Software that finds harmony, shipped.
The build account of Squatch CC, a
software & app studio in the Tucson desert β local-first software,
hard problems, the right answer rather than the popular one.
holo β holographic computing on FHRR hypervectors
Data structures, Gaussian-splat scenes, learning, rendering, and CRDT replication β superposed in bundles of complex phasors, where a lookup is an inner product and capacity is a signal-to-noise budget.
a whole colored 3-D scene orbited from ONE 768 KB complex
vector β no geometry exists at render time
- Measured, not claimed β every technique ships with its capacity law, ground-truth figures, deterministic tests, and the honest negative results.
- Real captures β a 519k-splat desert scan encoded, queried, fitted, and orbited from holographic cell bundles on Apple silicon.
- Collaborative by algebra β CRDT sync over Loro with conflict-free undo: two processes co-paint one scene over TCP and converge bit-for-bit.
FSL-1.1 Β· every release converts to Apache-2.0 after two years Β· roadmap
A macOS app from the studio bench, joining this account when it's ready to meet people.
squatch.cc β the studio
Every mark in the family is the same interference field with a different canon silhouette β the sasquatch for the studio, the saguaro for holo. In the duet mark above, they are the field's two sources: two signals finding the shift that lets them resonate.
