Want a smart solution without the token-traffic nightmare?
SeekySense runs semantic search on the client side. No installs, no cloud, strictly local/private resources.
more relevant answers vs. keyword search
semantic match between your knowledge base and live system data
Give your software the ability to understand intent—that’s semantic search.
Users want answers that “get” the intent behind their words—synonyms, context, and phrasing included.
Complex menus, long tables, nested settings. Clicking around isn’t search. Semantic search turns “where is it?” into “here it is.”
With server LLMs, each search burns tokens. How many this month? With SeekySense, it runs locally—no per-query token burn.
Users expect control. SeekySense processes text in the browser, so your content stays on-device, inside your walls.
One technology for every context.
Tested across major OSs and browsers: Windows, macOS, Android, iOS, Linux. Same JS, same results.
Runs in the browser with no special device permissions. Zero setup. Ready to use.
Works on any recent device (≈ last 3–4 years). More power = more speed, but all features stay accessible.
Smart UI
Semantic Reports
Component Evolution
Yes. We add in-browser semantic actions so users can ask in natural language (“show overdue invoices”) and the UI executes safely with your existing permissions.
We attach lightweight, browser-only helpers (no servers). They map user intent to your current APIs, buttons, and views.
100% local. Text processing runs on the user’s device (WebGPU/WASM). No cloud calls, no data leaves your perimeter.
Absolutely. We embed tables, PDFs, and dashboards so queries like “customers at risk this quarter” return relevant rows, charts, and links.
Drop-in: we index exported reports or live endpoints and overlay a semantic search bar—no BI migration required.
Faster discovery (4× fewer steps) and better recall across fragmented fields, typos, and synonyms—especially on messy real-world data.
Yes. We wrap current components with semantic helpers (suggestions, autofill, intent routing) while preserving your design system.
SNo. Models are small and hardware-accelerated in the browser; we lazy-load and cache so UI remains snappy.
You define allowed actions, throttles, and audit logs. Everything is deterministic and testable—no surprise calls to third parties.