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linkding.link

A self-hosted bookmarking service that is designed to be minimal, fast and easy to set up.

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2019
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What is linkding?

linkding is a self-hosted bookmark manager built to be minimal, fast and easy to set up. It runs as a single Docker container with SQLite as its database, which keeps maintenance low: migrations are automated and the project describes zero breaking changes. It is aimed at people who want their own bookmark collection rather than a hosted service, and who value a focused, readable interface over a feature-heavy one.

What it does

  • Bookmark capture with metadata: it fetches titles, descriptions, icons and preview images from bookmarked sites automatically.
  • Archiving: it can save snapshots of bookmarked pages, either as local HTML files or via the Internet Archive.
  • Organization and bulk work: metadata and settings aside, you can apply operations to a selection of bookmarks or the entire collection at once.
  • Import and export: bookmarks move in and out in the Netscape HTML format, the common bookmark-file standard.
  • Multi-user access: several users can be supported, with the option to share bookmarks with other users or guests.
  • Browser and script access: Firefox and Chrome extensions let you add and search bookmarks from the browser, and a REST API supports scripts or third-party apps.

Who it suits

A practical case is someone with a few thousand saved links who wants fast search, clean reading, and control over the data. The single-container, SQLite setup means a small home server or VPS is enough, and the import/export path makes it easy to try without committing. The trade-off is that you host and back up the instance yourself, and the deliberately minimal interface may feel thin if you want annotation, collaboration or reading-list workflows built in. For a broader look at self-hosted options, GitHub hosts linkding's source and demo links, and Internet Archive is the service behind its optional snapshot archiving.

As a next step, check whether your existing bookmarks export cleanly to Netscape HTML, then run the demo or a test container and import that file to judge search speed and metadata quality on your own collection before migrating fully.

How do I install and run linkding with Docker?

Run linkding as a single Docker container with a persistent volume for its SQLite database, then open the web UI to create your admin account. The page describes it as “a single Docker container, using SQLite as database,” with automated migrations—so upgrades are mostly a matter of pulling a new image and restarting.

Typical install shape

services:
  linkding:
    image: sissbruecker/linkding:latest
    ports:
      - "9090:9090"
    volumes:
      - ./data:/etc/linkding/data
    restart: unless-stopped

Start it with docker compose up -d, then visit http://localhost:9090 (or your server's address on port 9090). Confirm the exact image name, port, and volume path against the project's own documentation before deploying, since those are the details most likely to change.

Practical decisions

  • Where data lives: Keep the volume on storage you back up. The database, and any locally archived snapshots, live there.
  • Reverse proxy and HTTPS: If you'll reach it from outside your home network, put it behind a proxy with TLS and don't expose the raw port publicly. Multi-user support and guest sharing make this more relevant than for a single-person setup.
  • Archiving: The page notes snapshots can be saved as local HTML files or to the Internet Archive. Local archiving grows your volume over time; the Internet Archive option shifts storage elsewhere but depends on an external service.
  • Upgrades: Because migrations are automated, a routine pull-and-restart is usually enough—but take a volume backup first, as you would with any SQLite-backed service.

Who this suits

Someone comfortable running a container who wants a focused bookmark manager rather than a full "read-it-later" platform. The feature set is deliberately narrow: metadata fetching, bulk editing, Netscape HTML import/export, browser extensions for Firefox and Chrome, and a REST API for scripts. If you need rich annotation or team collaboration features, that's a different class of tool.

For a concrete next step, compare the setup effort against a hosted alternative if you'd rather not maintain a server—for example linkding for the project itself, or a managed bookmark service. If you already run Docker for other services, adding linkding is a small increment; if this would be your first container, start with the compose file above on a machine you can back up.

