Best OptiSigns Alternative (2026): ScreenTinker vs OptiSigns
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OptiSigns has built a strong reputation in restaurants, retail, and small business signage. Here is an honest comparison with ScreenTinker covering features, pricing, and where each fits best.
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The short answer
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OptiSigns is a well-marketed cloud signage product with a deep template library and good documentation. It targets non-technical buyers and works particularly well for restaurants and retail menus.
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ScreenTinker is open source (MIT licensed), self-hostable, supports more platforms natively, and is meaningfully cheaper at higher screen counts. It is a better fit if you have any technical capacity, you care about data sovereignty, or you operate at a scale where per-screen pricing hurts.
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Quick comparison
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Feature
ScreenTinker
OptiSigns
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Open source
Yes (MIT)
No
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Self-host option
Yes
No (cloud only)
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Free plan
1 device, 500MB
14-day trial only
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Android TV / Fire TV
Yes
Yes
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Raspberry Pi
Free setup script
Limited support
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Windows / ChromeOS
Yes
Yes
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Web browser player
Yes
Limited
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Video walls
Yes (with sync)
Yes
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Multi-zone layouts
Yes
Yes
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Template library
Custom designer
Large library
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Live remote control
Yes
Screenshot only
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White-label / reseller
Yes
Yes
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Pricing for 15 devices
$99/mo Pro
~$165/mo (11 USD/screen)
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Self-host cost
Free (your server)
Not available
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Where OptiSigns does well
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Templates. Hundreds of pre-built templates for menus, real estate listings, gym schedules, and more. Best-in-class for non-designers who need to ship fast.
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Niche features. POS integrations for restaurants, MLS feeds for real estate, fitness class schedule integrations.
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Documentation and support. Extensive tutorial library, responsive support team.
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Where ScreenTinker is the better choice
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Cost at scale. OptiSigns is around $11/screen/month on the Pro plan. At 15 devices that is $165/mo; ScreenTinker Pro is $99/mo. The gap widens as you add screens.
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Self-hosting. If you cannot or will not put your signage data in a third-party cloud, ScreenTinker is one of the few real options. OptiSigns does not offer this.
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Source access. MIT licensed on GitHub. Read the code, modify it, fork it.
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Live remote control. Stream a live view of any display and inject taps or key events. Most cloud signage tools only show occasional screenshots.
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Built-in player on more platforms. Native Android APK, web player works on any browser, Pi setup script, Windows-friendly, macOS-friendly.
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Pricing example: 25 devices for one year
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OptiSigns Pro: ~$3,300/year (25 x $11/mo)
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ScreenTinker: Custom Enterprise plan or self-host at server cost only
Best ScreenCloud Alternative (2026): ScreenTinker vs ScreenCloud
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ScreenCloud is a polished enterprise digital signage platform - but pricing scales fast. Here is an honest comparison covering features, pricing, and where each fits best.
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The short answer
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ScreenCloud is a mature, well-designed cloud signage product targeted at mid-market and enterprise customers. It has strong app integrations (Slack, Power BI, Google Drive) and excellent support. It is also one of the most expensive options on the market.
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ScreenTinker is open source (MIT licensed), self-hostable, and dramatically cheaper at scale. It is a better fit if you want to keep data on your own infrastructure, you have budget pressure, or your screen count makes ScreenCloud's per-screen pricing untenable.
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Quick comparison
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Feature
ScreenTinker
ScreenCloud
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Open source
Yes (MIT)
No
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Self-host option
Yes
No (cloud only)
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Free plan
1 device, 500MB
14-day trial only
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Android TV / Fire TV
Yes
Yes
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Raspberry Pi
Free setup script
ScreenCloud OS
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Web browser player
Yes
Yes
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Video walls
Yes (with sync)
Yes
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Multi-zone layouts
Yes
Yes
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App integrations
Custom widgets
Built-in (Slack, Power BI, etc.)
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Live remote control
Yes
Limited
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White-label / reseller
Yes
Enterprise only
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Pricing for 5 devices
$39/mo Starter
~$108/mo
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Pricing for 15 devices
$99/mo Pro
~$300+/mo
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Self-host cost
Free (your server)
Not available
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Where ScreenCloud does well
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Native app integrations. Slack channels, Power BI dashboards, Google Drive, OneDrive, and dozens of others ship as built-in apps. If your displays show live business dashboards, this matters.
Studio (their content designer). Best-in-class WYSIWYG editor for non-designers.
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Where ScreenTinker is the better choice
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Cost. At 15 screens ScreenCloud runs roughly $300/mo and up depending on plan; ScreenTinker Pro is $99/mo. Over a year that is more than $2,000 in savings on a single deployment.
