DAS Design Engine for Telecom RF Engineers

Full IP/codebase sale of a DAS (Distributed Antenna System) design engine for telecom RF engineers that always works with real, verifiable data — real BIM/IFC geometry, a real manufacturer catalog, real physics — and flags when data doesn't exist instead of inventing it.

What it does today: real building import (IFC/BIM or DXF, flags missing wall material instead of guessing); 100% manufacturer catalog from public datasheets; automatic/manual antenna placement; per-band coverage via a Multi-Wall model plus an optional Fresnel/ITU-R P.2040-2 reflection engine; RF knowledge engine validating connectors/impedances/bands; technical room design with rack placement and cabling routing; 3D visualization with a digital-twin inspection panel (hover antennas/racks for real spec/status) and per-floor ceiling when height data exists; multi-operator support; instant PDF reports; automatic RF chain design; full-building topology optimization; a local offline AI assistant (Ollama); semantic + full-text catalog search (FAISS).

Roadmap: NEXT — multi-user collaboration. ONGOING — catalog expansion agent. PLANNED — 3D multi-floor viewer, plan georeferencing, outdoor/mixed coverage. RESEARCH — Monte Carlo uncertainty simulation on real catalog tolerances.

Verified scale (2026-09-09): 55,802 lines of Python, 1,943 automated tests passing, 1,969 manufacturer spec-sheets indexed, 59,094 technical attributes extracted.

A free 15-day evaluation build is available on request to verify the core engine before purchasing. Version note: that trial predates some newest 3D features above (digital-twin hover, per-floor ceiling) — live in the current repo/full IP, not necessarily in that trial build.

Sold as complete business/IP: source code, all repos, parts catalog DB, test suite, docs, marketing materials. Development continues while listed; asking price may increase as development advances before a sale closes.