How does linkding compare to other self-hosted bookmark managers?

linkding is a deliberately minimal, self-hosted bookmark manager that runs as a single Docker container on SQLite, so it suits people who want a fast personal bookmark tool with little server upkeep rather than a full content-archiving platform. Its main differentiators are simplicity and low maintenance: automated migrations, no breaking changes, and features you can toggle on or off.

Where it fits among self-hosted options

Need linkding's approach Typical alternative
Quick capture and retrieval Focused, readable UI; Firefox and Chrome extensions for adding and searching from the browser Heavier apps with dashboards, tags plus folders, and richer views
Keeping page copies Snapshots as local HTML files or via the Internet Archive Dedicated read-later or archiving tools with full-text search over saved pages
Sharing with others Multi-user support with bookmark sharing to users or guests Some single-user tools; others have more granular team permissions
Scripting and integrations REST API for scripts and third-party apps Varies; API coverage and plugin ecosystems differ widely
Setup and upkeep One Docker container, SQLite, automated migrations Often Postgres plus multiple services, more configuration
Moving data in and out Netscape HTML import/export Many tools support this format, so migration is usually straightforward

The metadata fetching (titles, descriptions, icons, preview images) and bulk editing over selections or the whole collection make it practical for cleaning up a large existing bookmark collection after an import.

Choosing between them

Pick linkding if your priority is a small, dependable instance you can run on modest hardware and rarely touch, and you mainly need fast bookmarking with tags, sharing and an API. Look elsewhere if you need full-text search inside archived pages, collaborative editing with fine-grained roles, or a polished reading experience for saved articles.

A concrete test: import your current bookmarks via Netscape HTML into a trial container, enable archiving, and see whether retrieval and the local snapshot format meet your needs before committing. If you want to compare the project directly, start at linkding and its linked demo and GitHub pages.

Can I import my existing browser bookmarks into linkding?

Yes. linkding imports bookmarks in the Netscape HTML format, which is the standard bookmark export format used by most browsers, so you can move an existing collection in rather than rebuilding it by hand.

How to do it

  1. In your browser, open the bookmark manager and choose "Export bookmarks" — Chrome, Firefox and Edge all produce an HTML file in Netscape format.
  2. In linkding, use the import option and select that file.
  3. Review the result: imported entries bring their URLs and titles, but expect to tidy tags and folders afterward, since browser folder structures don't map cleanly onto linkding's tagging.

What to expect

The same format works in reverse — linkding exports in Netscape HTML, so you can move bookmarks back out or into another tool later. Once imported, linkding's metadata feature fetches titles, descriptions, icons and preview images automatically, which fills in gaps that browser exports often leave blank.

Practical notes

  • Duplicates: if you import the same file twice, check for repeated entries rather than assuming linkding deduplicates for you. Cleaning up first in the browser is easier.
  • Large collections: importing a few thousand bookmarks is fine, but bulk editing is the tool to lean on afterward — it applies operations to a selection or the whole collection, useful for adding or removing tags en masse.
  • Whose setup this suits: someone running their own instance via Docker who wants a fast, distraction-free archive they control. The trade-off is that you handle hosting and backups yourself; the payoff is no third-party service holding your bookmarks.

For setup details and the exact import steps for your version, see linkding.

How does linkding handle multiple users and bookmark sharing?

linkding supports multiple user accounts on a single instance. Each person gets their own bookmarks, and the sharing feature lets users make bookmarks visible to other users or to guests, so a household, team, or small group can run one instance without everyone mixing their private collections. Because it runs as a single Docker container with SQLite, you set up accounts within your own deployment rather than through a hosted service.

How sharing fits real use

  • Household or small team: one person runs the instance; others get accounts and share only the links meant for the group (references, internal docs, reading lists), keeping personal bookmarks private.
  • Guest access: shared bookmarks can be exposed to guests, which suits a public or semi-public link list without giving full accounts.
  • Shared collections: because sharing is per bookmark, curating a group reading list is a matter of sharing those items rather than maintaining a separate account.

