An approach for providing a framework to maintain continuous access to web content bookmarked in a browser, the framework comprising web content storage, change detection and change notification. Embodiments of the present invention create and store a snapshot of bookmarked web content with a version number in a repository and the snapshot is replaced by a new snapshot whenever bookmarked web content is updated, while access to previously versioned snapshots is maintained. Change detection comprises automatically subscribing to content update notification services provided by a web content provider and receiving updates, comparing the content of a most recent snapshot with the web content available from the content provider and detecting a change to the bookmarked URL. Keywords from a snapshot can be used to relocate web content at a new URL and a web browser user is notified whenever a change to bookmarked web content is detected.

Maintaining continuous access to web content

Embodiments for verifying trustworthiness of redirection targets in a tiered delivery computing network by at least a portion of a processor. A degree of trustworthiness for a uniform resource locator (URL) is determined by validating at least one attribute of the URL to establish a reputation score of the URL. The URL is classified, using the reputation score, into one of a plurality of classifications to indicate the degree of trustworthiness.

Verifying trustworthiness of redirection targets in a tiered web delivery network

An example operation may include one or more of identifying a page of a website for phishing testing, attempting each of a Hypertext Transfer Protocol (HTTP) GET request and a HTTP Secure (HTTPS) GET request via the identified page of the website, attempting each of a HTTP POST request and a HTTPS POST request via the identified page of the website, determining if the website is a phishing website based on server responses to the attempted HTTP and HTTPS GET requests and the attempted HTTP and HTTPS POST requests received from the website, and in response to determining the website is a phishing website, outputting an indication of the determination for display on a display device.

Phishing detection through secure testing implementation

The invention relates to a Java virtual machine memory monitoring method, computer equipment and a storage medium. The method comprises the steps of intercepting an HTTP request; recording the requestoccurrence time of the HTTP request; obtaining a request uniform resource identifier (request URI) and/or a context path (contextPath) of the HTTP request; obtaining a first heap memory size accumulatively allocated to the thread corresponding to the HTTP request by the Java virtual machine; after executing the service code corresponding to the HTTP request, obtaining a second heap memory size accumulatively allocated to the thread corresponding to the HTTP request by the Java virtual machine; determining that the size of a third heap memory allocated by executing the service code applicationby the request URI and/or the contextPath is the difference between the size of the second heap memory and the size of the first heap memory; and recording the corresponding relationship between therequest URI and/or the contextPath and the request occurrence time as well as the size of the third heap memory. According to the Java virtual machine memory monitoring method and the Java virtual machine memory monitoring device, the Java virtual machine memory is monitored according to the request URI and/or the contextPath.

Java virtual machine memory monitoring method, computer equipment and storage medium

A technique to reassign one or more stored elements of web application client state information is provided in an HTTP-based client upon receipt of an HTTP redirect in response to a request-URI. One or more stored elements associated to the request-URI are saved in or in association with the client. Upon receipt of an HTTP 301 (permanent) redirect, the client automatically reassigns (re-associates) the one or more stored elements to the redirect domain when the redirect can be verified as authentic (e.g., to originate from the application to which the client is attempting to connect).

Izabela Pogorzelska-Pieczul

Papers

Secure transfer of web application client persistent state information into a new domain