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What is WTF?

WTF (wtfutil) is a personal information dashboard that runs in your terminal. Rather than switching between browser tabs and web apps, you configure a single grid of modules and view live status from each inside one terminal window. Per WTF, the project describes itself as "the personal information dashboard for your terminal," and it ships a large catalog of modules covering developer tools, cloud services, monitoring, and everyday data.

What it is good for

Each module pulls from one source and renders it as a small tile. The catalog on the site spans several practical groups:

  • Code and CI: GitHub, GitLab, Jenkins, CircleCI, TravisCI, BuildKite, Gerrit, Mercurial.
  • Work tracking and incidents: Jira, Trello, Asana, Todoist, PagerDuty, OpsGenie, VictorOps, Zendesk.
  • Monitoring and security: Datadog, New Relic, UptimeRobot, Healthchecks, Rollbar, Have I Been Pwned.
  • Cloud and infrastructure: Kubernetes, Docker, DigitalOcean, Azure DevOps, Pihole, IP address and IPInfo lookups.
  • Everyday information: Weather, clocks, stocks and crypto, HackerNews, subreddits, RSS feeds, Spotify, and a system resource-usage tile.

You arrange these in a grid layout defined in configuration files, so the dashboard is whatever mix of tiles you choose. The underlying project is open source.

Who it suits, and the trade-off

WTF fits people who already live in a terminal—engineers, SREs, and ops staff—and want a glanceable overview of builds, tickets, alerts, and metrics without leaving the shell. The trade-off is that it is not a point-and-click product: you edit config files to add modules and set layouts, and you supply credentials for each service you connect. If you prefer a visual dashboard you can drag around in a browser, this will feel like extra setup.

Next step: open the Getting Started and Modules sections of WTF and list the five or six sources you check most often. If most of them appear in the module catalog, start with those tiles in a simple grid; if your key tools are missing, a browser-based dashboard will likely serve you better.

How do I install and set up WTF in my terminal?

WTF is a personal dashboard that runs inside your terminal, showing information from many services as a grid of modules. Installation and setup follow the same two steps regardless of platform: install the binary, then generate and edit a configuration file.

Install

The project's documentation lists installation instructions under Getting Started, including a Quick Start and a separate Uninstallation page. In practice, most people install the prebuilt binary for their operating system and put it on their PATH; the docs also describe alternative install methods. After installing, run the tool once — it will look for a config file and, if none exists, help you create one.

Configure

Configuration is the main work, and it happens in a YAML config file. The docs organize it into four parts:

  • Configuration Files — where the config lives and how it is loaded.
  • Global Settings — refresh intervals and other app-wide options.
  • Common Settings — options shared by many modules.
  • Grid Layout — how modules are arranged into rows and columns.

A practical first config is deliberately small: a clock, the weather, and one service you already use, such as GitHub or HackerNews. Get the grid right with those three, then add modules one at a time so a broken module is easy to isolate.

Choose modules

The module list is broad — developer tools (GitHub, GitLab, Jenkins, CircleCI, Jira, Kubernetes), infrastructure and monitoring (Datadog, PagerDuty, UptimeRobot, Resource Usage, Docker), and personal feeds (Weather, Stocks, Todoist, Spotify, Twitter). Each module has its own settings and usually needs an API token or credentials.

Two trade-offs are worth deciding up front:

Approach Good for Cost
Few modules, large cells A quick morning check of 3–5 things Less at-a-glance coverage
Many small modules Ops and on-call users watching several systems Denser layout, more tokens to manage, slower refresh

A concrete next step

Pick one service you check daily — say GitHub notifications — find its module page in the docs, copy the example config block, and add your token. Run WTF, confirm the module renders, then repeat. If you want a second reference for terminal dashboards generally, see GitHub for related projects, but the WTF documentation itself is the authoritative source for module settings and layout syntax.

Which WTF module should I use to monitor my GitHub or GitLab repositories?

For GitHub or GitLab repository monitoring, WTF provides separate GitHub and GitLab modules rather than a single combined one. Choose the module that matches where the repositories live; if you use both services, add both modules to your dashboard.

What each module is for

Your situation Module to use Typical things to surface
Repositories, issues and pull requests are on GitHub GitHub Open PRs, assigned issues, review requests, repository activity
Work is hosted on GitLab (including self-managed) GitLab Merge requests, assigned issues, project activity
You contribute to both GitHub and GitLab side by side A combined view across both accounts

The practical distinction is workflow, not features: the GitHub module suits teams whose review process runs through pull requests and GitHub notifications, while the GitLab module fits organisations using merge requests and GitLab projects. If you only occasionally check the other service, keeping one module avoids a cluttered grid.

