A new foundation for energy.
Everything we build next runs on electricity. Homes, factories, cars, computers. But heat, power and data are still handled by separate systems that cannot talk to each other. Most of the energy we make is wasted as heat before it does anything at all.
So we started again.
We build one system that carries all three: water, power and data. The same system in a house as in a factory.
Water moves the heat. Data decides where it goes. One piece of software runs the lot, so it uses less power and costs less to run.
We are not building appliances. We are building a power company.
The units do not have to be connected to work together. Each one has a battery and senses its own room. Over data alone they take turns, so a building never spikes the grid. They buy power when it is cheap, use it when it is dear, and keep a room comfortable when the grid goes down.
That is a federated energy network. No shared pipework. No permission from the utility.
Connect them properly and it gets better again. Airform cools Electroform's batteries. Electroform feeds power back. Hyperform uses both. Every product is a node, and the more you join up the better it works.
Ten thousand of them is a power plant, built one room at a time.
Product roadmap
We started where the demand is biggest. Heating and cooling is one of the largest things a building does with electricity, and those machines have barely changed in decades. Airform moves heat with water instead of refrigerant. Any electrician and plumber can fit it, and one unit can take the heat another does not want.
One system, indoors and out. Heat moves between the two as water.
The same unit, set into the wall and out of sight.
A packaged terminal heat pump for apartments and hotels. It fits beneath a window, where a through wall conditioner used to sit, so nothing on the facade has to change.
Industrial
Past a certain size the same parts become plant. More capacity to move heat. Storage to hold it. Something fast enough to decide where it goes. Here a building stops drawing on the grid and starts being part of it.
Three times the capacity. Units stack to add more.
Batteries that lock into the same water loop.
Sends power and heat where they are needed, in under a second.
Then the network stops only using power and starts making it.
Cover for a car park, a path or open ground that also makes power.
Software
None of it is infrastructure until one thing watches all of it at once.
Watches the water and the energy, everywhere at once.
Learns from every system we have running, and tunes them.
All of it is designed in Hawaii. Humid, sunlit, heavy with salt air, and the most expensive electricity in America. If it works here it works anywhere.
We build it ourselves, in a factory that runs on the same microgrids we sell. Nothing ships until it has worked here first.
The goal is simple. Energy cheap enough, clean enough and easy enough to move that nobody has to think about it again.