Trade-offs to weigh

  • Shared SQLite instance: simple to run, but all users depend on the same container and database; there is no per-user isolation at the infrastructure level.
  • Sharing granularity: sharing is at the bookmark level, so large, fast-changing group libraries may call for consistent tagging conventions among users.
  • Self-hosting duty: you handle backups, updates, and access, though automated migrations and a low-maintenance setup reduce that burden.

Next step

Decide who needs full accounts versus guest visibility, then agree on a shared tagging scheme (for example a team tag) so shared bookmarks stay easy to find. If you want to compare approaches, wallabag and Raindrop.io handle multi-user and sharing differently and are worth a look before committing.

What can I do with the linkding REST API?

The linkding REST API lets you work with your bookmarks programmatically rather than through the web interface. Since linkding is a self-hosted bookmark manager, the API is aimed at people running their own instance who want to script, automate or integrate bookmark handling.

Practical uses

  • Automating bookmark creation. You can add bookmarks from scripts, command-line tools or other apps, which is useful for capturing links from a workflow without opening a browser.
  • Building your own tools. Because the API is intended for scripts and third-party apps, you can build a custom front end, a mobile client or a dashboard that reads and writes your bookmark collection.
  • Bulk operations. linkding already supports bulk editing in its interface; an API lets you script similar large-scale changes, such as tagging or reorganizing many bookmarks at once.
  • Integration with other services. You could wire bookmark creation into a read-later pipeline, a note-taking tool or an RSS-style workflow, so links you collect elsewhere land in linkding.

Who benefits most

The API is most valuable to individuals or small teams who already self-host linkding and are comfortable writing small scripts. If you only add bookmarks occasionally through the browser extension, the API adds little. If you want linkding to be one component in a larger personal system, it becomes genuinely useful.

A concrete next step

Decide what you want to automate first—for example, "save every link I post in a chat channel" or "export my bookmarks to another tool on a schedule." Then check the API documentation on the project's GitHub repository to confirm which endpoints cover that operation before writing code. The official project pages are linkding and its GitHub repository, which the site links to for setup and API details.

Related questions

More questions →
Does linkding support multiple users and sharing bookmarks?

Yes. linkding supports multiple users and lets users share bookmarks with other users or guests. The site lists "Multi-User" as a core feature, with "the ability to share bookmarks with other users or guests." This makes linkding a reasonable fit for a small team, household, or group that wants one self-hosted bookmark manager instead of separate personal instances. The rest of this article covers what that support means in practice, how sharing fits with the other features, and when a different setup may be better.

What multi-user support covers

Based on the feature list, linkding is built for more than one account on a single instance:

  • Multiple accounts on one instance. You run linkding once (a single Docker container with SQLite) and create accounts for the people who need it.
  • Sharing with users or guests. Bookmarks can be shared with other registered users or with guests, so people outside the main accounts can still see selected bookmarks.
  • Per-user experience. Because features can be enabled or disabled and the UI is adjustable through settings, each user's view can be tuned to what they actually use.

The site does not publish details on roles, permissions, or exactly how guest access is scoped. Treat "guest" as a sharing option to verify in your own instance rather than a documented permission model.

How sharing fits with the rest of linkding

Sharing is more useful when the surrounding features support group workflows. The site lists these relevant capabilities:

Feature Why it matters for shared use
Metadata fetching Shared links arrive with titles, descriptions, icons, and preview images, so others can judge a bookmark without opening it
Archiving Snapshots (local HTML or Internet Archive) preserve what a shared page looked like
Bulk editing Apply an operation to a selection or the whole collection, useful when curating a shared set
Import / Export Netscape HTML format makes it easy to move bookmarks in or out
Browser extension Firefox and Chrome extensions let users add and search bookmarks without leaving the browser
REST API Scripts or third-party apps can work with bookmarks programmatically
Low maintenance One Docker container, SQLite, automated migrations, zero breaking changes

The low-maintenance design is the main argument for one shared instance over several personal ones: you maintain a single container and database rather than one per person.

