Abstract: Links may be added to a document in such a way that the links are displayed in response to a user behavior. In one example, a document has both explicit and non-explicit links. Explicit links may be highlighted by a browser at the time the page is rendered, while non-explicit links may be highlighted in response to a user's behavior, such as hovering over a linked word or phrase for some number of seconds. In one example, the non-explicit links may be included in the document through a script. The script may detect the user behavior that causes the non-explicit links to be activated, and may also identify the specific Uniform Resource Locators (URLs) to which the non-explicit links point. The addition of non-explicit links may help a user do further research on topics that arise in a document.

Abstract: Computer and internet applications are commonly hosted by a large number of servers, such as a data warehouse. One concern when hosting applications is execution reliability of the applications. Unfortunately, it may be the applications themselves that provide the point of failure (e.g., an executing service creates a memory leak that causes a server to fail). Because servers are often replicated, a failure of a single executing service may become a single point of failure for every server. Accordingly, one or more systems and techniques for balancing server loads are disclosed herein. A load balancer may be configured to delegate the execution of a service amongst a plurality of servers such that no server executes all services and no service executes on all servers. The distribution of service execution amongst the plurality of servers provides service execution diversity across servers that otherwise may be configured identically with services.

Abstract: Systems and methods to deliver malformed data for software application fuzzing are described. In one aspect, a fuzzing engine receives well-formed valid input data from a test automation tool. The received data is for input into a software application to implement a functional test. Responsive to receiving the well-formed valid input data, the fuzzing engine automatically generates corresponding malformed data based on characteristics of the well-formed valid input data. The application is then automatically fuzzed with the malformed data to notify an end-user of any security vulnerabilities in one or more code paths of the application used to process the malformed data.