A concrete setup

Suppose you maintain three GitHub repositories and one GitLab project for a client. Add the GitHub module configured for your username and the repositories you care about, and the GitLab module pointing at the client's project. Place them in adjacent grid cells so pull requests and merge requests sit together at a glance. The page lists configuration and grid layout sections for details on how modules are placed and configured.

Decision criterion

Start with the service that generates most of your review requests. Add the second module only when you find yourself switching to a browser for it. For broader context alongside code activity, the GitHub and GitLab modules pair naturally with issue trackers such as Jira if that is where your tickets live.

Next step: open the module's page in the WTF documentation (under Modules) to see its configuration options before adding it to your config file.

How do I configure WTF modules and the grid layout in the config file?

WTF is configured through a YAML config file, and the two things you'll edit most are the grid layout and the module definitions. The config file is typically at ~/.config/wtf/config.yml (WTF creates a default one on first run). The page's own documentation splits this into "Configuration Files," "Global Settings," "Common Settings," and "Grid Layout," with each module having its own settings page under "Modules."

Grid layout

The layout is a set of columns, each containing rows, each row holding one or more modules. The module names in the grid must match the names you define in the mods section.

wtf:
  colors:
    border:
      focusable: darkslateblue
      focused: orange
      normal: gray
  grid:
    columns:
      - width: 2
        rows:
          - rate: 1
            widgets: [clock, weather]
          - rate: 1
            widgets: [bargraph]
      - width: 1
        rows:
          - rate: 1
            widgets: [github]
          - rate: 1
            widgets: [todo]

width sets relative column width and rate sets relative row height, so you can give a busy module more space without absolute pixel values. Add a focusable: true to a widget if you want keyboard focus for scrolling or interaction.

Module definitions

Each module gets an entry under mods, keyed by the name you used in the grid, with a type and its own options:

mods:
  clock:
    type: clocks
    colors:
      rows:
        even: "lightblue"
        odd: "white"
  github:
    type: github
    repositories:
      - wtfutil/wtf
    refreshInterval: 5m
  todo:
    type: todo
    filename: ~/.config/wtf/todo.yml

The type selects the module implementation (the docs list types such as clocks, github, todo, weather, bargraph, cmdrunner, stocks, and many more); everything else is module-specific. refreshInterval and color settings are common across most modules.

Practical guidance

  • Start from the generated default config and change one column or module at a time, restarting WTF to check the result. A typo in a widget name in the grid is the most common cause of a blank or missing module.
  • Keep secrets out of the main file where a module supports it — for example, point token-based modules at an environment variable or a separate file rather than pasting keys into config.yml.
  • Use cmdrunner for anything not covered by a built-in module; it runs a shell command and displays the output, which is often simpler than writing a custom module.
  • If you want to share or version the config, keep it in a dotfiles repo and symlink it into place.

For the full list of module types and their exact option names, the project's documentation at WTF is the authoritative reference, and the source repository is linked from there.

Can I build a custom WTF module for a service that isn't supported?

Yes. WTF is designed to be extended with your own modules, so a service that has no built-in module can still appear on your terminal dashboard. The page lists a "Creating New Modules" section under Development, which is the documented path for adding functionality beyond the bundled modules.

What a custom module is for

Build one when you want a specific service's data on the same grid as your clocks, resource usage, Git activity and other widgets. Typical cases:

  • An internal API or homegrown tool with no public module.
  • A niche SaaS product the project doesn't cover.
  • A filtered or reshaped view of data you already get elsewhere.

How to approach it

  1. Start from the "Creating New Modules" documentation rather than improvising, since it defines the module interface and configuration conventions.
  2. Model the module on the closest existing one. The module list is broad — covering categories like cloud, CI, monitoring, source control, feeds, weather and finance — so a similar widget usually exists to copy.
  3. Decide what the module displays: a single summary line, a short list, or a small table. Terminal space is the real constraint, so keep output compact.
  4. Reuse the global and common settings and the grid layout system so your module behaves like the rest.

