These are simplified JavaScript demonstrations of the real engine's structures, running on synthetic data on your CPU right now. The shipped engine is native code and much faster.
Synthetic data only. Your browser, your CPU. No external scripts, fonts, images, or network calls.
Generate synthetic realistic file paths, build a simplified version of the LatticeSearch index, then race it against a full linear scan on the same query.
Builds a search-ready name index, then verifies candidates before returning hits.
Waiting to generate synthetic paths.
Build synthetic clustered 64-dimensional unit vectors in Float32Array, then race exact flat scan against a simplified lattice descent.
Multiway spherical clustering, then query-time descent that scores only reached groups.
Waiting to generate synthetic vectors.
LatticeSearch Terza is the upcoming business tier: a vector engine that narrows embedding space through layered descent. Terza — built to search less and still find the answer.
Same synthetic clustered vector corpus as Demo B, three engines, one random query.
Waiting to build the shared vector corpus and comparison engines.
Simplified in-browser demonstration on synthetic data. The shipped Terza engine is native code with accuracy tuning that reaches ~95%+ agreement with exact search.
The browser demos above are simplified demonstrations on synthetic data. These are the measured numbers for the native engine on real data.
| Workload | LatticeSearch | Baseline | Result |
|---|---|---|---|
| Keyword lookup over 1,849,709 real files | 0.009-0.24 ms core | Windows Search 30-44 ms | 100-4,000× faster |
| Semantic candidate lookup, Terza engine on real CLIP/e5 corpora | Terza engine 1.1-2.3 ms at ~92% recall | Flat scan 3.2-8.5 ms exact; conventional index at matched recall | Terza beat convention ~25-30% at matched recall and built ~40% faster. |
| Meaning query: "screenshots of a login page" | 46 results | Windows: 0 results | Meaning search finds what filename search cannot. |
| Usual searches after resuming a project | ~7 ms | Warm Working Set | Fast enough to stay in flow. |
Measured 2026-07-21 on one Windows 11 machine, medians; methodology in the comparison report; your hardware will vary.