Practical Security Guides For Your Team

Your application uses an old version of Moment.js, a popular JavaScript tool for handling dates and times. This version has a known flaw where a specially crafted date string can cause the server to get stuck processing it, making your app slow or unresponsive for other users. Think of it like a trick question that causes a calculator to spin forever — it doesn't break the calculator, but it stops it from doing anything else.

Your website uses an outdated version of Bootstrap — a popular design toolkit — that has a known security flaw. A malicious actor who can influence tooltip or popover content on your site could use this flaw to run unwanted code in a visitor's browser. The fix is a straightforward library upgrade.

Your website uses an old version of Bootstrap (a popular design toolkit) that has a known security flaw. A specific button feature in this version doesn't properly filter out malicious code, meaning that if any user-supplied text ever reaches those buttons, it could run unwanted scripts in your visitors' browsers. Bootstrap 3 is also no longer maintained, so no official fix will be released for this version.

Your website uses an outdated version of Bootstrap (a popular design toolkit) that contains a known security flaw. An attacker who can influence the content on your pages could use this flaw to run malicious code in your visitors' browsers. The fix is straightforward: update Bootstrap to a newer version.

Your website uses an old version of Bootstrap (a popular design toolkit), which has a known weakness that could allow a malicious script to run in a visitor's browser under specific conditions. This requires an attacker to already be able to influence how your site's Bootstrap components are configured — it's not a direct, open door, but it is a gap worth closing. Upgrading Bootstrap to the patched version resolves it completely.

Your website is using an old version of Bootstrap (a popular design toolkit), which has a known security flaw in its tooltip feature. An attacker who can influence the content of a tooltip on your page could use it to run malicious code in your visitors' browsers. Upgrading Bootstrap to a patched version fully resolves this.

Your website is using an old version of Bootstrap (a popular design toolkit), which contains a known security flaw. The flaw could allow someone to inject malicious code into a tooltip element on your site — but only if they can also control the content of that tooltip. This is a medium-priority issue: worth fixing on your next development cycle, but not an emergency.

Your website uses an outdated version of jQuery (3.3.1), a common tool that helps web pages work smoothly. This version has a known flaw that could allow an attacker to sneak malicious code into your pages if your site processes any content from outside sources — like user-submitted text or third-party data. The fix is straightforward: update jQuery to the latest version.

Your website is using an old version of a very common JavaScript tool called jQuery (version 3.3.1). This version has a known flaw that can allow an attacker to sneak malicious code onto your web pages, which then runs in your visitors' browsers. The fix is straightforward: update jQuery to a newer version.

Your website uses an outdated version of a popular JavaScript table library called DataTables (version 1.10.19). This version has a known flaw that, under specific conditions, could allow malicious content to run in a visitor's browser. The fix is a straightforward library upgrade — no redesign or major work required.

Your website uses an outdated version of DataTables — a popular tool for displaying sortable, searchable tables. The version in use has a known security flaw that could allow a malicious actor to interfere with how your web pages behave. Upgrading to the latest version closes this gap.

Your website uses an outdated version of DataTables — a popular JavaScript library for displaying sortable, searchable tables. The version in use has a known flaw that could allow an attacker to tamper with how the page behaves by injecting unexpected values into the library's internal logic. Think of it like a faulty lock that a previous repair didn't fully fix — a second patch is needed to close the gap.