Settings and customization to check first

Before committing a group to linkding, confirm these in your instance:

  1. Account creation. Decide who gets a full user account and who only needs guest access to shared bookmarks.
  2. Feature toggles. Since features can be enabled or disabled, agree on which ones (archiving, for example) the group will actually use.
  3. UI settings. Adjust the interface so the shared instance stays readable for everyone; the site emphasizes a focused, distraction-free design.
  4. Sharing scope. Test how a shared bookmark appears to another user and to a guest, and confirm it matches what you expect to expose.

When linkding fits — and when it may not

Choose linkding for multi-user sharing if you want a minimal, fast, self-hosted bookmark manager, are comfortable running a single Docker container, and need sharing at the level of users and guests rather than complex organizational permissions.

Look elsewhere if you need documented role-based access control, per-collection permissions, or enterprise-style administration. The site describes sharing in broad terms and does not detail granular permission rules, so a setup that depends on strict access boundaries should be validated against your own requirements first.

How to Set Up and Run linkding

linkding is a self-hosted bookmark manager that runs as a single Docker container with SQLite as its database. To get it running, you need a machine with Docker installed, a persistent volume for the database, and a port exposed for the web UI. The official "Get started" and demo links on linkding.link are the right places to confirm current image and command details before you deploy.

What you need before starting

  • A server or local machine with Docker installed (the project describes itself as a single Docker container, so Docker is the expected runtime).
  • A directory on the host to persist data. Because linkding uses SQLite, the database file must live on a volume that survives container restarts.
  • A free port for the web interface.
  • Optional: a reverse proxy if you want HTTPS or a domain name.

Deployment steps

1. Pull and run the container

The general pattern for a single-container app with SQLite is to mount a host directory for data and map the web port. Use the exact image name and port from the official getting-started page, since those are the details most likely to change between releases.

Expected result: the container starts, creates its SQLite database in the mounted directory, and serves the web UI on the mapped port.

2. Create your admin account

Open the web UI in a browser and complete the initial setup to create the first user. linkding supports multiple users, so additional accounts can be added later and bookmarks can be shared with other users or guests.

3. Verify the install

  • Log in and add a test bookmark.
  • Confirm that linkding automatically fetches the title, description, icon, and preview image of the bookmarked site (metadata fetching is a built-in feature).
  • Restart the container and confirm the bookmark is still there — this verifies your volume mount is correct.

4. Add the browser extension (optional)

Extensions for Firefox and Chrome let you add and search bookmarks from within the browser. Install the extension and point it at your instance URL.

What you get after setup

Feature What it means in practice
Minimal, focused UI Optimized for readability so you can add and find bookmarks quickly
Customizable features Features can be enabled or disabled, and the UI is adjustable through settings
Metadata fetching Titles, descriptions, icons, and preview images are fetched automatically
Archiving Snapshots of bookmarked sites as local HTML files or on the Internet Archive
Bulk editing Apply operations to a selection of bookmarks or the whole collection
Import / Export Netscape HTML format for moving bookmarks in and out
Multi-user Multiple users with bookmark sharing to other users or guests
REST API Build scripts or third-party apps against your instance
Low maintenance Single Docker container, SQLite database, automated migrations, and the project states zero breaking changes

Common sticking points

  • Data loss after restart: almost always a missing or misconfigured volume mount. The SQLite file must be on persistent storage.
  • Metadata or archiving not working: these features make outbound requests, so check that the container has network access. Archiving to the Internet Archive also depends on that external service.
  • Choosing between local HTML and Internet Archive snapshots: local HTML keeps snapshots on your own server; Internet Archive offloads storage but depends on a third party. Pick based on how much you value self-containment versus disk space.
  • Upgrades: automated migrations are a stated feature, but back up the SQLite file before major version changes anyway.

