Bambuddy — FlashForge & Klipper Fork

Your printers. No cloud. Your rules.
A provider-neutral, self-hosted command center for Bambu Lab, FlashForge LAN, and Klipper/Moonraker printers.

Features • Screenshots • Quick Start • Fork Policy • Documentation • Fork Issues • Contributing

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About this fork

This repository is an independent, maintained fork of maziggy/bambuddy. It is not an official upstream release or a replacement for the upstream project.

The fork has three goals:

• Add first-class FlashForge LAN and Klipper/Moonraker printer support.
• Keep Bambu Lab behavior compatible with upstream while moving shared features toward provider-neutral interfaces.
• Regularly merge changes from upstream main so fixes and new Bambuddy features continue to flow into this fork.

Fork builds are published from this repository as ghcr.io/noobydp/bambuddy:latest. Use this repository's issue tracker for FlashForge, Klipper, or fork-specific problems. See FORK.md for the provider scope, support expectations, and upstream-sync policy.

This fork would not exist without the upstream project and its contributors. Please support upstream as well:

• Explore and star maziggy/bambuddy, and use its documentation and discussions for shared Bambuddy features.
• Contribute generally useful fixes upstream. If a problem or improvement also applies to an unmodified Bambuddy installation, consider reporting or contributing it to upstream. FlashForge, Klipper, and fork-specific provider work should be reported here.
• Support the upstream maintainer through GitHub Sponsors or Ko-fi.

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🌐 FlashForge Creator 5 Pro and Klipper/Moonraker support

• FlashForge LAN: confirmed against the Creator 5 Pro, including monitoring, camera, storage, upload/start, print controls, temperatures, lights, speed, thumbnails, and notifications. See the FlashForge capability notes.
• Klipper/Moonraker: capability-discovered monitoring and controls, cameras, files, macros, console, heaters, fans, motion/leveling controls, sensors, and toolchanger state. Initial live validation uses modern TinyT and Trident installations.
• Provider-neutral direction: new shared features should depend on reported capabilities rather than Bambu model checks, making future printer providers easier to add.

🌐 NEW: Remote Printing with Proxy Mode

Print from anywhere in the world — Bambuddy's new Proxy Mode acts as a secure relay between your slicer and printer:

• 🔒 End-to-end TLS encryption — FTP, file transfer, and camera are transparently proxied with the printer's real TLS certificate
• 🛡️ Optional Tailscale integration — per-VP toggle + Docker socket mount surface the host's Tailscale IP on the VP card, so you know which 100.x.x.x to paste into the slicer when you want a virtual printer reachable over your tailnet (setup). Bambuddy's self-signed CA import is still required on the slicer side: Bambu Studio / OrcaSlicer validate printer TLS against a bundled BBL CA (not the system trust store), and their Add Printer dialog is IP-only (no hostname to match an LE cert against), so a publicly-trusted cert can't help on either dimension. Tailscale's role is the private tunnel (reachability from anywhere, no port forwarding), not cert-import elimination.
• 🌍 No cloud dependency — Direct connection through your own Bambuddy server
• 🔑 Uses printer's access code — No additional credentials needed
• ⚡ Full-speed printing — Transparent TCP proxy, only MQTT is decrypted for IP rewriting

Perfect for remote print farms, traveling makers, or accessing your home printer from work.

👉 Setup Guide →

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🍰 NEW: Integrated Slicing — Slice & Print, All In One Place

No desktop slicer required. Drop an STL or 3MF into Bambuddy's File Manager, hit Slice, and the result lands as a ready-to-print .gcode.3mf in the same folder — without ever opening Bambu Studio or Orca Slicer.

• 🍰 One-click slicing — Slice from any browser. The job runs server-side in a tiny sidecar container, progress streams back as a toast, and the sliced file appears in your library when it's done.
• 📱 Slice from your phone or tablet — Bambuddy's PWA + the new server-side slicer means you can drop an STL in from mobile and queue a print without ever touching a desktop.
• 🎒 Bring your own profiles — Import a Printer Preset Bundle (.bbscfg) exported from Bambu Studio: pick a curated printer + process + filament triplet from a dropdown in the Slice dialog, no more juggling JSON files.
• 🔄 Re-slice for a different printer in one click — Open any sliced archive in Bambuddy and re-slice it for any printer, including across the single-nozzle ↔ dual-nozzle (H2D / H2D Pro) boundary that BambuStudio's CLI would normally reject. Bambuddy detects the class change and auto-arranges objects laid out for the source bed (e.g. X1C 256×256) so they land safely on the target (e.g. H2D 350×320 with its per-nozzle dead zones).
• 🍱 Slice all plates at once — Multi-plate projects (parted statues, multi-part kits) get a "Slice all N plates" toggle in the Slice dialog. One click produces a single .gcode.3mf containing every plate's gcode, ready for the printer. The toast shows "Plate 2 of 5 — Generating G-code (47%)" as the loop runs.
• 🔁 Same dispatch as the rest of Bambuddy — The sliced output flows into the existing queue / plate-picker / AMS-mapping path, so all the regular conveniences (multi-printer dispatch, AMS routing, scheduled prints) just work.