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Self-hosting. ScreenCloud is cloud-only with no on-prem path. If your security team or compliance posture won't allow a third-party cloud, ScreenTinker is one of the few real options.
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Source access. MIT licensed on GitHub. Audit, extend, fork - all permitted.
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No hardware lock-in. ScreenCloud sells "ScreenCloud OS" hardware; ScreenTinker runs on whatever you have - Pi, Android TV, Fire Stick, kiosk PC, browser.
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Live remote control. Stream a live view of any display and inject taps or key events from the dashboard. Useful for remote troubleshooting without a site visit.
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Pricing example: 15 devices over 12 months
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ScreenCloud (Pro plan): ~$3,600/year
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ScreenTinker (Pro plan): $1,188/year
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ScreenTinker (self-hosted): Server cost only, typically $5-50/month for a small VPS
Best Yodeck Alternative (2026): ScreenTinker vs Yodeck
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Looking for an open-source, self-hostable alternative to Yodeck? Here is an honest comparison covering pricing, features, platform support, and where each tool fits best.
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The short answer
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Yodeck is a polished, easy-to-use cloud digital signage product with a Pi player included on paid plans. It is a great fit if you want to plug in and go and you are happy with cloud-only hosting and per-screen pricing.
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ScreenTinker is open source (MIT licensed), self-hostable, and supports more platforms out of the box. It is a better fit if you want to keep your data on your own infrastructure, avoid per-screen lock-in, or you have more than a handful of screens and want to control the cost curve.
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Quick comparison
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Feature
ScreenTinker
Yodeck
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Open source
Yes (MIT)
No
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Self-host option
Yes
No (cloud only)
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Free plan
1 device, 500MB
1 device
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Android TV / Fire TV
Yes
Yes
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Raspberry Pi
Free setup script
Player included on paid plans
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Windows / ChromeOS
Yes (web player)
Limited
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Web browser player
Yes
No
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Video walls (multi-screen sync)
Yes
Yes
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Multi-zone layouts
Yes
Yes
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Live remote control
Yes
Screenshot only
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Kiosk / interactive mode
Yes
Add-on
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White-label / reseller
Yes
Enterprise tier
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Pricing for 15 devices
$99/mo Pro
~$120/mo (8 USD/screen)
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Self-host cost
Free (your server)
Not available
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Where Yodeck does well
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Onboarding. Yodeck ships pre-configured Pi players on paid plans, which removes a real setup step for non-technical buyers.
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Polish. The product has been around since 2014, and the cloud experience is mature.
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Templates. A large pre-built template library for menus, lobby boards, and announcements.
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Where ScreenTinker is the better choice
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You need data sovereignty. If your content includes PII, internal documents, or you operate in regulated industries (healthcare, government, finance), self-hosting is the only way to keep data off a third-party cloud. Yodeck cannot do this.
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You have more than a handful of screens. Per-screen pricing scales linearly. ScreenTinker Pro is flat at $99/mo for 15 devices, and self-hosters pay nothing per device. At 50+ screens the total cost difference is significant.
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You want platform flexibility. ScreenTinker runs on any device with a browser - Smart TVs, ChromeOS, kiosk PCs, even old Macs. You are not locked into a specific Pi SKU.
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You want to read or modify the source. ScreenTinker is MIT licensed on GitHub. Audit the code, extend it, or fork it.
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You want live remote control. ScreenTinker streams a live screenshot feed and forwards touches and key events back to the device. Yodeck only takes occasional screenshots.
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Pricing snapshot
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Yodeck charges per screen per month, typically $8/screen/mo on the standard plan with annual billing. ScreenTinker Pro is a flat $99/mo for 15 devices. Crossover happens around 12-13 screens; above that ScreenTinker is meaningfully cheaper. Self-hosters pay nothing per device.
Tablets running Android 8+ mounted as in-store displays
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Step 1: Get the APK
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Download the ScreenTinker APK from screentinker.com/download/apk. The latest signed release is hosted directly so you do not need a Play Store or App Store account.
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Step 2: Sideload onto the device
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On Android TV
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The easiest path is to install the Downloader app from the Google Play Store on the TV, then enter the URL https://screentinker.com/download/apk. Downloader fetches the APK and walks you through installing it. You will be prompted once to "allow installs from this source" - say yes.
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On Fire TV / Fire Stick
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Install Downloader from the Amazon App Store. In Settings > My Fire TV > Developer Options, enable Apps from Unknown Sources. Open Downloader, enter https://screentinker.com/download/apk, and install.
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On Apolosign / commercial Android signage hardware
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These devices typically expose a system file manager. Plug in a USB drive containing the APK, open the file manager, and tap the APK to install. Some Apolosign units allow direct URL install via the built-in browser.