Trade-offs to weigh

Option Effort Control Maintenance
Custom module Higher, requires coding Full control over data and display You own updates
Existing general-purpose module (e.g. command runner or feed reader) Low Limited to what that module exposes Handled upstream
External script plus a text/file-based module Low to moderate Moderate Mostly yours

If your need is "run a command and show its output," a command-runner or text-file module may be enough and avoids writing code. A true custom module pays off when you need structured data, periodic refresh and formatting that generic modules can't produce.

For background on the project and its module conventions, see WTF - the terminal dashboard.

How does WTF compare to other terminal dashboards like sampler or glances?

WTF (wtfutil.com) is a terminal dashboard built around a configurable grid of modules rather than a single fixed view. Its page lists dozens of integrations—GitHub, GitLab, Jira, Kubernetes, Docker, cloud services, weather, stocks, feeds and more—so its main appeal is pulling work and service status into one terminal screen. Sampler and Glances take different approaches: Sampler focuses on shell-command-driven visualizations and charts, while Glances is primarily a system and resource monitor with an optional web view. WTF is the most integration-oriented of the three; Glances is the most out-of-the-box for host monitoring; Sampler is the most flexible for custom command output.

How to choose

  • Monitoring servers and local resources: Glances is the natural starting point, since resource metrics are its core purpose.
  • Watching CI, tickets, repos and cloud services: WTF's module catalog fits this better than a resource monitor.
  • Building charts from arbitrary commands: Sampler suits ad-hoc visualizations of command output.
  • A single terminal "home screen" for mixed signals: WTF's grid layout is designed for this, at the cost of configuring each module.

A practical test: list the five things you check each morning. If most are services and repositories, try WTF; if most are CPU, memory and disk, start with Glances. You can also run more than one—for example, Glances for the host and WTF for project and service status—though screen space and configuration effort are the trade-offs. For the official projects, see WTF and Glances.

Related questions

More questions →
What kinds of modules and data sources does WTF support?

WTF (wtfutil.com) is a personal information dashboard that runs in your terminal, and its module list is broad: it covers developer tooling (Git, GitHub, GitLab, Jenkins, TravisCI), monitoring and on-call services (Datadog, PagerDuty, UptimeRobot, OpsGenie, New Relic), and everyday widgets such as clocks, weather, stocks, crypto prices, and feed readers. Each module appears in the documentation with its own settings, so the practical answer to "what can it show?" is "whatever module you enable and configure in your config file." The condition: you need a terminal environment and a config file where modules are declared; nothing on the site indicates a hosted or browser-based version.

How the module list is organized

The documentation groups modules by purpose rather than by vendor. The main clusters:

Cluster Modules listed in the docs
Developer tools Git, GitHub, GitLab, GitLab Todo, Gerrit, Mercurial, Jenkins, TravisCI, CircleCI, BuildKite, Azure DevOps, Gitter
Monitoring & on-call Datadog, New Relic, PagerDuty, OpsGenie, VictorOps, UptimeRobot, Updown, Healthchecks, Rollbar, Urlcheck
Everyday widgets Clocks, Digital Clock, Lunar Phase, Weather (ARPANSA, Pretty Weather, Weather Services), Stocks (Finnhub, Yahoo Finance), Crypto Currencies (Bittrex, Blockfolio, CryptoLive, Mempool), Feed Reader, HackerNews, Subreddit, Todo, Todoist, Textfile
Infrastructure & cloud Kubernetes, Docker, DigitalOcean, Azure Logs, Pihole, Transmission, Power, Resource Usage
Personal & productivity Google (Calendar, Spreadsheet), Google Analytics, Jira, Trello, Asana, BambooHR, Spotify, Twitch, Twitter, Pocket, NextBus, Sports (Football, NBA Score)

The list is long, but the pattern is consistent: each entry is a self-contained module with its own configuration block. You don't get a fixed set of panes — you choose which modules to declare.

What this means in practice

A typical setup mixes one or two work sources with a few ambient widgets. For example, a developer might run GitHub for pull requests, Jenkins for build status, PagerDuty for who's on call, and a clock plus weather in a corner. The grid layout settings control where each module sits, so the dashboard is composed rather than pre-built.

Two things to keep in mind when reading the module list:

  • Modules are opt-in. A module appearing in the docs doesn't mean it's active; it must be added to the configuration with its settings. The docs describe per-module settings, but the site excerpt doesn't spell out credential requirements for each service — expect services like GitHub, Jira, or Datadog to need their own access tokens or API keys, and check the individual module page for the exact fields.
  • Some modules are read-only views, others are interactive. Feed readers, clocks, and weather are display-only; Todo, Todoist, and GitLab Todo imply you can manage items. The docs list them separately, so treat "can I act on this from the terminal?" as a per-module question.

