Sea. Sky. Space.
Addressed.
Every point on Earth, from the seabed to orbit, at any moment in time. One compact address for each of them.
The planet, divided into cells.
MISTT wraps the Earth in a hierarchical grid. Each cell divides into finer cells, again and again, down to the resolution of the data itself. A regional question is answered by reading a small, contiguous slice of storage, never the whole archive.
Depth, altitude and time are first-class.
The address carries the vertical dimension with it, from the deepest trench to the upper atmosphere. Time is recorded twice: when the measurement is about, and when we learned of it. Nothing is ever overwritten; corrections arrive alongside the original.
Salinity. Temperature. Refractivity.
Ocean, atmosphere and electromagnetic measurements all land in a single canonical structure. New variables are reference-table entries, not engineering projects. The physics models downstream receive the data at native resolution, never blurred into an average.
Ask about here, get an answer in milliseconds.
No always-on database. A lightweight engine wakes only when a question arrives and reads only the fraction of the grid the question touches. Cost scales with curiosity, not with the size of the archive.
Runs in the cloud. Runs behind your walls.
The same software deploys to the public cloud or to fully air-gapped hardware with no internet connection at all. Nothing about the offline mode is a cut-down version. Your data never has to leave your own site.
One fabric, from seabed to orbit.
The grid does not stop at the waterline. The same addressing carries up through the sea surface and through every layer of the atmosphere, without a seam, a re-projection or a second system. One system of record for the entire water and air column.
Weather above the weather.
Refractivity for radar and communications planning. Atmospheric structure for sensor performance prediction. And above the Kármán line, space weather on the very same index. Sea, air and space answer to a single query.
See the grid live.
MISTT demonstrates four-dimensional environmental data retrieval at exercise scale, across sea, air and space.