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Step 3: Pair the device
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Launch the ScreenTinker app. The first time it runs, you will be asked to grant a few permissions:
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Display over other apps - so the player can stay fullscreen
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Storage - for the local content cache
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Accessibility service (optional) - enables remote touch and key injection from the dashboard
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The app will then show a 6-digit pairing code. Sign in to your ScreenTinker dashboard, click + Add Display, and enter the code.
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Step 4: Push content
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Same as any other ScreenTinker display:
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Upload media in the Content Library
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Build a Playlist
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Publish the playlist and assign it to your device
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Kiosk mode tips
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For unattended displays you generally want the device to boot straight into the player with no way for someone to back out:
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Set ScreenTinker as the launcher. The APK declares HOME intent support, so on most Android TVs you can pick it as the default launcher in Settings > Apps.
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Disable updates and notifications on the device to prevent unwanted popups.
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Enable auto-power-on in TV settings if you want the display to come back after a power blip without manual intervention.
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For Fire Stick, use the Wolf Launcher or similar to replace the Amazon home screen.
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Hardware recommendations
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Lowest cost: Amazon Fire TV Stick 4K. ~$50 and works fine for image and 1080p video playlists.
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Best value: Onn 4K Streaming Box. ~$30 at Walmart and runs Android TV stock.
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Commercial: Apolosign players. Ship with built-in mount, real-time clock, and HDMI-CEC for power management. Recommended for production deployments.
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Highest performance: NVIDIA Shield TV. Overkill for signage but bulletproof.
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+ How to Set Up Digital Signage on Raspberry Pi (2026) | ScreenTinker
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How to Set Up Digital Signage on a Raspberry Pi (2026)
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A step-by-step guide to turning a Raspberry Pi into a free, open-source digital signage player using ScreenTinker. Works on Pi 3, Pi 4, and Pi 5.
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What you will need
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Raspberry Pi 3, Pi 4, or Pi 5. Pi 4 (4GB+) is the sweet spot. Pi 3 works for static images and 1080p video. Pi 5 is overkill but futureproof.
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microSD card, 16 GB or larger. Class 10 or A1/A2 rated.
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Power supply appropriate for your model (Pi 4 uses USB-C 15W; Pi 5 uses USB-C 27W).
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HDMI cable to your TV or monitor (micro-HDMI on Pi 4/5).
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Network connection - Ethernet preferred for reliability, Wi-Fi works fine.
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A ScreenTinker account.Sign up free if you do not have one.
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Step 1: Install Raspberry Pi OS
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Use Raspberry Pi Imager to flash Raspberry Pi OS (64-bit) to your microSD card. Choose the standard Desktop edition (not Lite - we need a desktop environment for the browser).
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In the Imager's advanced options (gear icon), pre-set:
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Hostname (e.g. signage-lobby)
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Username and password
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Wi-Fi credentials (if not using Ethernet)
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Enable SSH (optional but useful for remote management)
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Insert the SD card, plug in the Pi, and let it boot through first-time setup.
Install Chromium (the kiosk browser used as the player)
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Set up an autostart entry so the player launches in fullscreen on boot
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Disable screen blanking and the screensaver
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Configure HDMI to keep the display awake
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Reboot the Pi when finished
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On reboot the Pi will launch directly into the ScreenTinker player and show a 6-digit pairing code.
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Step 3: Pair the Pi to your dashboard
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Sign in to your ScreenTinker dashboard and click + Add Display. Enter the 6-digit code shown on the Pi and give the display a name (e.g. "Lobby TV"). The Pi will switch from the pairing screen to "Waiting for content".
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Step 4: Push content
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From the dashboard:
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Open Content Library and upload an image, video, or paste a remote URL.
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Open Playlists, create a playlist, and add items.
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Publish the playlist.
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From the device's detail page, assign the playlist.
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The Pi picks up the new playlist within a few seconds and starts playing.
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Performance tips
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Use H.264 video. Pi GPUs accelerate H.264 in hardware. H.265/HEVC works on Pi 4/5 but uses more CPU.
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Match your resolution to the display. 1080p video on a 1080p screen avoids unnecessary scaling.
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Wired Ethernet is more reliable than Wi-Fi for video-heavy playlists. Wi-Fi is fine for image-heavy ones.
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For Pi 3, stick to images and short clips. Pi 3 can struggle with continuous 1080p video.
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Troubleshooting
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The Pi reboots into the desktop, not the player
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Check that the autostart file ~/.config/autostart/screentinker.desktop exists. The installer creates this; if it's missing, re-run the installer.