Optional but recommended — drop the slicer-api/ Compose stack next to your Bambuddy install and the Slice button lights up everywhere.

👉 Slicer Integration Guide →

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🧩 NEW: Slicer Pipelines — Save a Recipe, Reuse in One Click

Stop re-picking the same printer + process + filament + bed-type combination every slice. Save a Slicer Pipeline once from the Slice dialog, then apply the whole bundle to any file with a single click — from File Manager, Archives, or MakerWorld imports.

• 🧩 One-click reuse — A pipeline captures the entire Slice modal selection (printer + process + per-AMS-slot filaments + bed type) and surfaces as Run with pipeline → <name> on every sliceable row.
• 🎯 Specific printer or printer class — Pin a pipeline to one printer, or to a class (e.g. any X1C) and let the queue scheduler pick the first available match. Identical-fleet farms get a single recipe instead of one-per-printer.
• 🪢 Multi-copy fanout — Slice once, dispatch up to N copies. With class targeting the copies fan out across the matching printers in parallel — Spread (fastest wall-clock), Single printer (minimise colour-change overhead), or First N (one to each).
• 📊 Runs dashboard — A new Pipelines tab on the Print Queue page lists every run with colour-coded status badges (queued / slicing / dispatching / in-progress / completed / partial-failure / failed / cancelled), per-copy detail on expand, filter dropdowns (Pipeline / Status / Target), and a Retry failed button that re-runs only the copies that didn't complete — successful copies are never re-printed.
• 🔒 Permission-gated — Three permissions (pipelines:read / pipelines:write / pipelines:run) let you split authoring the recipe from spending filament with it.

👉 Slicer Pipelines Guide →

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Why Bambuddy?

• Own your data — All print history stored locally, no cloud dependency
• Works offline — Uses Developer Mode for direct printer control via local network
• Full automation — Schedule prints, auto power-off, get notified when done
• Multi-printer support — Manage your entire print farm from one interface

FlashForge LAN support

Bambuddy includes experimental FlashForge LAN support for confirmed compatible models such as the Creator 5 Pro. It supports monitoring, camera snapshots/streaming, upload/start, pause/resume/stop, heater targets, chamber light, print speed, file listing, thumbnails, and notifications. Some Bambu-only controls are intentionally hidden when the FlashForge LAN API does not expose an equivalent command. See docs/flashforge-local-api.md for the current feature matrix and capability contract.