Choosing modules for your dashboard

Use the clusters above as a checklist against your actual day:

  1. Work queue — pick the one or two systems where tasks actually land for you (GitHub/GitLab issues, Jira, Trello, Asana).
  2. Build and deploy health — Jenkins, TravisCI, CircleCI, or BuildKite, whichever your team uses.
  3. Incidents — PagerDuty, OpsGenie, or VictorOps, plus UptimeRobot or Healthchecks for uptime.
  4. Ambient context — clock, weather, stocks, crypto, or a feed reader for the corners of the grid.

If a service you rely on isn't in the list, the docs include a "Creating New Modules" section under Development, which is the documented path for extending the dashboard rather than waiting for built-in support.

The short version: WTF's value is the breadth of its module catalog combined with terminal-native display — you assemble the dashboard from documented modules, each configured individually, and the site's module index is the authoritative place to confirm a specific integration exists before you plan around it.

How to Install and Get Started with WTF (wtfutil.com)

WTF is a personal information dashboard that runs in your terminal. To get started, follow the official docs in this order: Getting Started → Quick Start → Installation → Configuration. Installation depends on your platform and package method, and you'll need a configuration file before modules appear on screen. The site's own navigation treats Getting Started as the entry point, so start there rather than jumping straight to module pages.

What WTF is and what you need first

WTF (wtfutil.com) is described on the site as "the personal information dashboard for your terminal." It aggregates data from many sources—services like GitHub, Jira, Kubernetes, weather, stocks, and more—into a single terminal view.

Before installing, confirm:

  • You have a working terminal on your platform (the docs separate installation by platform and package method, so check which applies to you).
  • You know where your configuration file will live. The docs have a dedicated Configuration Files page plus Global Settings and Common Settings pages.
  • You've looked at the Glossary if terms like "grid layout" or "module" are unfamiliar.

Step-by-step: install and first run

  1. Open the Getting Started page. This is the recommended entry point in the site navigation and orients you before any commands.
  2. Read Quick Start. It gives the shortest path to a running dashboard.
  3. Follow Installation for your platform and package method. The docs list installation as its own section because the steps differ by platform; use the variant that matches your setup rather than mixing instructions.
  4. Create or review your configuration file. The Configuration section covers configuration files, global settings, common settings, and grid layout. Modules only appear once they're configured, so expect an empty or minimal dashboard until this is done.
  5. Launch WTF in your terminal. After configuration, the dashboard renders according to your grid layout.
  6. Add modules incrementally. The Modules section lists each supported integration (Airbrake, Asana, Azure DevOps, GitHub, Jira, Kubernetes, Weather, and many others). Add one or two first, confirm they render, then expand.

Expected result: a terminal dashboard showing the modules you configured, arranged per your grid layout.

Verify it worked

  • The dashboard starts without configuration errors.
  • Each configured module displays data rather than an error state.
  • Layout matches what you defined in the grid layout settings.

If a module shows nothing, recheck that module's entry in your configuration file and its required settings on the module's docs page.

Common sticking points

  • Blank dashboard on first run: almost always a missing or incomplete configuration file. Revisit Configuration Files and Global Settings.
  • Wrong install instructions: installation varies by platform and package method; confirm you're on the right variant.
  • Module not appearing: check the specific module page under Modules—each has its own settings.
  • Layout looks wrong: review the Grid Layout page under Configuration.

Removing WTF

The docs include an Uninstallation page alongside Installation. Use it if you want to remove WTF cleanly rather than deleting files manually.

Where to go next

  • Modules — browse the full list and pick integrations relevant to your work.
  • Development → Creating New Modules — if you want to build your own.
  • Sponsoring and Support — the site's support entry point if you hit issues the docs don't cover.

Start with Getting Started and Quick Start, install for your platform, configure before launching, then add modules one at a time.

How to Configure WTF's Layout and Modules

WTF is configured through configuration files, not through an in-app settings screen. You define shared behavior under Global Settings and Common Settings, place modules on screen with the Grid Layout, and then give each module its own configuration block. To change what your dashboard shows or where it sits, edit the config file and restart WTF.

