NOW AVAILABLE · RC2

Real World OSP Design
for Real World OSP Engineers.

New Splicing Workflow & UI Face Lift. Build clear splice details with physical tubes, colored fibers, and visual trays in a cleaner Graphite workspace.

Get the 14-day Trial ↗Give feedback →

Windows 11 · Signed Setup & Portable · Confirm your email to download.
No invitation code or manual approval.

RC2 Splice Lab · synthetic demonstration

LEARN

Manual and RC2 notes ↗

Read the RC2 workflow guide, reference manual, and current limitations.

LOOK CLOSER

Testing & results ↗

Read the release checks, technical details, and known limits.

HELP SHAPE IT

Your feedback matters ↗

Every Trial user can email a bug, an idea, or what worked well.

Full edition · invited access

RC2 Full is available through the existing invitation channel. It requires a valid Full license key. For the public 14-day Trial, use the Trial links above.

CONTROLLED WORKING PREVIEWFIBERATLAS RC2 — FULL

Signed Windows files are ready for invited testers

Released October 13, 2026 · Full license required

Invitation required ↓Beta 1 v2 reference ↗

FiberAtlas Beta 1 v2 reference manualEarlier 19-page Beta 1 v2 reference. For the new Splice Lab, tray controls, cable layout, and Graphite interface, use the RC2 guide on the main site.PDF SHA-256 DCDC51A14C7B5E55D9B77E8A71336D079A7ECF7FFAB9867D218A4CC71918EACA

Invited-tester channel

0.1.0-rc.2

RC2 — New Splicing Workflow & UI Face Lift. The physical Splice Lab brings cables, tubes, fibers, and trays into one workbench, with direct dragging, wheel zoom, tray focus, and whole-cable layout controls. Graphite gives the app a more compact frame and comfortable outer spacing. Full remains invitation-only; the separate 14-day Trial uses email verification.

RC2 Full — invited access

In FiberAtlas RC2 — Full

Follow every fiber.
Keep the work in view.

These capabilities are in the signed, timestamped working preview. It is not a production or engineering-approval release, and the current limitations still apply.

Physical Splice Lab

Open the complete workbench with physical cable bundles and standard tube and fiber colors. Drag fiber ends into tray slots, finish connections, and use mouse-wheel zoom or the on-screen controls.

Visual trays with focus

Start with 12 positions and add a second bank for 24. Reduce the tray when the extra bank is empty. Small lock and focus controls keep completed work steady while dimming unrelated fibers.

Arrange whole cables

Move a cable and all of its tubes between the left and right sides while preserving tube order. CO/FDP-side labels keep orientation clear. Reset cables restores an orderly arrangement.

Keep intact fiber intact

Documented same-cable continuity stays 1-to-1 outside splice trays. Matching fibers on opposite ends of the same cable can return to pass-through; different cables still require an explicit splice.

Graphite workspace

Compact controls, calmer Graphite panels, restrained teal accents, and extra room at the outer edges make the tools easier to scan. Map symbols and physical fiber colors retain their familiar appearance.

Pole risers without a splice

Right-click a pole, choose cable direction and aerial or buried span type, and enter riser footage (20 feet by default). Changes continue until the next riser transition or cable end. A pedestal drop can leave the through cable aerial; no optical splice is created.

Splice enclosure checks

KMZ import checks splice associations with supporting structures or poles. Review placement and use the native project to retain the complete record.

A quick light check

Right-click a supported network item for a temporary Light Trace. See the documented result, then click elsewhere or press Escape to clear it without changing the drawing.

Follow the network both ways

Trace from documented FDP positions toward ONTs, or back from an ONT toward its origin. Review cards, a service table, exact paths, and missing or conflicting records.

See what contributes to loss

Review itemized minimum, typical, and maximum optical loss for an exact branch, direction, and wavelength. Receiver sensitivity and overload stay separate. Missing inputs remain Unknown, not an automatic pass.

A workspace that fits

Comfortable is the default; Compact is optional. Resize the project and properties panels, retain useful map space, and keep explanations close without crowding the controls.

Expanded Splicing Laboratory

Use more of the screen for the workbench, with compact command rows, clearer text, optional side details, and standard fiber and tube colors. Print a recorded splice matrix for one case or a project folder. Suggested drafts and recorded Apply Splices remain distinct.

Full license required

Full requires a valid license key for editing. The separate Trial provides 14 days from the original first run; view, measure, print, and export remain available after expiry.