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✨ Features

📦 Print Archive Automatic 3MF archiving with metadata 3D model preview (Three.js) Duplicate detection & full-text search Photo attachments & failure analysis Timelapse editor (trim, speed, music) with automatic AVI-to-MP4 conversion for P1-series printers, manual upload & remove Re-print to any connected printer with AMS mapping (auto-match or manual slot selection, multi-plate support, nozzle-aware matching for dual-nozzle H2D/H2D Pro, Filament Track Switch (FTS) support — when the FTS accessory is installed the per-nozzle filter is suppressed since the FTS routes any AMS slot to either extruder) Plate thumbnail browsing for multi-plate archives (hover to navigate between plates) Archive comparison (side-by-side diff) Tag management (rename/delete across all archives) Per-archive print history — Each archive card shows an N prints badge whenever a model has been printed more than once (reprint + failed retries all counted). Click the badge for the full per-archive Print Log — every individual run with date, status, duration, filament used, cost, and failure reason. Reprints contribute new rows so a failed retry never overwrites the source archive's data — the original 100 g successful print stays visible alongside the 10 g failed reprint, and Quick Stats add up to 110 g across both events. Print Log — Chronological table view of all print activity with columns for date/time, print name, printer, user, status, duration, and filament. Filterable by search, printer, user, status, and date range. Pagination with configurable page size. Clear button removes log entries without affecting archives. 📊 Monitoring & Control Real-time printer status via WebSocket Live camera streaming (MJPEG) & snapshots with multi-viewer support — most Bambu printers only allow one upstream connection, so Bambuddy fans out a single shared stream to all browser tabs / cards / overlays Cam Wall view — Toggle the Printers page from cards into a responsive grid of camera tiles for at-a-glance monitoring across the whole farm. On-screen tiles stream live up to a configurable cap (default 4) so RPi installs stay sustainable; the rest fall back to periodic snapshot polling, and off-screen tiles pause entirely. Per-user settings (live cap, snapshot interval); click any tile to open the floating viewer or the dedicated camera window depending on your existing camera-view preference Long-lived camera tokens for Home Assistant / Frigate / kiosks — mint a token from Settings → API Keys, paste it once, capped at 365 days, revocable at any time (no infinite tokens — leaked permanent tokens are unsafe by design) Streaming overlay for OBS - Embeddable page with camera + status for live streaming (/overlay/:printerId), configurable FPS (?fps=30), status-only mode (?camera=false) External camera support (MJPEG, RTSP, HTTP snapshot, USB/V4L2) with layer-based timelapse Build plate empty detection - Auto-pause print if objects detected on plate (multi-reference calibration, ROI adjustment) Fan monitoring and speed control for part-cooling, auxiliary, and chamber fans (0–100% with customizable quick-select presets) Printer control (stop, pause, resume, chamber light, print speed, airduct mode for P2S/H2*, temperature setpoints for nozzle / bed / chamber heater on H2C/H2D/H2DPro/H2S/X2D, Z-jog / XY-jog / extruder jog, customizable temperature & fan presets under Settings → Workflow) Status badges on printer card: SD Card (green / red), Enclosure Door (green / yellow — X1/P1S/P2S/H2*), Airduct Mode (cooling / heating) Force Refresh menu item — request a full status push from the printer without reconnecting Maintenance Mode — put a printer "out of service" without removing it. Toggle from the card's three-dot menu, the in-card amber banner, or the Edit Printer dialog; the printer disconnects MQTT, drops out of queue dispatch, the scheduler, model-based filament lookups, metrics, and notifications until you take it out again. The card stays visible (amber wrench banner + Exit button) so the printer never disappears from your dashboard. Useful for parallel Bambuddy installs sharing the same hardware, printers under repair or awaiting parts, and temporary suspension. Bulk printer actions (multi-select cards, then stop/pause/resume/clear all — select by state or location) Printer search and filters — live search by name/model/location/serial plus status and location dropdown filters (WebSocket-reactive, mobile-friendly) Resizable printer cards (S/M/L/XL) Skip objects during print AMS slot RFID re-read AMS slot Load / Unload from the printer card — Hover any AMS slot or external spool, click the menu button, and load that tray or unload the currently-loaded one without going to the touchscreen; supports dual-extruder H2D (Ext-L / Ext-R drive their own nozzle) AMS Filament Backup status + control with pair view — Mirrors BambuStudio's per-printer "AMS Filament Backup" auto-switch (when a spool runs out, the printer rolls over to a same-preset, same-colour spool in another slot). A small badge in the Filaments section header on each printer card shows the live state (blue circular-arrow icon = ON, dim = OFF, "?" = A1 family with no cfg field yet); click to open the AMS Filament Backup modal — a BambuStudio Auto Refill-style ring graphic per backup pair, with the filament colour as the ring fill and member slot labels (e.g. A·1, B·3) on