Where to go next

Start from the "Get started" link on linkding.link for the current run command, and try the demo to evaluate the UI before committing to a deployment. If you only need to understand what the tool is for, see the companion question on what linkding is and what it is used for.

What Features Does linkding Offer for Managing Bookmarks?

linkding is a self-hosted bookmark manager built around a minimal, fast interface. It covers the core bookmarking workflow — saving, organizing, finding, and preserving links — and adds multi-user sharing plus browser extensions for Firefox and Chrome. It is a good fit if you want to run your own bookmark service with low maintenance (a single Docker container with SQLite) and don't need a hosted SaaS product.

Core bookmark management

The interface is deliberately focused: it's optimized for readability so you can add and find bookmarks quickly without distractions. Features can be enabled or disabled as needed, and the UI is adjustable through a number of settings — so you can trim the app down to what you actually use.

Automatic metadata

When you bookmark a site, linkding automatically fetches its title, description, icon, and preview image. This means saved links are identifiable at a glance rather than appearing as bare URLs, and it removes the manual step of typing in titles and descriptions.

Archiving

linkding can automatically create snapshots of bookmarked websites, either as a local HTML file or on the Internet Archive. This matters when a page changes or disappears: the bookmark still points to a preserved copy. Choose local HTML if you want the snapshot stored on your own server; choose Internet Archive if you'd rather not store the files yourself.

Bulk editing

Any operation can be applied to a selection of bookmarks or to the whole collection at once. This is useful for retagging, cleaning up, or reorganizing after an import.

Import and export

Bookmarks can be imported and exported in the Netscape HTML format — the standard bookmark file format produced by browsers. That gives you a straightforward migration path in (from an existing browser or another bookmark tool) and a portable backup out.

Sharing and access

Multi-user support

linkding supports multiple users, with the ability to share bookmarks with other users or guests. This makes it usable as a small shared bookmark service rather than strictly a personal one.

Browser extensions

Extensions for Firefox and Chrome let you add and search bookmarks from within the browser, so you don't have to switch to the web interface for everyday saving and lookup.

REST API

A REST API is available for developing scripts or third-party apps, which is the hook for automation or integrating linkding with other tools.

Maintenance and operations

linkding is designed for low maintenance: it runs as a single Docker container using SQLite as its database, with automated migrations and zero breaking changes. In practice, that means upgrades don't require manual database work, and there's no separate database service to run.

Quick reference

Feature What it does When it matters to you
Automatic metadata Fetches titles, descriptions, icons, preview images You want scannable bookmarks without manual entry
Archiving Local HTML snapshots or Internet Archive Pages may change or vanish
Bulk editing Apply operations to a selection or all bookmarks Cleaning up or reorganizing large collections
Import / export Netscape HTML format Migrating in from a browser, or backing up out
Multi-user Multiple users; share with users or guests Shared or family/small-team use
Browser extension Firefox and Chrome add/search You save links while browsing
REST API Scripts and third-party apps Automation and integrations
Low maintenance Single Docker container, SQLite, automated migrations You want to self-host without ongoing admin work

If your workflow depends on a browser other than Firefox or Chrome, or on a hosted service with no server of your own, linkding's documented feature set doesn't cover that — the extension and self-hosting model are central to how it's designed.

What Is linkding and What Is It Used For?

linkding is a self-hosted bookmark manager you run on your own server. It is designed to be minimal, fast, and easy to set up, and it is used to save, organize, and find bookmarks without relying on a third-party bookmarking service. It fits people who want their bookmarks on infrastructure they control and who are comfortable running a Docker container.

What linkding does

At its core, linkding stores bookmarks and makes them quick to add and find. The interface is optimized for readability so you can add and locate bookmarks without distractions. Features can be enabled or disabled as needed, and the UI is adjustable through a number of settings.

