What is Tuip?
Tuip is a terminal-based utility designed to monitor the real-time status of public SaaS providers directly from your command line. It eliminates the need to navigate through multiple browser tabs by providing a centralized, scriptable interface for tracking service health.
- Best For: Developers, DevOps engineers, and system administrators.
- Pricing: Open-source and free to use.
- Category: AI Productivity Tools
- Free Option: Yes ✅
The Problem Tuip Solves
Modern engineering teams rely on a vast ecosystem of SaaS tools, from cloud providers like AWS to collaboration platforms like Slack and Jira. When a service goes down, the standard procedure involves manually visiting individual status pages, which is time-consuming and inefficient. This fragmented approach often leads to delays in incident response and context switching that breaks your development flow.
System administrators and DevOps engineers are particularly affected by this "status page fatigue." They require a way to maintain situational awareness without leaving the terminal environment where they spend the majority of their workday. Tuip addresses this by providing a lightweight, credential-free interface that aggregates status data from over 180 built-in providers.
By normalizing status states and offering both ad-hoc CLI commands and persistent TUI dashboards, Tuip allows engineers to monitor their infrastructure dependencies in seconds. In this tutorial, you'll learn exactly how to use Tuip — step by step.
How to Get Started with Tuip in 5 Minutes
- Install the binary: Use Homebrew by running
brew install ikan31/tap/tuipor install via Go usinggo install github.com/ikan31/tuip/cmd/tuip@latest. - Verify your path: Ensure your Go bin directory is in your system PATH so the command is accessible globally.
- Test a quick check: Run
tuip status slack github cloudflareto see the current status of these specific services. - Explore the provider list: Use
tuip providers listto see the full catalog of over 180 supported SaaS vendors. - Launch the TUI: Simply type
tuipin your terminal to open the interactive dashboard interface.
How to Use Tuip: Complete Tutorial
Step 1: Performing Ad-Hoc Status Checks
The most immediate way to use Tuip is through its CLI subcommands. When you need to verify if a specific service is experiencing an outage, you don't need to configure anything. Simply provide the provider IDs as arguments to the status command. Tuip fetches the data from the public status pages and displays the current state in your terminal.
You can also request more granular information by using the --details flag. This provides additional context such as active incidents, scheduled maintenance, and specific component health if the provider exposes that information. For automation tasks, the --json flag allows you to pipe the output into other tools like jq for further processing.
tuip providers search [query] to find the correct identifier before running your status check.Step 2: Creating and Managing Dashboards
For recurring workflows, Tuip allows you to create YAML-based dashboards. This is useful for grouping services by project or team responsibility. You can create a dashboard named "work" by running tuip dashboard create work slack github jira. Once created, you can switch to this view at any time using tuip dashboard use work.
These dashboards are stored in your local configuration directory (typically ~/.config/tuip/config.yaml). You can manually edit this file to add or remove providers, or use the CLI commands to manage them dynamically. The "all" dashboard is reserved by default and displays every provider in the catalog.
tuip dashboard show [name] to quickly verify which providers are included in a specific dashboard configuration without opening the YAML file.Step 3: Utilizing the Interactive TUI
The interactive TUI is the core of the tool's productivity value. By running tuip without any arguments, you enter a persistent interface that loads your default dashboard. This interface is designed for rapid browsing, allowing you to see the status of all your critical dependencies at a glance.
The TUI includes a 60-second cache for provider statuses, ensuring that your terminal remains responsive while minimizing unnecessary network requests. If an error occurs during a fetch, the tool caches the error state for 10 seconds, preventing your dashboard from being flooded with repeated error logs during a service disruption.
TUIP_LOG_LEVEL environment variable to debug to inspect the internal request flow.Tuip: Pros & Cons
| Pros | Cons |
|---|---|
| Extremely fast command-line execution. | Requires comfort with the command line. |
| No credentials or API keys required. | Limited to public status pages only. |
| Supports custom, shareable YAML dashboards. | No GUI or web interface available. |
| Lightweight and highly portable. | Cannot monitor private or internal services. |
Tuip Pricing: Free vs Paid
Tuip is an open-source project and is entirely free to use. There are no paid tiers, subscriptions, or hidden costs associated with the software. Because it operates by querying public status pages directly, there are no infrastructure costs for the maintainers that would necessitate a pricing model.
Since the tool is open-source, you have full access to all features, including the provider catalog, dashboard management, and JSON output capabilities, without any restrictions. You can use it in professional or personal environments without needing to manage licenses or payments.
👉 Check the latest pricing and source code on the official website.
Who is Tuip Best For?
For DevOps engineers: This tool is ideal for those who manage complex infrastructure and need to quickly verify if an issue is caused by a third-party SaaS provider or their own internal systems.
For developers: It provides a way to monitor the status of tools like GitHub, Slack, or Jira without breaking focus by switching to a browser window.
For system administrators: It offers a scriptable, lightweight way to integrate status checks into existing terminal-based monitoring workflows or shell scripts.
Who Should Not Use Tuip?
Tuip is not designed for users who prefer graphical user interfaces or those who are uncomfortable working within a terminal environment. If you require a tool that provides visual alerts, desktop notifications, or browser-based dashboards, Tuip will likely not meet your needs.
Additionally, if your primary requirement is monitoring internal, private, or non-public services, Tuip is not the right choice. It is strictly limited to public status pages and cannot authenticate against private APIs or internal health checks. For those use cases, dedicated enterprise monitoring solutions are more appropriate.
Alternatives to Tuip
Common alternatives include web-based status aggregators like StatusGator, or simple browser-based bookmark folders for your most-used status pages. You could also use basic shell scripts with curl to hit status endpoints, though this lacks the normalized data and TUI interface that Tuip provides.
Tuip remains the better choice for power users who want a native, high-performance terminal experience that doesn't require managing API keys or browser sessions.
How We Evaluated Tuip
This tutorial was developed based on the official repository documentation, feature lists, and technical specifications provided by the project maintainers. We analyzed the tool's architecture, command-line interface capabilities, and configuration patterns to provide an objective guide for potential users. No hands-on testing was conducted; this information reflects the current state of the project as of June 2026.
Final Verdict: Is Tuip Worth It?
Tuip is a highly efficient, no-nonsense utility for engineers who live in the terminal. If you are tired of checking browser tabs to see if a service is down, this tool provides a clean and effective solution.