Abstract: A method, in a server, implementing a moving target defense against cross-site scripting includes receiving a request for a web page, wherein the server has N versions of the web page each with a mutated version of JavaScript; selecting a web page of the N versions; and sending an indication of the mutated version of JavaScript associated with the web page in response to the request. Another method, in a client device, using a moving target defense against cross-site scripting includes requesting a web page; receiving an indication of a mutated version of JavaScript for the web page; and adjusting a JavaScript interpreter based on the mutated version of JavaScript for the web page.

Abstract: A method, in a server, implementing a moving target defense against cross-site scripting includes receiving a request for a web page, wherein the server has N versions of the web page each with a mutated version of JavaScript; selecting a web page of the N versions; and sending an indication of the mutated version of JavaScript associated with the web page in response to the request. Another method, in a client device, using a moving target defense against cross-site scripting includes requesting a web page; receiving an indication of a mutated version of JavaScript for the web page; and adjusting a JavaScript interpreter based on the mutated version of JavaScript for the web page.

Abstract: A method, in a server, implementing a moving target defense against cross-site scripting includes receiving a request for a web page, wherein the server has N versions of the web page each with a mutated version of JavaScript; selecting a web page of the N versions; and sending an indication of the mutated version of JavaScript associated with the web page in response to the request. Another method, in a client device, using a moving target defense against cross-site scripting includes requesting a web page; receiving an indication of a mutated version of JavaScript for the web page; and adjusting a JavaScript interpreter based on the mutated version of JavaScript for the web page.

Abstract: A method, in a server, implementing a moving target defense against cross-site scripting includes receiving a request for a web page, wherein the server has N versions of the web page each with a mutated version of JavaScript; selecting a web page of the N versions; and sending an indication of the mutated version of JavaScript associated with the web page in response to the request. Another method, in a client device, using a moving target defense against cross-site scripting includes requesting a web page; receiving an indication of a mutated version of JavaScript for the web page; and adjusting a JavaScript interpreter based on the mutated version of JavaScript for the web page.

Abstract: A system for simulating interdependencies between multiple critical physical infrastructure models, including a first infrastructure data model that models a first critical physical infrastructure, a second infrastructure data model that models a second critical physical infrastructure, wherein the second critical physical infrastructure is a different critical physical infrastructure from the first critical physical infrastructure, a simulation engine including a visualization application and adapted to automatically produce a change in the second infrastructure data model in response to a change in the first infrastructure data model, and a user interface permitting a user to interact with the simulation engine.

Abstract: A system for simulating interdependencies between multiple critical physical infrastructure models, including a first infrastructure data model that models a first critical physical infrastructure, a second infrastructure data model that models a second critical physical infrastructure, wherein the second critical physical infrastructure is a different critical physical infrastructure from the first critical physical infrastructure, a simulation engine including a visualization application and adapted to automatically produce a change in the second infrastructure data model in response to a change in the first infrastructure data model, and a user interface permitting a user to interact with the simulation engine.

Abstract: A system for simulating interdependencies between a plurality of infrastructure models includes a first infrastructure data model that models a first infrastructure, a second infrastructure data model that models a second infrastructure, a simulation engine including a society of software agents and adapted to automatically produce, in response to a first change in the infrastructure data model, a second change in the infrastructure data model, and a user interface permitting a user to interact with the simulation engine. The system is adapted to simulate interdependencies between different critical infrastructure models as well as interdependencies between an infrastructure of one infrastructure category and an infrastructure of a different infrastructure category. Infrastructure categories include behavioral infrastructures, relational infrastructures, and physical infrastructures.

Abstract: A system for simulating interdependencies between a plurality of infrastructure models includes a first infrastructure data model that models a first infrastructure, a second infrastructure data model that models a second infrastructure, a simulation engine including a society of software agents and adapted to automatically produce, in response to a first change in the infrastructure data model, a second change in the infrastructure data model, and a user interface permitting a user to interact with the simulation engine. The system is adapted to simulate interdependencies between different critical infrastructure models as well as interdependencies between an infrastructure of one infrastructure category and an infrastructure of a different infrastructure category. Infrastructure categories include behavioral infrastructures, relational infrastructures, and physical infrastructures.