Where configuration lives

WTF reads its settings from configuration files. The site's documentation separates configuration into four areas:

  • Configuration Files — the files WTF loads on startup
  • Global Settings — settings that apply across the whole dashboard
  • Common Settings — shared options reused by modules
  • Grid Layout — the definition of where modules appear on screen

The practical consequence: every layout or module change is a file edit. There is no menu path to memorize, and the same file controls both what appears and where it appears.

Step 1: Open your configuration file

Start from the config file WTF already uses. If you have not created one yet, the Getting Started and Quick Start pages cover initial setup and installation, and the Configuration Files page explains which files are read. Keep a copy of the working file before editing so you can restore a known-good dashboard if a change breaks startup.

Step 2: Set shared behavior first

Global Settings and Common Settings control behavior that applies beyond a single module. Configure these before adding modules, because module entries inherit shared options rather than repeating them. If a module behaves unexpectedly, check whether a common setting is overriding what you expected at the module level.

Step 3: Define the Grid Layout

The Grid Layout is where you decide placement. Treat it as a map of your terminal screen: each position in the grid is assigned a module, and the module's configuration block supplies its content and options. Two rules keep this manageable:

  1. Add one module at a time and confirm it renders in the intended position.
  2. Keep the module name in the layout identical to the name used in that module's configuration block.

If a module is configured but never appears, the layout is the first place to look; if it appears in the wrong spot, the layout is the only place to look.

Step 4: Configure each module you enable

Every module has its own configuration options. The documentation lists modules by category, which helps you find the right page quickly:

Category Examples from the module list
Developer and CI GitHub, GitLab, Jenkins, CircleCI, TravisCI, BuildKite
Observability and incidents Datadog, New Relic, PagerDuty, OpsGenie, UptimeRobot, Rollbar
Productivity and tasks Todo, Todoist, Trello, Jira, Asana
Feeds and community Feed Reader, HackerNews, Subreddit, Twitter, DEV (Dev.to)
Finance Stocks (Finnhub, Yahoo Finance), Crypto Currencies (Bittrex, Blockfolio)
System and utilities Power, Resource Usage, IP Address, Weather Services, Clocks

Open the page for each module you plan to use and apply its options in that module's configuration block. Modules that need an external account or service will have their own required settings; the module page is the authority for those, not the global section.

Verify the result

Restart WTF after editing and check three things in order: the dashboard starts without errors, each enabled module appears in its assigned grid position, and each module shows live data rather than an empty or error state. If startup fails, revert to your saved copy and reapply changes one at a time.

Common sticking points

  • Editing the wrong file. Confirm you are editing a file listed under Configuration Files; changes elsewhere have no effect.
  • Layout and module names out of sync. A mismatch between the grid entry and the module block is the usual cause of a missing module.
  • Expecting a settings UI. Configuration is file-based, so changes require a restart to take effect.
  • Adding many modules at once. Batch edits make it hard to tell which change caused a failure; add incrementally.

For anything beyond layout and shared settings — writing your own module, for example — the documentation's Development section covers creating new modules.

What Is WTF (wtfutil.com) and What Is It Used For?

WTF is a personal information dashboard that runs inside your terminal. It pulls data from many services and tools into a single screen, so you can check updates without switching between browser tabs or apps. It is aimed at people who spend most of their day in a terminal and want a quick, keyboard-friendly overview of the information they care about.

How WTF Works

WTF is organized around modules. Each module connects to a specific service or data source and displays its information as a widget on the dashboard. You choose which modules to enable, arrange them in a grid, and configure each one with the settings it needs.

The site describes the product as "the personal information dashboard for your terminal" and documents three core areas:

  • Configuration — configuration files, global settings, common settings, and grid layout
  • Modules — the individual widgets that supply data
  • Development — guidance for creating new modules

In practice, this means the dashboard is only as useful as the modules you turn on. A minimal setup might show a clock and a to-do list; a fuller setup might combine work tools, monitoring, and personal feeds.