contrast-aware pills around the band. Dual-extruder printers (H2D / H2C / X2D) carry an R / L badge per ring because the firmware can't cross extruders. State syncs in real time whether you toggled from Bambuddy, BambuStudio, or the printer's touchscreen. Bambuddy's "insufficient filament" check is backup-aware: when Backup is ON, the deficit check pools remaining grams across same-(preset, colour) spools on the printer, so the warning doesn't fire spuriously when the firmware will swap to a peer mid-print (#1762). Bambuddy's Prefer Lowest Remaining Filament sort also respects the toggle — when Backup is OFF the dispatcher skips the prefer-lowest sort entirely so it won't reach for a near-empty spool the printer can't roll off of. AMS slot configuration (model-filtered presets, K profiles, color picker, pre-population for configured slots) AMS info card (hover for serial number, firmware version) with custom friendly names that persist across printers AMS remote drying — Start, monitor, and stop drying sessions for AMS 2 Pro and AMS-HT directly from the Printers page with filament-based temperature/duration presets, optional spool rotation; automatic PSU detection and HMS power error reporting. Rotate-spool toggle is disabled per-AMS when any tray has filament threaded into the feed tube (the AMS mechanism is locked there — rotating would jam the filament) Queue auto-drying — Automatically dry filament between scheduled prints when humidity exceeds threshold; configurable presets per filament type, optional blocking mode Ambient drying — Automatically keep filament dry on idle printers based on humidity, regardless of whether prints are queued Continue drying while printing — On capable hardware (H2D 01.03.00.00+, H2C / H2S / P2S / H2D Pro 01.02.00.00+, X2D / A2L 01.01.00.00+, X1C 01.11.02.00+), auto-drying can keep running during a print. Default off, opt-in toggle in Settings → Print Queue. Drying temperature is automatically capped 5°C below the idle preset (floor 40°C) to protect spools inside the hot enclosure Configurable drying presets per filament type (temperature & duration for AMS 2 Pro and AMS-HT) Per-filament humidity threshold — Set a different humidity trigger per filament type (e.g. Nylon at 20%, PLA at 60%, ASA at 30%) instead of one global value. Mixed-material AMS units use the most-restrictive threshold across the loaded spools so a single PLA + Nylon unit triggers at Nylon's level. Drives both the auto-drying scheduler and the hourly humidity alarm so the two can never disagree on whether a unit is "too humid" Dual external spool support for H2D (Ext-L / Ext-R) HMS error monitoring with one-click actions — Live HMS error log with history and the same Resume / Stop / Continue / Retry / Check Assistant / Don't Remind Me action buttons BambuStudio shows. Click and the matching MQTT command goes back to the printer — no more walking to the device just to dismiss a paused-print dialog. Catalog covers every Bambu model (X1 / P1 / A1 / H2 series); buttons are translated in all 11 supported locales Heater history charts — Bambuddy logs nozzle, bed, and chamber readings every minute and surfaces them via a tiny chart icon on each heater tile in the printer card. Click for a per-heater modal with current / average / min / max stats, target overlay, and a 6h / 24h / 48h / 7d time range — works on read-only chamber sensors (X1C / P2S) too. AMS humidity and temperature get the same treatment (already shipped). Print success rates & trends Filament usage tracking Cost analytics & failure analysis AI print-failure detection — Optional integration with a self-hosted Obico ML API: watches each running print's camera feed, smooths scores over time (30-frame warmup + EWM + rolling means), and fires a configurable action once per print (notify / pause / pause-and-off) Per-user statistics filtering (admin permission gated) CSV/Excel export ⏰ Scheduling & Automation Unified dispatch through the queue — Every print Bambuddy starts (File Manager, archive reprint, printer-card upload-and-print, scheduled queue items) flows through the same queue scheduler, so each print is visible on the queue page, attributable to the user that started it, deficit-checked, and cancellable from one place. FTP uploads and print-start commands run in the background with real-time WebSocket progress toasts (per-job upload bars, status badges, cancel button). Installations with custom groups or API keys: the immediate-print actions now require the queue:create permission alongside the existing printers:control — see the permissions guide if you've granted control without queue-create Print queue with three tabs (Queue / History / Timeline), multi-select drag-and-drop, batch grouping, and a Gantt-style timeline Multi-printer selection (send to multiple printers at once) Batch grouping — multi-plate prints auto-group into a collapsible row; any 2+ selected items can be grouped manually via "Group as batch", with ungroup on the batch parent Batch print quantity (print multiple copies — set quantity in the print/schedule dialog, first copy prints immediately, rest are queued) Staggered batch start (start printers in groups with configurable interval to avoid power spikes — works in both Print and Queue dialogs) Configurable default print options (bed levelling, flow/vibration calibration, first layer inspection, timelapse) in Settings → Workflow Model-based queue assignment (send to "any X1C" for load balancing) with location filtering Filament override for model-based queue (swap filament colors/types before scheduling) Filament validation (only assign to printers with required filaments) Prefer lowest remaining filament (consume partial spools first when multiple match) Per-printer AMS mapping (individual slot configuration for print farms) Scheduled prints (date/time) Shortest Job First scheduling (SJF toggle on queue page — scheduler picks shorter prints first, with starvation guard) Queue Only mode (stage without auto-start) Clear plate confirmation between queued prints (can be disabled in settings for farm workflows) Auto-print G-code injection (per-model start/end snippets for Farmloop, SwapMod, AutoClear, Printflow 3D — toggle per queue item) Preheat & Heat Soak before queued prints — Heat the bed (and the chamber, on supported printers) and hold at temperature between FTP upload and print start. Per-print Inherit / On / Off override in the Print Options panel; per-filament chamber-target map under Settings → Workflow so PA wants 50°C, ABS 45°C, PETG-CF 40°C, PLA 0°C (skips chamber phase automatically). Hardware-aware: H-series / X2D / X1E actively heat the chamber via M141; X1C / P2S rely on bed radiation with a chamber-sensor wait; P1S / P1P / A1 family have no chamber sensor so only the soak timer applies. The cooling/heating airduct flap on H-series / X2D / P2S auto-switches to match the resolved chamber target — preheat for ABS opens nothing and recirculates warm air; preheat for PLA opens the exhaust and vents — so engineering filaments actually reach target instead of fighting the open flap, and PLA prints don't inherit a previously-hot recirculation. M191 (wait-for-chamber-temp) isn't honoured by Bambu firmware, so doing this at the orchestration layer is the only place it works Smart plug integration (Tasmota, Home Assistant, MQTT, REST/Webhook) REST smart plugs: Control any device with an HTTP API (openHAB, ioBroker, FHEM, Node-RED) with separate power/energy URLs and unit multipliers MQTT smart plugs: Subscribe to Zigbee2MQTT, Shelly, or any MQTT topic for energy monitoring Energy consumption tracking (per-print kWh and cost) — restart-resilient: mid-print backend restarts no longer lose per-print energy Energy statistics by date range (Today / Week / Month / …) in total-consumption mode via hourly lifetime-counter snapshots HA energy sensor support (for plugs with separate power/energy sensors) Auto power-on before print Auto power-off after cooldown 📁 File Manager (Library) Upload and organize sliced files (3MF, gcode, STL) External folder mounting - Mount host directories (NAS, USB, network shares) without copying files. Operator-controlled via the BAMBUDDY_EXTERNAL_ROOTS env var (colon-separated allowlist of host paths users are permitted to register; empty by default to disable the feature). See Docker → External library folders. STL thumbnail generation - Auto-generate previews for STL files on upload or batch generate for existing files ZIP file extraction with folder structure preservation Option to create folder from ZIP filename Folder structure with drag-and-drop Rename files and folders via context menu Print directly to any printer with full options Add to queue without creating archive upfront Plate selection for multi-plate 3MF files Duplicate detection via file hash Mobile-friendly with always-visible action buttons Server-side Slice button (optional) — slice STL/3MF without a desktop slicer when the slicer-api/ Compose stack is running; the result lands as a new .gcode.3mf in the same folder, with progress shown via a toast tracker that follows the job to completion. Supports importing Bambu Studio Printer Preset Bundles (.bbscfg) so a curated printer + process + filament triplet can be picked in the Slice dialog without re-uploading JSON profiles (details) 🌍 MakerWorld & Printables Integration Paste any makerworld.com/models/… or printables.com/model/… URL → preview and import without leaving Bambuddy Per-plate Save or Save & Slice in Bambu Studio / OrcaSlicer (your preferred slicer from Settings) Import all plates button for multi-plate models Auto-creates a "MakerWorld" folder in File Manager; override with any existing folder via the picker Printables models expose each supported STL/3MF/STEP file individually, including its format and size, and import into a dedicated "Printables" folder Public Printables downloads work anonymously; MakerWorld downloads continue to reuse your existing Bambu Cloud login Per-plate image gallery with keyboard-navigable lightbox Recent imports sidebar — last 10 imports from either provider with one-click jump to File Manager, slicer, or the source model Remove-from-library for imported plates with confirm modal (no LAN cookie paste, no browser extension) 📁 Projects Group related prints (e.g., "Voron Build") Track plates (print jobs) and parts separately Auto-detect parts count from 3MF files Color-coded project badges Project URL + cover photo — paste a MakerWorld/Printables/Thingiverse link and upload a hero image so each card is immediately recognisable; the URL renders as a one-click link beside the project name Bulk assign archives via multi-select toolbar Import/Export projects as ZIP (includes files) or JSON Print or queue files from linked library folders directly in the project view (resulting archive auto-linked to the project)

