Building-block AI servers for the grid.
Worked backwards from Supermicro's real business — a leading maker of application-optimized AI servers, rack-scale plug-and-play solutions (DCBBS — Data Center Building Block Solutions), and direct liquid cooling (DLC-2) that cuts data-center energy. Supermicro's building-block model and fast time-to-deployment are exactly how a distributed grid scales: node by node, rack by rack, warehouse by warehouse. This is our proposal to build the 🤫 grid on Supermicro's drop-in, liquid-cooled AI nodes — with Agent One managing the fleet.
Written from public information. A proposal in pursuit — no announced deal exists; Supermicro is not a current partner, shareholder, or investor of ours.
Why Supermicro × 🤫 is obvious — in one look.
Your building-block architecture ships rack-scale AI as drop-in, plug-and-play nodes.
🤫's grid scales node by node, warehouse by warehouse.
Fast, repeatable grid expansion — add a rack, add capacity.
DLC-2 direct liquid cooling cuts data-center energy substantially (Supermicro says).
🤫 drops those liquid-cooled racks into solar-powered warehouses where energy costs least.
Low-cost-per-watt, dense nodes for solar-cooled edge sites.
You're first-to-market on new silicon with the broadest server portfolio.
🤫 wants the latest GPUs/accelerators in the field, fast.
The newest compute in the grid, sooner — a real time-to-deployment edge.
How Supermicro wins, honestly.
Supermicro (Super Micro Computer, Inc.) designs and manufactures application-optimized servers and storage, with a focus on AI and liquid cooling. Figures below are public (Supermicro filings and disclosures) and approximate; note the company's past filing-timeliness issues, now resolved.
Application-optimized servers assembled from shared building blocks — fast, flexible, repeatable.
Data Center Building Block Solutions — full racks delivered as integrated, drop-in units.
Next-gen direct liquid cooling that Supermicro says can cut data-center energy substantially — dense, efficient racks.
Among the fastest to ship servers on the newest GPUs and accelerators — a time-to-deployment edge.
One of the broadest server/storage portfolios — a node for every workload in the grid.
Headquartered in San Jose with US and global manufacturing — supply for the grid.
Modular, liquid-cooled, first-to-market.
Supermicro's strengths — a building-block architecture, rack-scale delivery, liquid cooling, and speed — are exactly how a distributed grid scales.
Building-block architecture
Servers assembled from shared modules — fast, flexible, and repeatable to manufacture and deploy.
DCBBS (rack-scale)
Data Center Building Block Solutions — full racks delivered as integrated, plug-and-play units.
DLC-2 liquid cooling
Next-gen direct liquid cooling designed to cut energy and enable dense AI racks — efficient grid nodes.
First-to-market on silicon
Among the fastest to ship servers on the newest GPUs and accelerators — the latest compute, sooner.
Broadest portfolio
A server or storage node for nearly every workload — flexibility across the grid.
US manufacturing
San Jose HQ with US and global build capacity — supply for a sovereign-friendly grid.
DCBBS, DLC-2, and next-gen GPU systems.
What Supermicro advanced most recently — the surfaces a partnership plugs into. Stated honestly.
DCBBS
Data Center Building Block Solutions — rack-scale, plug-and-play AI infrastructure with fast time-to-online.
DLC-2 direct liquid cooling
Next-generation liquid cooling designed to cut data-center energy and enable higher density.
Next-gen GPU servers
Systems built for the latest NVIDIA and other accelerators — first-to-market on new silicon.
Filings current
The company resolved prior filing-timeliness issues and regained compliant reporting — noted for candor.
What Supermicro is building toward.
Rack-scale AI (DCBBS)
Delivering AI infrastructure as integrated, plug-and-play racks — fast time-to-deployment.
Energy efficiency
DLC-2 liquid cooling to cut data-center energy and enable dense compute.
Time-to-market
Being first to ship servers on new silicon — the latest compute, sooner.
Green computing
Efficient, sustainable data-center design as a core message.
Global manufacturing scale
Expanding US and global build capacity for AI demand.
The people carrying it.
Our respectful reading of public roles and priorities — so any partnership makes each of their jobs easier, not harder.
Charles Liang
Founder, President & CEO, Supermicro
Founded and runs Supermicro on building-block design, first-to-market silicon, and DLC liquid cooling. Repeatable, drop-in, energy-efficient racks are exactly how the 🤫 grid scales warehouse by warehouse.
Buy together. Build together. Sell together. Take risk together.
Supermicro's building-block model is a natural fit for scaling a distributed grid. Present it as concrete BOM and deployment alignment, not endorsement.
Buy together — drop-in grid nodes
DCBBS ships rack-scale AI as integrated, plug-and-play units.
🤫 adds capacity by dropping in Supermicro racks, warehouse by warehouse.
Fast, repeatable grid expansion — add a rack, add capacity.
Build together — efficient, solar-cooled sites
DLC-2 liquid cooling is designed to cut energy and enable density.
🤫 sites those liquid-cooled racks in solar-powered warehouses where energy costs least.
Low-cost-per-watt, dense compute for solar-cooled edge sites.
Buy together — the newest silicon, sooner
Supermicro is first-to-market on new GPUs and accelerators.
🤫 fields the latest compute quickly via Supermicro's broad portfolio.
A real time-to-deployment edge for the grid.
Take risk together — a Warehouse One pilot
Supermicro delivers rack-scale, fast-to-online infrastructure.
A pilot Warehouse One built from Supermicro DCBBS racks, with Agent One managing the fleet.
A fast, repeatable, energy-efficient proof of the distributed-grid model.
Add a rack, add capacity.
Supermicro's building-block, liquid-cooled AI racks are exactly how a distributed grid scales — node by node, warehouse by warehouse — sited in solar-powered warehouses where energy costs least; 🤫 puts a consent-first agent on top and manages the fleet. And with US-based design and build, it's a sovereign-friendly foundation for the grid.
Buy together. Build together. Sell together.
The best business is fun when there is real money to be made and real value created for the people we both serve. That is the only partnership we will build — and we would be proud to build it with Supermicro.
Sources.
What this is, and isn't.
This is our proposal, assembled from public information — not a claim of partnership, endorsement, sponsorship, or investment by Supermicro. Super Micro Computer, Inc. is not currently a partner of HushOne or Hushh Technologies, and no announced deal exists. Product and energy-savings figures are from Supermicro's public materials and are approximate; the company previously experienced filing-timeliness issues that it has since resolved. Supermicro, DCBBS, DLC-2, and related marks are trademarks of Super Micro Computer, Inc. Our own certifications are 'in pursuit' until a 3PAO assessment or agency ATO says otherwise.