What You Can Put on the Dashboard

The module list on wtfutil.com is broad and spans several categories. Examples include:

Category Example modules
Developer and CI tools GitHub, GitLab, Jenkins, CircleCI, TravisCI, BuildKite, Gerrit
Project and issue tracking Jira, Trello, Asana, Azure DevOps
Monitoring and incidents Datadog, New Relic, PagerDuty, OpsGenie, UptimeRobot, Healthchecks
Cloud and infrastructure Kubernetes, Docker, DigitalOcean, Azure Logs, Pihole
Communication and social Twitter, Tweets, Subreddit, Gitter, DEV (Dev.to)
News and reading HackerNews, Feed Reader, Pocket
Personal productivity Todo, Todoist, Todo, Textfile, Google Calendar, Google Spreadsheet
Finance and crypto Stocks (Finnhub, Yahoo Finance), Crypto Currencies (Bittrex, Blockfolio), CryptoLive, Mempool
Utilities Clocks, Digital Clock, Weather, IP Address, IPInfo, Power, Resource Usage, Logger

Because the list is long, the practical approach is to start with two or three modules you check daily and add more only when you notice yourself leaving the terminal to look something up.

Who It Is For

WTF fits people who already work in a terminal and want ambient awareness of a handful of services. Typical uses:

  • A developer watching build status, open pull requests, and on-call alerts in one place
  • An operations person keeping an eye on uptime checks and incident tools
  • Anyone who wants headlines, weather, a clock, and a task list without opening a browser

It is less suited to someone who needs rich visualizations, sharing dashboards with a team, or interacting with services through a graphical interface. The output is text-based and lives on your own machine.

How to Get Started

The site's navigation points to a Getting Started section with Quick Start, Installation, and Uninstallation pages, plus a Glossary. The general path is:

  1. Install WTF using the instructions on the Installation page.
  2. Create or edit the configuration file.
  3. Enable the modules you want and set their required options.
  4. Arrange modules using the grid layout settings.
  5. Run the dashboard and adjust the layout as you learn what you actually check.

The Configuration Files and Global Settings pages cover where settings live and which options apply across the whole dashboard, while Common Settings covers options shared by modules. Check those pages for the exact file locations and option names for your platform rather than assuming defaults.

Things to Know Before You Commit

  • Configuration is manual. You will be editing config files, not clicking through a settings screen. Expect some trial and error when adding a module for the first time.
  • Each module has its own requirements. Many connect to external services and will need credentials or tokens; the module's documentation page is the place to confirm what it needs.
  • The grid layout is the main design decision. A crowded grid makes the dashboard hard to scan, so keep the number of visible modules modest.
  • Support and sponsorship are separate pages. The site lists Sponsoring and Support and Sponsoring WTF sections if you want to know how the project is funded or where to ask questions.

If you want a single terminal screen that aggregates the services you already use, WTF is built for exactly that. Start with the Quick Start and Installation pages, enable a small set of modules, and expand from there.

Can I create my own module for WTF?

Yes. WTF (wtfutil.com) is an open-source terminal dashboard whose functionality is built from modules, and its documentation includes a Development section with a page on Creating New Modules. That page is the intended starting point if you want to build a module that isn't already covered by the built-in list.

What "module" means in WTF

A WTF dashboard is a grid of widgets, and each widget is a module. Every data source you see in the docs — GitHub, Jira, Kubernetes, Weather, Stocks, Todoist, and so on — is a module that fetches or renders something and drops it into a grid position. So creating your own module is the way to surface data that no existing module covers, using the same configuration and layout system as the built-in ones.

What the docs give you

The site's navigation shows a Development section containing Creating New Modules, alongside a blog. That's the reference material for module authors. The docs also list the full set of existing modules, which is useful in two ways:

  • Check before you build. With modules spanning services (Asana, Datadog, PagerDuty, Zendesk), infrastructure (Docker, Kubernetes, Azure Logs), finance (Bittrex, Finnhub, Yahoo Finance), and general utilities (Clocks, CmdRunner, Textfile, Todo), there's a reasonable chance something close already exists.
  • Use them as patterns. Existing modules are the closest thing to worked examples of how a module is structured and configured.

Practical path

  1. Confirm the gap. Scan the module list for anything that already pulls the data you want. If a near-match exists, adapting your config is cheaper than writing code.
  2. Read Creating New Modules. Follow the Development section's page rather than guessing at structure; it defines what a module must provide.
  3. Work from the source. The project is open source and hosted on GitHub (wtfutil/wtf), so you can read real module implementations directly.
  4. Wire it into your config. Once built, a custom module is placed and configured like any other, using the same configuration files, global settings, and grid layout described in the Configuration section.
  5. Get help if you stall. The site has Sponsoring and Support pages describing how to reach the project.