🔔 Notifications WhatsApp, Telegram, Discord Email, Pushover, ntfy (with per-event priority — Min / Low / Default / High / Urgent) Home Assistant persistent notifications Custom webhooks Quiet hours & daily digest Customizable message templates with per-filament usage details Print finish photo URL in notifications Filament usage and progress in failed/cancelled print notifications Missing spool assignment warning — Toast and push notification when a print starts with unassigned AMS trays HMS error alerts (AMS, nozzle, etc.) Build plate detection alerts First layer complete alert (with camera snapshot) Bed cooled alerts (configurable threshold) Queue events (waiting, skipped, failed) 🧵 Spool Inventory Built-in spool inventory with AMS slot assignment, usage tracking, and remaining weight management Automatic filament consumption tracking: 3MF slicer estimates for all spools (primary), AMS remain% delta as fallback Mid-print spool reassignment support: uses live assignment if changed during print, snapshot otherwise Per-layer gcode accuracy for partial prints (failed/cancelled), with linear scaling fallback Per-spool cost tracking — Set cost/kg on each spool; costs are automatically calculated at print completion and aggregated to archives. Print modal shows real-time cost preview. Configurable default cost and currency in Settings. Bulk spool addition — Add multiple identical spools at once (quantity 1–100) with a single form submission. Quick Add mode for stock spools that only need material, color, and weight. Spool catalog, color catalog, PA profile matching, and low-stock alerts Multi-colour gradients, transparency, and visual effects — Paste a comma-separated hex list (e.g. from 3dfilamentprofiles.com) to render a spool as a gradient or conic colour wheel; transparency shows through a checkerboard so the alpha you set is the alpha you see; pick a visual effect (sparkle, wood, marble, glow, matte) for the swatch overlay. Same fields are editable on the colour catalog so combos can be reused across spools. Printable spool labels — Generate PDF labels for any selection of spools in four pre-built sizes: AMS holder (30×15 mm), box label (62×29 mm), Avery L7160 sheet (A4, 21 per page), and Avery 5160 sheet (US Letter, 30 per page). Each label shows the colour swatch, brand, material, name, the spool ID (for at-a-glance identification across many similar spools), and a QR code that deep-links straight back to the spool's row in Bambuddy when scanned with a phone. Pick from the inventory page — search, filter by material, multi-select spools, then print or save to PDF. 🔧 Integrations Spoolman filament sync with per-filament usage tracking and fill level display MQTT publishing for Home Assistant, Node-RED, etc. Prometheus metrics - Export printer telemetry for Grafana dashboards Bambu Cloud profile management Orca Cloud profile sync — read your OrcaSlicer 2.4.0+ cloud-synced profiles directly in Bambuddy, usable for slicing alongside Bambu Cloud / local / standard presets. Four sign-in providers (Google / Apple / GitHub / email+password) Local Profiles - Import OrcaSlicer presets (.orca_filament, .bbscfg, .bbsflmt, .zip, .json) without Bambu Cloud K-profiles (pressure advance) GitHub backup - Schedule automatic backups of cloud profiles, k profiles and settings to GitHub Scheduled local backups - Automatic backup snapshots on hourly/daily/weekly schedule with retention management and NAS-mountable output External sidebar links Webhooks & API keys Per-user ownership — each key acts on behalf of its creator Optional cloud-access scope — opt in to let an API key read its owner's Bambu Cloud + Orca Cloud presets / filament catalogue / device list (off by default) Interactive API browser with live testing 🖨️ Virtual Printer & Remote Printing 🌐 Proxy Mode — Print remotely from anywhere via secure TLS relay 🪞 Live target-printer mirror in non-proxy modes (NEW!) — Immediate / Review / Queue VPs now mirror their target printer's live state to the slicer: AMS slot contents, FTS / dual-extruder routing, k-profiles, AMS load / dry / calibration commands, and the camera stream all flow through the VP. Use the slicer as a full remote for the printer behind the VP without giving up Bambuddy's queue / archive / dispatch features. Emulates a Bambu Lab printer on your network Send prints directly from Bambu Studio/Orca Slicer Configurable printer model (X1C, P1S, A1, H2D, etc.) Archive mode, Review mode, Queue mode, or Proxy mode Queue mode: optional force-color-match so the scheduler refuses to dispatch onto a printer with the wrong filament loaded SSDP discovery (same LAN) or manual IP entry (VPN/remote) Network interface override for multi-NIC/Docker/VPN setups Secure TLS/MQTT/FTP communication 🛠️ Maintenance & Support Maintenance scheduling & tracking Interval reminders (hours/days) Print time accuracy stats File manager for printer storage Firmware update helper with version badge (LAN-only printers) — lists all announced versions with Usable/Unavailable/Installed badges and supports rollback to older firmware Debug logging toggle with live indicator Live application log viewer with filtering Support bundle generator with comprehensive diagnostics (privacy-filtered) In-app bug reporting — Submit bug reports directly from the UI with optional screenshot (upload, paste, or drag & drop), interactive debug log capture (start logging, reproduce at your own pace, stop & submit), and system info. Reports create GitHub issues via a secure relay. Privacy-first: all logs are sanitized and sensitive data (IPs, serials, credentials) is never included. 🔒 Optional Authentication Enable/disable authentication any time Group-based permissions (80+ granular permissions) Default groups: Administrators, Operators, Viewers JWT tokens with secure password hashing Comprehensive API protection (200+ endpoints secured) User management (create, edit, delete, groups) User activity tracking (who uploaded archives, library files, queued prints, started prints) Per-user Bambu Cloud accounts — Each user has their own independent Cloud login for profiles Advanced Auth via Email — SMTP integration for automated user onboarding and self-service password resets Admin creates users with email — system sends secure random password automatically Users can reset their own password from the login screen (no admin needed) Customizable email templates (welcome email, password reset) Two-Factor Authentication (TOTP + Email OTP) — Per-user opt-in 2FA compatible with Google Authenticator, Authy, 2FAS and any standard TOTP app, or a 6-digit code delivered by email. Each user gets 10 single-use backup codes. Brute-force-protected (per-user + per-IP rate limits), replay-protected (same code cannot be accepted twice in the same 30 s window), and the pre-auth token is a single-use DB-backed challenge bound to the browser session via an HttpOnly cookie. Single Sign-On (OIDC / SSO) — Log in via PocketID, Authentik, Keycloak, or any standards-compliant OIDC provider. PKCE (S256) for public clients, email_verified gating, issuer & aud/nonce validation, opt-in account linking via verified email, optional auto-provisioning of new BamBuddy accounts, and strict SSRF hardening on every URL pulled from the OIDC discovery document (scheme + private/loopback/link-local IP checks). Per-user email notifications — Users receive email alerts for their own print jobs (start, complete, failed, stopped) with individual toggle controls