Beyond basic saving, linkding handles the details that make a bookmark collection useful:

  • Metadata — automatically fetches titles, descriptions, icons, and preview images of bookmarked websites.
  • Archiving — automatically creates snapshots of bookmarked websites, either as a local HTML file or on the Internet Archive.
  • Bulk editing — applies any operation to a selection of bookmarks or the whole collection.
  • Import / Export — moves bookmarks in and out using the Netscape HTML format.
  • Multi-user — supports multiple users, with the ability to share bookmarks with other users or guests.
  • Browser extension — Firefox and Chrome extensions let you add and search bookmarks from within the browser.
  • REST API — for developing scripts or third-party apps.

How it is set up and maintained

linkding runs as a single Docker container using SQLite as its database. Maintenance is described as low: migrations are automated and there are zero breaking changes. In practice, that means you deploy one container, and upgrades do not require manual database surgery or reworking your setup.

Who it suits

linkding is a good fit if you want a private, fast bookmark manager and are willing to host it yourself. The single-container design and SQLite backend keep the operational burden low, while the browser extension and REST API cover everyday capture and automation. If you need a hosted service with no server of your own, linkding is not that — it is self-hosted by design.

To get started, the project points to its GitHub repository and a demo, which are the practical places to confirm current behavior before deploying.

Can linkding Be Extended or Automated with an API?

Yes. linkding exposes a REST API for building scripts or third-party apps, and it offers browser extensions for Firefox and Chrome that let you add and search bookmarks from within the browser. Both capabilities sit alongside a deliberately minimal, self-hosted design: a single Docker container using SQLite, with automated migrations and the stated aim of zero breaking changes.

What the API and extensions let you do

The REST API is the main path for automation. It is intended for developing scripts or third-party apps, so it fits tasks such as bulk-creating bookmarks from another system, querying your collection from a custom dashboard, or wiring linkding into an existing workflow. The site does not publish endpoint-level documentation on the page, so treat the API as an integration surface and consult the project's own developer documentation for request formats and authentication details before writing code.

The browser extensions cover the everyday case: adding a bookmark while you are on a page, and searching your saved bookmarks without leaving the browser. They are available for Firefox and Chrome.

Features you can turn on or off

linkding is described as customizable, with features that can be enabled or disabled as needed and a UI adjustable through a number of settings. That matters for automation because you can keep the interface lean while still using the parts you rely on. Relevant capabilities include:

  • Metadata fetching — automatically retrieves titles, descriptions, icons, and preview images of bookmarked sites.
  • Archiving — automatically creates snapshots of bookmarked websites, either as a local HTML file or on the Internet Archive.
  • Bulk editing — applies an operation to a selection of bookmarks or the whole collection.
  • Import / export — moves bookmarks in and out using the Netscape HTML format.
  • Multi-user support — multiple users, with the ability to share bookmarks with other users or guests.

A practical automation pattern

A common setup combines these pieces rather than relying on the API alone. For example, suppose you want a weekly digest of links saved from a work machine:

  1. Use the browser extension to save pages as you browse, so capture stays fast.
  2. Let metadata fetching fill in titles and descriptions automatically, so records are consistent without manual editing.
  3. Use the REST API from a script to pull the bookmarks you need and format them for your digest.
  4. If you need a local copy of page content, enable archiving so snapshots are created as bookmarks are added.

The expected result is a collection that stays tidy with minimal manual work, while your script handles the reporting layer.

What to check before you commit

  • API specifics are not on the landing page. Confirm authentication, endpoints, and rate behavior in the project's developer documentation before designing a script around it.
  • Archiving has a storage cost. Local HTML snapshots accumulate on the same host as your SQLite database, so decide whether local archiving or Internet Archive snapshots suit your setup.
  • Low maintenance is a design claim, not a guarantee. The single-container, SQLite-based setup with automated migrations is presented as low maintenance with zero breaking changes; verify this against the current release notes for the version you deploy.
  • No pricing information is provided on the page. Do not assume hosting, storage, or any related service is free; check the project's own materials for current terms.

