Windows Task Scheduler has been the default automation tool on Windows since XP. It works — sometimes. The rest of the time, it fails in ways that are difficult to diagnose, impossible to get notified
PowerShell is a first-class citizen in NORA. You can run any PowerShell command — pipelines, API calls, registry operations, file manipulation, anything — directly inside a workflow node. But there ar
You have three Python scripts. One pulls data from an API. The second cleans it. The third generates a report. They need to run in order, every morning, and you need to know if something breaks.
Build visual workflows. Automate repetitive tasks. Keep your data local. It’s that simple.
Every time you connect a file to Zapier, Make, or Power Automate, that file leaves your machine. It passes through someone else’s servers, gets processed in someone else’s cloud, and you’re trusting t
You have a folder where files land continuously — reports, invoices, support tickets, research documents, logs. Right now, someone (probably you) opens each file, reads it, decides what category it be
Windows Task Scheduler has been shipping with Windows since 1995. It can schedule anything. The problem is that using it feels like it was designed in 1995.
Every developer has a folder somewhere full of scripts that depend on each other. A Python script that preprocesses data. A PowerShell script that deploys it. A Bash script that checks if the deployme
A scheduled script runs at 2 AM. It fails. Nobody notices until someone checks the output folder the next morning and finds stale data.
A Python script that cleans CSV files gets used in six different workflows. Each workflow has its own copy of the node configuration — script path, arguments, working directory, language setting. When