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The screen goes dark after a few minutes
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The installer should disable screen blanking, but some monitors sleep based on their own timer. Disable sleep mode on the monitor itself, or use a dummy HDMI plug if the Pi negotiates a low-power mode.
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The Pi shows the pairing code but I can't see it on the dashboard
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The pairing code is shown on the Pi screen, not the dashboard. Sign in, click Add Display, and type the code from the Pi.
Self-Hosted Digital Signage Software: Complete Guide (2026)
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Why you might want to self-host your digital signage CMS, what you need to do it well, and how to deploy ScreenTinker on your own server.
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Why self-host digital signage?
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Most digital signage products are cloud-only. That works for many businesses, but there are real reasons to keep the server in-house:
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Data sovereignty. Healthcare, finance, government, and education often cannot put internal information into a third-party cloud. Self-hosting keeps content, schedules, and access logs on your network.
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Cost control. Per-screen monthly fees stack up fast. Self-hosting trades that for a fixed server cost - typically $5 to $50 per month for a small VPS that can run hundreds of screens.
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Network isolation. Some deployments live on private LANs with no internet access at all. Self-hosting is the only way to manage signage in those environments.
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No vendor lock-in. If the cloud vendor disappears, raises prices 3x, or pivots away from your use case, your deployment goes with them. Self-hosters control their own roadmap.
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Customization. Open source self-hosted means you can fork the code, add a custom widget, or wire it into your existing systems.
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What you need
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Hardware / VPS
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A modest Linux server is enough for most deployments:
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Up to 25 displays: 1 vCPU, 1 GB RAM, 20 GB disk. ~$5/month on Hetzner, DigitalOcean, or Vultr.
100+ displays: 4+ vCPU, 4+ GB RAM, faster disk. Plan for content storage at ~50-200 MB per screen depending on media volume.
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An on-prem VM works just as well as a cloud VPS - in fact, on-prem is often the whole point.
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Software prerequisites
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Ubuntu 22.04 or 24.04 LTS (Debian 12 also works)
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Node.js 18 or newer
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A domain name pointed at your server (or just an internal hostname / IP for LAN deployments)
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SSL certificate (Let's Encrypt is free; or self-signed for LAN)
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Deploying ScreenTinker
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Detailed setup is in the GitHub README. Quick version:
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git clone https://github.com/screentinker/screentinker.git
+cd screentinker/server
+npm install
+cp .env.example .env
+# edit .env with your domain, JWT_SECRET, and SELF_HOSTED=true
+node server.js
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Set SELF_HOSTED=true in the env. This unlocks the enterprise plan for your account, disables subscription expiry checks, and skips Stripe entirely. It is meant for the operator-controlled deployment case.
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Reverse proxy and TLS
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ScreenTinker listens on HTTP/HTTPS directly, but in production you typically front it with nginx or Caddy for TLS termination, gzip, and rate limiting. A minimal Caddyfile:
Caddy handles Let's Encrypt automatically. nginx works too if your team prefers it.
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Running as a service
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Use systemd to keep the process alive across reboots. A unit file at /etc/systemd/system/screentinker.service:
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[Unit]
+Description=ScreenTinker Digital Signage Server
+After=network.target
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+[Service]
+WorkingDirectory=/opt/screentinker/server
+ExecStart=/usr/bin/node server.js
+EnvironmentFile=/opt/screentinker/.env
+Restart=always
+User=screentinker
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+[Install]
+WantedBy=multi-user.target
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Enable with systemctl enable --now screentinker.
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Backups
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The state lives in two places:
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server/db/remote_display.db - SQLite database of users, devices, playlists, schedules
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server/uploads/ - uploaded media (images, videos, thumbnails)
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A nightly tarball of those two paths gives you a full restore point. Pair with offsite sync (rclone, restic) for disaster recovery.
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Self-hosted vs cloud-hosted comparison
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Concern
ScreenTinker self-hosted
Cloud-only signage products
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Data location
Your server
Vendor's cloud
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Recurring per-screen cost
None
$5-15/screen/month
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Server cost
$5-50/month flat
None (included)
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Internet required for management
No (LAN works)
Yes
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Source code access
Yes (MIT)
Closed
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Air-gapped deployment
Possible
Not possible
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Vendor lock-in risk
None (you own it)
High
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Update / patch responsibility
Yours
Vendor
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Initial setup time
~1 hour
~5 minutes
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When the cloud is the right answer
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Self-hosting is not free of cost - it requires someone who can run a Linux server, monitor it, and apply security updates. If your screen count is small (under ~10) and you do not have IT capacity, the managed cloud version is probably the right choice. ScreenTinker's hosted plans start at $39/mo for 5 devices.
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