Plus: Configurable slicer (Bambu Studio / OrcaSlicer) • Customizable themes (style, background, accent) • Mobile responsive • Keyboard shortcuts • Multi-language (EN/DE/JA/IT) • Auto updates • Database backup/restore • System info dashboard

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📸 Screenshots

Refreshed printer card in 1.2.5b2 — tighter layout, popovers for all controls (temperature setpoints, fan speeds, jog), and a bottom-aligned power row. The screenshots below predate the refresh.

Click to expand screenshots

Real-time printer monitoring with AMS status

Print archive with 3D preview and project assignment

Re-print with AMS filament mapping preview

Built-in timelapse editor with trim, speed, and music

Group related prints into projects

Project detail view with assigned archives

Project timeline and print history

Print scheduling and queue management

Schedule prints for specific date and time

Customizable statistics dashboard

Maintenance tracking per printer

Configure maintenance types and intervals

Bambu Cloud filament profiles

Edit filament preset settings

Pressure advance (K-factor) profiles

Edit K-factor profile settings

General configuration and integrations

Smart plug control and energy monitoring

Multi-provider notification system

API keys and webhook endpoints

Virtual printer configuration

Virtual printer appears in Bambu Studio/Orca Slicer

MQTT debug logging for troubleshooting

Quick power plug control in sidebar

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🚀 Quick Start

Requirements

• Docker on a Linux AMD64 host is recommended for the published fork image.
• The Bambuddy host must be able to reach the printer on the local network.
• Bambu Lab: Developer Mode, access code, serial number, and LAN connectivity.
• FlashForge: supported LAN mode and the printer's LAN credentials.
• Klipper: reachable Moonraker endpoint (normally port 7125) and an API key only when the Moonraker configuration requires one.
• Python 3.10+ and Node.js are needed only when running directly from source.

Installation

Windows (Native Installer)

This fork does not currently publish a signed Windows installer release. Docker Desktop or a source installation from this repository will include the FlashForge and Klipper changes. The installer downloadable from upstream installs upstream Bambuddy and does not provide this fork's additions.

Docker (Linux / macOS / Windows via Docker Desktop)

Option A: Pre-built fork image (recommended)

mkdir bambuddy && cd bambuddy
curl -O https://raw.githubusercontent.com/noobydp/bambuddy/main/docker-compose.yml
docker compose up -d

Option B: Build from source

git clone https://github.com/noobydp/bambuddy.git
cd bambuddy
docker compose up -d --build

Open http://localhost:8000 in your browser.

Published architecture: The fork's pre-built image currently targets linux/amd64, including typical Unraid servers. Other architectures can build the repository from source.

macOS/Windows users: Docker Desktop doesn't support network_mode: host. Edit docker-compose.yml: comment out network_mode: host and uncomment the ports: section. Printer discovery won't work - add printers manually by IP.

Linux users: If you get "permission denied" errors, either prefix commands with sudo (e.g., sudo docker compose up -d) or add your user to the docker group.

Docker Configuration & Commands

Environment Variables:

Variable	Default	Description
TZ	UTC	Your timezone (e.g., America/New_York, Europe/Berlin)
PORT	8000	Port BamBuddy runs on (with host networking mode)
DEBUG	false	Enable debug logging
LOG_LEVEL	INFO	Log level: DEBUG, INFO, WARNING, ERROR

Data Persistence:

Volume	Purpose
bambuddy.db	SQLite database with all your print data (not used with PostgreSQL)
archive/	Archived 3MF files and thumbnails
logs/	Application logs

Updating:

# Pre-built image: just pull the latest
docker compose pull && docker compose up -d

# From source: rebuild after pulling changes
cd bambuddy && git pull && docker compose up -d --build

Fork image tags:

# Recommended combined build
docker pull ghcr.io/noobydp/bambuddy:latest

# Compatibility aliases currently point to the same combined build
docker pull ghcr.io/noobydp/bambuddy:flashforge-creator5pro
docker pull ghcr.io/noobydp/bambuddy:klipper-moonraker

The image is rebuilt from main after each accepted change. latest is the canonical tag for installations that should receive all fork features.

Useful Commands:

# View logs
docker compose logs -f

# Stop/Start
docker compose down
docker compose up -d

# Shell access
docker compose exec bambuddy /bin/bash

Custom Port:

ports:
  - "3000:8000"  # Access on port 3000

Reverse Proxy (Nginx):

server {
    listen 443 ssl http2;
    server_name bambuddy.yourdomain.com;

    ssl_certificate /path/to/cert.pem;
    ssl_certificate_key /path/to/key.pem;

    location / {
        proxy_pass http://localhost:8000;
        proxy_http_version 1.1;
        proxy_set_header Upgrade $http_upgrade;
        proxy_set_header Connection "upgrade";
        proxy_set_header Host $host;
        proxy_set_header X-Real-IP $remote_addr;
        proxy_set_header X-Forwarded-For $proxy_add_x_forwarded_for;
        proxy_set_header X-Forwarded-Proto $scheme;
        proxy_read_timeout 86400;
    }
}

Note: WebSocket support is required for real-time printer updates.