User-authored strand-level splicing

Record explicit cable, closure, tray, fiber, endpoint, and splice relationships while preserving unknown states and source provenance. FiberAtlas does not infer optical continuity from map proximity.

Controlled GIS handoff

Export WGS84 GeoJSON or a Shapefile ZIP with required sidecars and a manifest. Choose Basic Sharing or Full Record detail and Entire Project or Visible Map Content scope.

More room for the map

Project Quantities starts closed so the map gets the opening workspace. Open or close the totals using the footer button. Map Focus and the read-only Splicing popout remain available.

Signed Windows packages

Setup and Portable are Authenticode-signed and timestamped. App metadata identifies FiberAtlas Software; the current certificate signer is John Philipe Kemmler.

Recorded release gates

Current RC2 feature tests, production build, signatures, runtime, and downloaded-byte checks passed. Thirteen historical release-contract checks remain documented separately because they target earlier RC1 identities, archived fixtures, or frozen packager bytes. The Setup and Portable hashes shown here identify the exact files for this invited-access Full release.

RC2 physical splice workbench with cables, tubes, colored fibers and tray connections — **The whole splice in one workbench**Actual RC2 components · synthetic demonstration. Drag cables as a group and keep tubes in order. Open full-size ↗

RC2 visual tray with fiber colors and focused connections — **Focus on the tray you are working on**Lock a completed tray, then focus its connected fibers. The surrounding work stays visible. Open full-size ↗

PoleLab development preview

A new aerial workspace
is taking shape.

Standalone app · in development

PoleLab is a separate, aerial-only desktop application for mapping pole networks and keeping structures, attachments, terrain context, and field evidence together. It runs on its own; a future exchange will let selected pole records move between PoleLab and FiberAtlas.

PoleLab aerial mapping workspace showing live imagery, a mapped pole line, project records, and drawing tools — **Build the pole line on the map**Place structures, connect aerial spans, and keep the working record in view.Open full-size ↗

See the terrainView the route and elevation profile together.

PoleLab pole workspace showing a pole schematic, spans, attachments, and structure records — **Focus on one structure**Bring the pole, spans, attachments, and equipment into one workspace.

PoleLab photo evidence workspace showing pole imagery, review controls, and observations — **Keep field evidence close**Review source photos and observations beside the pole record.

Live aerial mappingTerrain contextPole-by-pole workspaceField evidence review

Development preview. PoleLab is not part of the current FiberAtlas RC2 download.

Next beta milestone

FiberAtlas - Next tester update

The next tester update will be shaped by evidence from RC2. The focus is refinement: close reproducible defects, deepen splice review, improve guidance and export choice, and expand multi-window workflows without weakening local ownership or transparent unknown states.

Reliability

Tester-driven defect closure

Triage reproducible Beta 1 issues by impact, fix the smallest safe root cause, and require focused regression plus packaged retest before closure.

Splicing

Splice review refinement

Improve visual allocation, tray and container detail, recorded-path review, and missing-record visibility without inferring continuity or engineering approval.

Interchange

Export configuration

Explore finer field selection and richer KMZ description choices while preserving dependable Shapefile ZIP and GeoJSON output contracts.

Experience

Workspace refinement

Refine the shipped Comfortable and Compact layouts using tester feedback, especially monitor scaling, keyboard access, and long labels.

Looking ahead

Where FiberAtlas is headed.

Future work is organized by expected stage so testers can see the direction without confusing planned work with shipped features.

FiberAtlas RC refinementFinal beta hardeningPlanned after RC2 - not shipped

Public releaseEvidence before launchOnly after acceptance gates - not scheduled

Future LabLocal-first field work and interoperabilityResearch only - rethink before development

Focused beta loop

Small missions.
Useful evidence.

Run one workflow at a time. Report one behavior per submission. Keep the signal clean.

Pick a mission

Start with a defined workflow and expected result.

Observe the behavior

Record what happened without adding customer data.

Send one report

Receive a tracking ID for review and retesting.

Local-first privacy

Your project stays yours.

FiberAtlas keeps project files and the work inside them on your device. Internet-connected basemaps, address search, and GNSS corrections provide reference information—not FiberAtlas project storage.

01Project data stays local02No automatic cloud synchronization03Sharing happens only when you choose04Optional Hub attachments expire after 90 days

Interested in beta testing?

Help shape the tool
you would actually use.

Tell us about your OSP background and the workflows you want to test. Requests are reviewed individually. Applying does not guarantee an invitation.

01Request access02We review the fit03Approved testers receive a private code