See the splice
before the field.

Current release

0.1.0-rc.2 · Published October 13, 2026

RC2 brings the physical splice workflow into the main workbench: recognizable cable jackets, colored buffer tubes, movable cable groups, tray placement, locked-tray focus, and cable-side reset. Role labels keep CO and FDP feed identity clear when a cable is moved across the canvas.

Quick Light Trace remains temporary. Apply Splices remains the deliberate step that records splice mappings. A saved test run preserves its original source; it does not become a new result when today's project changes.

Change aerial and buried spans at a pole

1. Right-click a pole and open its riser tools. Choose the connected cable and the direction leaving the pole.
2. Choose aerial or buried. The change continues through ordinary structures until the next recorded riser transition on that cable, or the cable end. Use the one-span option for a limited change.
3. Enter riser footage; the default is 20 feet. A drop to a pedestal can leave the through cable aerial. Physical risers and fiber footage are counted separately from optical connections.
4. Reopen a pole with one riser to edit that existing record. Save the native project to retain the transitions. A riser does not create a splice.

The current print renderer does not show the new riser and span overlays. Check the map and quantity export when reviewing these records.

Supported evaluation scope

Windows 11, local project storage, and PDF output. Shared drives and physical printers are not yet verified. Keep independent backups. Modeled connectivity is not field or engineering acceptance.

The 14-day app Trial runs from the original first run on the device. Downloading again does not restart it.

What comes next

Practitioner feedback, reproducible bug fixes, and wider Windows and output testing. Future editions and PoleLab remain separate development work; they are not included in this Trial.