![]() On a multimillion-dollar company's website ![]() These examples may cause you to chuckle, but broken-link hijacking is widespreadĪnd can have more dramatic consequences on organizations.Ī couple of months ago, I noticed that the Facebook social link You may think this hijacked tweet is an isolated example, but it's not.Ī few years later, a hacker then known as multiple tweets by celebrities, such as Shakira and Katy Perry. The most likely explanation for its longevity is that nobody on ![]() Nonetheless, the tweet has endured ever since. Would be led to believe that Trump himself willingly tweeted a video Which then caused the link in Trump's tweet to break.Īfter noticing that the domain was available for purchase,īelgian ethical hacker Inti de Ceukelaire bought the domainĪnd playfully redirected it to a Youtube video lampooning Trump.įrom then on, any unsuspecting person viewing He also shared the URL of the congress's website ( in his tweet.Īt some later stage, the congress organizers let the domain lapse, He would attend the 2012 National Achievers Congress In April 2011, Donald Trump posted a tweet in which he announced What could a broken-link hijacker do, in practice? Here is a funny example. Take control of what lies at the end of that link. (if not malicious) actor notices a dead link in your content and manages to Websites restructure their content, companies rebrand or are acquired,īroken-link hijacking is an attack whereby a facetious However, can you guarantee that the resource will remain accessible and unalteredįorever? Not if the resource is outside of your control.Īfter all, the Web is in a constant state of flux,Īnd link rot is real because, for example, Hey! We believe that the resource accessible at the end of this link couldĪnd we vouch for the trustworthiness of the site that hosts it. You're implicitly establishing some kind of contract with them. You probably share useful resources in your blog posts, on your social networks,īy linking to some third-party website and inviting your readers, though, In this post, I want to cover three vulnerabilities involving links:īroken-link hijacking, open redirects, and reverse tabnabbing. Stop very often to wonder about the risks associated with them. Links! They're the very fabric of the Web.īrowsing simply wouldn't be possible without them.Ĭreating and following links feels so natural that you probably don't Ruby (168) Honeybadger (76) Rails (49) JavaScript (33) PHP (22) Python (14) Briefing (13) Laravel (13) DevOps (9) Go (9) Elixir (8) Briefing 2021 Q3 (7) FounderQuest (6) Briefing 2021 Q2 (6) Node (6) Aws (6) Conferences (5) Django (5) Security (4) Developer Tools (4) Testing (4) Heroku (3) Debugging (3) Docker (3) Events (2) Jekyll (2) Startup Advice (2) Guest Post (2) Sidekiq (2) Serverless (2) Git (2) Front End (2) Rspec (2) Elastic Beanstalk (2) Oauth (2) Case Studies (1) Performance (1) Allocation Stats (1) Integrations (1) Bitbucket (1) Mobile (1) Gophercon (1) Clients (1) Vue (1) Lambda (1) Turbolinks (1) Redis (1) CircleCI (1) GitHub (1) Crystal (1) Stripe (1) Saas (1) Graphql (1) Elasticsearch (1) React (1) Import Maps (1) Build Systems (1) Minitest (1) Guzzle (1) Logging (1) Tdd (1) I18n (1) Github Actions (1) Sql (1) Postgresql (1) Xdebug (1) Zend Debugger (1) Phpdbg (1) Pdf (1) Multithreading (1) Concurrency (1) Web Workers (1) Fargate (1) Websockets (1) Markdown (1) Active Record (1) Django Q (1) Celery (1)
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