If your goal is lightweight self-hosted bookmarking with scripted access and in-browser capture, linkding's API plus extensions cover that ground. If you need a documented, versioned public API contract before you build, confirm those details in the project's developer docs first.

Website Overview

An advisory match combined with missing browser safeguards may increase exposure if the affected component is active. Deployment-specific verification and remediation deserve priority. Identifiable technologies and additional version or configuration signals make the service easier to fingerprint, which may help targeted scanners narrow their checks.

Domain and Registration

Registered in 2019, this domain has about 6 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 NAMECHEAP, a widely used domain service provider. The domain uses the common .link extension, which is not an independent safety signal.

DNS and Email

Nameservers are provided by NS1, indicating managed DNS hosting. No CNAME was found; the observed records resolve directly to addresses. No MX record was found. A conventional explicit inbound-mail route is not configured. DNSSEC signatures were not detected, so this additional DNS authenticity protection is not confirmed. The lowest observed DNS TTL is 120 seconds.

TLS and Certificates

The public key uses EC with 256 bits. 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. No X-Powered-By header was found, reducing one common source of backend fingerprinting information. No obvious internal addresses or debug information were found in the headers. The Server header contains the custom value Netlify. No explicit CDN or WAF marker was found in the response headers.

Technology Stack Analysis

The public page identifies Astro 7.3.2, Netlify, with exact versions exposed for 1 technologies. These details can narrow vulnerability checks, although exposure alone is not a vulnerability. The advisory source OSV places Astro 7.3.2 in the affected range of GHSA-mpr7-6m5w-76rw. Verify the deployed version and relevant configuration before drawing conclusions about exploitability. Updating affected components should be a priority.

Search and Social Sharing

The Generator tag identifies Astro v7.3.2, making the publishing system easier to fingerprint. No homepage canonical URL was detected. If duplicate URLs exist, consolidation may be less explicit. Open Graph is partially configured; og:image is missing. Twitter Card metadata is configured. The title has 19 characters, within a common display range.

Hosting and Email

DNSNS1
HostingNetlify
EmailUnknown
Approximate IP geolocation (inferred; a CDN or proxy may differ from the origin server) United States flagAshburn, Virginia, United States Inferred 18.208.88.157

Registration details

RDAP / WHOIS

RegistrarNAMECHEAP
Registered2019-12-24
Expires2026-12-24
Domain statusclient transfer prohibited
Nameserversdns1.p03.nsone.net、dns2.p03.nsone.net、dns3.p03.nsone.net、dns4.p03.nsone.net
DNSSECunsigned

DNS records

DNS

TypeNameValueTTLPriority
Alinkding.link18.208.88.157120—
Alinkding.link98.84.224.111120—
NSlinkding.linkdns1.p03.nsone.net3600—
NSlinkding.linkdns2.p03.nsone.net3600—
NSlinkding.linkdns3.p03.nsone.net3600—
NSlinkding.linkdns4.p03.nsone.net3600—

TLS and certificates

TLS / SSL

AssessmentNormal configuration
Supported protocolsTLSv1.2、TLSv1.3
Negotiated protocolTLSv1.3
Certificate subjectlinkding.link
IssuerLet's Encrypt
Valid until2026-12-07T01:09 · Remaining when checked: 40 days
Verification detailsCertificate trust: Passed · Hostname match: Passed

HTTP response headers

HTTP

HeaderValue
content-typetext/html; charset=UTF-8
cache-controlpublic,max-age=0,must-revalidate
serverNetlify
strict-transport-securitymax-age=31536000

Identified technologies

Astro 7.3.2Netlify

Pages, Search and Sharing

Meta descriptionA self-hosted bookmarking service that is designed to be minimal, fast and easy to set up.
Canonical URLNot detected
LanguageEnglish (default)
Twitter Cardsummary_large_image

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