In short
- StreamOps streams pre-recorded video as a 24/7 live broadcast to YouTube, Twitch and other RTMP platforms — from your own PC, or from StreamOps Cloud with nothing to install.
- On your own PC it reads videos straight from a folder — no upload step, so your media never leaves your machine. On StreamOps Cloud you upload or import them instead.
- It uses FFmpeg directly, so it does not need OBS or anyone operating it.
- If a stream crashes, StreamOps restarts it automatically and records an alert you can see in the dashboard.
- It runs on your own PC or headless on a Linux VPS. The free plan runs one stream.
Introduction
Running a live stream is easy for an hour. Running one for a year, every hour of every day, is a different problem entirely. Somewhere between the hundredth restart, the missed 3am crash, and the fifth browser tab you forgot to close, most creators realize that "live streaming" and "24/7 live streaming" require completely different tooling.
StreamOps was built for that second problem. This guide explains what StreamOps actually is, how it works under the hood, and who it's a good fit for.
The Problem with 24×7 Streaming
A channel that streams around the clock has to survive things a normal live stream never has to think about:
- Crashes at 3am with nobody awake to restart FFmpeg
- A laptop that sleeps, updates, or reboots mid-broadcast
- Manually re-queuing the next video every time the current one ends
- No visibility into whether the stream is even still live
- Juggling multiple channels from multiple terminals with no single view
None of this is exotic — it's the ordinary cost of "always on." But it turns a one-person channel into an unpaid, always-on-call sysadmin job.
Why Existing Solutions Fall Short
OBS Studio is built for a human operator watching a screen. It has no built-in scheduler, no auto-restart on crash, and no remote dashboard — leaving it running unattended for weeks is asking for trouble.
Cloud restreaming services solve reliability by moving encoding to someone else's servers, which means uploading your entire video library to a third party and paying every month for storage and bandwidth you may already have.
Raw FFmpeg + cron scripts work, but they don't scale past one stream, have no dashboard, no alerting, and require someone comfortable maintaining shell scripts to keep them alive.
StreamOps lets you pick: run it on your own machine like the cron-script approach, so your videos never leave it, or let StreamOps Cloud run it for you like a hosted service — either way with the reliability, scheduling, and dashboard of a managed service.
What is StreamOps?
StreamOps is a streaming operations platform that turns a library of pre-recorded videos into a continuous, automated live broadcast — to YouTube, Twitch, or any RTMP-compatible platform. No camera and no live presenter required.
It's made of two parts that work together:
- StreamOps — A lightweight engine you run on your own PC, server, or VPS. It handles video encoding via FFmpeg, pushes the RTMP stream, executes scheduled jobs, and restarts failed streams automatically.
- StreamOps Dashboard — A cloud-hosted web app that connects to your StreamOps instance. It gives you streams, playlists, a scheduler, alerts, and YouTube analytics in one interface — no terminal required for day-to-day use.
How StreamOps Works
The flow from video file to live broadcast is straightforward:
On your own PC, point StreamOps at a folder — it indexes what is already there and picks up new files automatically, with nothing uploaded. On StreamOps Cloud, upload or import them in the dashboard.
Order your videos into a playlist. It loops indefinitely once a stream is live.
Paste an RTMP URL and stream key from YouTube, Twitch, or any platform, and assign your playlist to it.
Start it immediately, or let the scheduler start and stop it automatically at set times.
StreamOps reports status and logs back to the dashboard in real time over WebSocket, so you can check in from any browser.
If a stream fails
StreamOps detects the crash, restarts the stream with exponential backoff, and raises an alert — without anyone needing to be at a keyboard.
Core Features
Playlist Streaming
Queue a folder of pre-recorded videos and loop them 24/7 as a single continuous live broadcast.
Visual Scheduler
Start and stop streams at exact times, or automate recurring broadcasts without touching a terminal.
Remote Monitoring
Watch stream status, FFmpeg logs, and health in real time from any browser, on any device.
Auto-Recovery
If a stream crashes or a platform drops the connection, StreamOps restarts it automatically with backoff.
Alerts
Errors, warnings, and info events surface as dashboard notifications so problems don't go unnoticed.
YouTube Analytics
Views, watch time, revenue, and subscriber data pulled directly from the YouTube Analytics API.
Read more on how playlist streaming works and how the scheduler executes timed jobs.
Supported Platforms
StreamOps streams to any platform that accepts an RTMP ingest. YouTube gets deeper integration through OAuth — channel analytics and live broadcast management directly from the dashboard.
Who Should Use StreamOps?
StreamOps is built for anyone running a channel that stays live longer than a person can watch it:
Architecture Overview
On your own PC, your videos never leave your infrastructure. StreamOps runs on your Windows or Linux machine, reads media from local disk, encodes it with FFmpeg, and pushes the RTMP stream directly to your chosen platform. The StreamOps dashboard is cloud-hosted and communicates with it over a secured API to send commands and receive status, logs, and analytics.
On StreamOps Cloud the same engine runs on a server we manage instead, streaming the processed copies of the videos you uploaded or imported. The dashboard works the same way for both.
This split means the dashboard can be down for maintenance and your stream keeps running — scheduled jobs and crash recovery both execute locally inside StreamOps.
Frequently Asked Questions
Is StreamOps free?
Yes, for one stream. The free plan runs one always-on stream with no time limit and no credit card. Every new account also starts with a 7-day Pro trial; when it ends you drop to the free plan. Paid plans add more concurrent streams, scheduling, multistreaming and AI features — see the Pricing page.
Do I need OBS to use StreamOps?
No. StreamOps replaces OBS for this use case. It uses FFmpeg directly to encode and push your video files as an RTMP stream, with no desktop capture, scenes, or manual operator required.
Where do my videos live?
Your choice. On your own PC, StreamOps reads video files straight from local disk — you point it at a folder and it indexes what is there, with no upload step, so your media never leaves your machine. On StreamOps Cloud you upload them in the browser or import them from Google Drive or Dropbox, and we keep one processed copy for streaming.
Can I run StreamOps on a VPS?
Yes. StreamOps runs headlessly and is commonly deployed on a Linux VPS with a stable upload connection, so your stream keeps running even when your own computer is off. Or skip the server entirely with StreamOps Cloud, which runs it for you.
What happens if my stream crashes at 3am?
StreamOps detects the failed process and automatically restarts the stream with exponential backoff, then logs an alert you can review in the dashboard the next time you check in.
Conclusion
24/7 streaming turns "keep the stream up" into an operations problem — one that needs scheduling, monitoring, and automatic recovery, not just an encoder. StreamOps packages exactly that: a streaming engine that runs on your own hardware or on StreamOps Cloud, paired with a dashboard that lets you manage it all from a browser.
Next steps: how to stream 24/7 on YouTube, best FFmpeg settings for YouTube Live, or OBS vs StreamOps.