Network Mode Host (required for printer discovery and camera streaming):

services:
  bambuddy:
    build: .
    network_mode: host

Note: Docker's default bridge networking cannot receive SSDP multicast packets for automatic printer discovery. When using network_mode: host, Bambuddy auto-detects your network subnet and can discover printers via subnet scanning in the Add Printer dialog.

Manual Installation (Linux/macOS)

# Clone and setup
git clone https://github.com/noobydp/bambuddy.git
cd bambuddy
python3 -m venv venv
source venv/bin/activate
pip install -r requirements.txt

# Run (--loop asyncio avoids a uvloop TLS bug that can truncate VP FTP uploads)
uvicorn backend.app.main:app --host 0.0.0.0 --port 8000 --loop asyncio

Open http://localhost:8000 and add your printer!

Need detailed instructions? See the Installation Guide

Windows Docker Desktop helper

Run from PowerShell with Docker Desktop already installed:

powershell -ExecutionPolicy Bypass -Command "iwr -useb https://raw.githubusercontent.com/noobydp/bambuddy/main/install/docker-install.ps1 -OutFile docker-install.ps1; .\docker-install.ps1"

The helper downloads this fork's Compose configuration, switches it from host networking to Windows-compatible port mappings, and starts Bambuddy. Printer discovery is unavailable through Docker Desktop, so add printers manually by IP address.

Enabling Developer Mode

Developer Mode allows third-party software like Bambuddy to control your printer over the local network.

1. On printer: Settings → Network → LAN Only Mode → Enable
2. Enable Developer Mode (appears after LAN Only Mode is enabled)
3. Note the Access Code displayed
4. Find IP address in network settings
5. Find Serial Number in device info

Note: Developer Mode disables cloud features but provides full local control. Standard LAN Mode (without Developer Mode) only allows read-only monitoring.

Slicer Settings

In Bambu Studio or OrcaSlicer, enable "Store sent files on external storage" so that print files (3MF) are saved to the printer's SD card. Bambuddy needs these files to extract thumbnails and 3D model previews.

1. Open Bambu Studio or OrcaSlicer
2. Go to the Device tab for your printer
3. In Print Options, enable Store Sent Files on External Storage

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📚 Documentation

The upstream documentation at wiki.bambuddy.cool remains the best reference for shared Bambuddy features:

• Installation — Shared installation concepts
• Getting Started — Core Bambuddy setup
• Features — Detailed upstream feature guides
• Troubleshooting — Common issues
• API Reference — REST API documentation

Fork-specific documentation lives in this repository:

• Fork goals and upstream relationship
• FlashForge LAN capability notes
• Updating this fork
• Server-side slicer

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🖨️ Supported Printers

Provider	Confirmed or inherited coverage	Connection	Status
Bambu Lab	X1/X2, H2, P1/P2, A1/A2 families inherited from upstream	Developer Mode over LAN	Upstream-compatible
FlashForge	Creator 5 Pro confirmed; other compatible LAN models require testing	FlashForge LAN API	Experimental
Klipper / Moonraker	Modern TinyT and Trident installations confirmed; other Moonraker printers are capability-discovered	Moonraker HTTP/WebSocket, normally port 7125	Experimental

Experimental means the provider is usable and tested on the listed hardware, but it has less model coverage than the inherited Bambu integration. Please include the exact printer, firmware/Klipper version, and diagnostics when reporting additional model results.

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🛠️ Tech Stack

Component	Technology
Backend	Python, FastAPI, SQLAlchemy
Frontend	React, TypeScript, Tailwind CSS
Database	SQLite (default) or PostgreSQL
3D Viewer	Three.js
Communication	MQTT (TLS), FTPS

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🤝 Contributing

Contributions to the fork are welcome, particularly provider-neutral changes, FlashForge model validation, and Klipper/Moonraker capability coverage.

1. 📝 Document — Improve fork-specific guides and capability notes
2. Test — Report issues with your printer model
3. Translate — Add new languages
4. Code — Submit PRs for bugs or features

Open a fork issue before a substantial change so provider scope and upstream compatibility can be discussed. See CONTRIBUTING.md for guidelines.

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📄 License

AGPL-3.0 License — see LICENSE for details.

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🙏 Acknowledgments

• maziggy/bambuddy and its contributors for the upstream project this fork builds upon
• SpoolEase by yanshay — early inspiration for NFC-based spool tracking and AMS inventory concepts
• Bambu Lab for amazing printers
• The reverse engineering community for protocol documentation
• All testers and contributors

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Made with ❤️ for the 3D printing community

Upstream Project • Report Fork Bug • Request Fork Feature • Upstream Documentation