Things to keep in mind

  • The docs are the authority on specifics. This overview can tell you the capability exists and where to look, but the exact interface a module must implement lives on the Creating New Modules page — don't infer it from the module names alone.
  • Configuration is shared, not per-module invention. Layout, global settings, and common settings are handled at the dashboard level, so a new module slots into existing conventions rather than defining its own.
  • Start with a read-only module. Modules like CmdRunner and Textfile show that simple local sources are a legitimate scope; a small module that displays one thing is a fine first project before tackling an authenticated API.

If your goal is simply to see more data in your terminal, check the existing module list first — the answer may already be there. If it genuinely isn't, the Development docs and the GitHub source give you everything needed to add it.

Website Overview

An established domain and managed infrastructure suggest continuity of operations and may support dependable delivery, although neither guarantees service quality. An active inbound-mail setup with incomplete authentication may leave the domain more open to impersonation. Provider hosting alone does not close that gap.

Domain and Registration

Registered in 2018, this domain has about 8 years of history. That suggests continuity, although ownership and purpose may have changed. Transfer-protection status is present, helping reduce the risk of unauthorized domain transfers. The registrar is Tucows Domains Inc., a widely used domain service provider. The domain uses the common .com extension, which is not an independent safety signal.

DNS and Email

MX records exist, but SPF, DKIM and DMARC were not detected. Protection against domain impersonation may be incomplete. Nameservers are provided by hover.com, indicating managed DNS hosting. MX records point to the hostedemail.com email service. No CNAME was found; the observed records resolve directly to addresses. DNSSEC signatures were not detected, so this additional DNS authenticity protection is not confirmed.

TLS and Certificates

The certificate uses an RSA 2048-bit public key, offering broad client compatibility. The server supplied a complete certificate chain. No organization name is present in the certificate; the available fields are consistent with domain validation. The certificate was issued by Let's Encrypt, commonly associated with automated certificate services. The certificate's total validity is about 89 days, consistent with a short renewal cycle.

HTTP and Browser Security

The response lacks these common security headers: CSP, X-Content-Type-Options, Referrer-Policy, Permissions-Policy, clickjacking protection. CORS permits any origin to read this response. This is common for public resources; sensitive responses need narrower handling. No X-Powered-By header was found, reducing one common source of backend fingerprinting information. The x-cache, x-served-by, via response header indicates a CDN or caching proxy in the delivery path. No obvious internal addresses or debug information were found in the headers.

Technology Stack Analysis

The public page identifies mkdocs-1.3.1, mkdocs-material-8.5.3, Fastly without precise versions, leaving fewer clues for version-specific scanning.

Search and Social Sharing

No homepage meta description was detected, leaving snippet selection more dependent on page text. The Generator tag identifies mkdocs-1.3.1, mkdocs-material-8.5.3, making the publishing system easier to fingerprint. Twitter Card metadata is configured. The title has 59 characters, within a common display range. The observed directives allow indexing and link following.

Hosting and Email

DNShover.com
HostingFastly
Emailhostedemail.com
Approximate IP geolocation (inferred; a CDN or proxy may differ from the origin server) United States flagUnited States Inferred 185.199.109.153

Registration details

RDAP / WHOIS

RegistrarTucows Domains Inc.
Registered2018-04-13
Expires2027-04-13
Domain statusclient transfer prohibited、client update prohibited
Nameserversns1.hover.com、ns2.hover.com
DNSSECunsigned

DNS records

DNS

TypeNameValueTTLPriority
Awtfutil.com185.199.109.153900—
Awtfutil.com185.199.110.153900—
MXwtfutil.commx.hover.com.cust.hostedemail.com90010
NSwtfutil.comns1.hover.com900—
NSwtfutil.comns2.hover.com900—

TLS and certificates

TLS / SSL

AssessmentNormal configuration
Supported protocolsTLSv1.2、TLSv1.3
Negotiated protocolTLSv1.3
Certificate subjectwtfutil.com
IssuerLet's Encrypt
Valid until2026-11-28T05:11 · Remaining when checked: 40 days
Verification detailsCertificate trust: Passed · Hostname match: Passed

HTTP response headers

HTTP

HeaderValue
content-typetext/html; charset=utf-8
cache-controlmax-age=600
serverGitHub.com
strict-transport-securitymax-age=31556952
access-control-allow-origin*

Identified technologies

mkdocs-1.3.1, mkdocs-material-8.5.3Fastly

Pages, Search and Sharing

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