosystem of AWS/GCP native tooling making this a feature rather than a standalone product. If they can close 5-10 paying enterprise customers quickly and prove the agentic orchestration layer isn't easily replicated by hyperscalers, this is a strong A.
Active Founders
I have a passion for distilling complex problems into elegant simple solutions for customers. Ex-Aamzon Product Manger with experience delivering observability and GPU efficiency solutions. I also have a passion for technical selling and GTM strategies. From my experience both Optimizely and Amazon, I am a believe in the power of experimentation to iterate quickly and deliver results.
I’m a software engineer from Malaysia who moved to the U.S. in 2016. I’ve built high-impact systems at Amount, Avant, Flexport, and Amazon. I’ve worked across fintech, logistics, and GPU-related scheduling tooling, where I saw how hard distributed training is for many teams. I’m now co-founder of Chamber, focused on simplifying GPU orchestration for training workloads.
I am a cofounder of Chamber and a former Senior Software Engineer at Amazon. Over the past 9+ years, I’ve built and launched multiple 0→1 AWS products, with deep expertise in large-scale observability, distributed systems, and AI infrastructure efficiency. At Chamber, I’m applying this experience to build intelligent AI workload orchestration and observability software that helps companies run AI workloads much more efficiently.