Core, Sdi, Inc.

Core Security Technologies

Help/systems, LLC

Ariel Futoransky

Ariel Waissbein

Carlos Emilio Sarraute Yamada

Ezequiel David Gutesman

Diego Bartolome Tiscornia

Gerardo Gabriel Richarte

Jorge Lucangeli Obes

Luciano Notarfrancesco

Diego Ariel Bendersky

Fernando Federico Russ

Hector Adrian Manrique

Fernando Russ Federico Russ

Jose Ignacio Orlicki

Fernando Carlos Miranda

Axel Elián Brzostowski

Sebastian Pablo Cufre

Javier Ricardo De Acha Campos

Diego Martin Kelyacoubian

Alberto Gustavo Soliño Testa

Pedro Oscar Varangot

Alejandro Javier Frydman

Aureliano Emanuel Calvo

Eduardo Arias

Jose Ignacio Orliki

Axel Elian Brzostowski

Diego Marin Kelyacoubian

Alberto Gustavo Solino Testa

A system for providing automated computer security compromise as a service, contains a web server having a web front end running on the web server. The Web server has stored therein pentest definitions. A command and control component processes the pentest definitions, builds pentest task tickets and reporting task tickets, and monitors at least one penetration tester component and/or at least one report generator component. The command and control component interacts with a cloud computing environment to scale up or down the number of penetration tester components and the number of report generator components, and assigns task tickets to the penetration tester and report generator components. At least one penetration tester component runs penetration testing modules available inside the penetration testing framework as instructed by the pentest task tickets. At least one reporter generator component generates reports based on the reporting tasks tickets generated by the command and control service.

System and method for providing automated computer security compromise as a service

A system and method for automated probabilistic planning of network attacks against infrastructures of computer networks and applications is provided. The embodiments automate the analysis and probabilistic planning of multi-step attacks to computer and application networks (in particular in the context of automating penetration tests), optimizing with respect to one of the following metrics: the probability of success of the actions, a numerical parameter that must be minimized (e.g., running time), or the number of logs generated by the control devices in the target network.

System and method for probabilistic attack planning

A system and method provide application penetration testing. The system contains logic configured to find at least one vulnerability in the application so as to gain access to data associated with the application, logic configured to confirm the vulnerability and determine if the application can be compromised, and logic configured to compromise and analyze the application by extracting or manipulating data from a database associated with the application. In addition, the method provides for penetration testing of a target by: receiving at least one confirmed vulnerability of the target; receiving a method for compromising the confirmed vulnerability of the target; installing a network agent on the target in accordance with the method, wherein the network agent allows a penetration tester to execute arbitrary operating system commands on the target; and executing the arbitrary operating system commands on the target to analyze risk to which the target may be exposed.

System and method for providing application penetration testing

The present invention provides a system and method for providing computer network attack simulation. The method includes the steps of: receiving a network configuration and setup description; simulating the network configuration based on the received network configuration; receiving at least one confirmed vulnerability of at least one computer, machine, or network device in the simulated network; receiving a method for compromising the confirmed vulnerability of the at least one computer, machine, or network device; and virtually installing a network agent on the at least one computer, machine, or network device, wherein the network agent allows a penetration tester to execute arbitrary operating system calls on the at least one computer, machine, or network device.

System and method for simulating computer network attacks

Method, system, and computer code for implementing privacy protection in a web application, wherein the web application is executed in a web application language execution environment within a web server, the method containing the steps of: establishing at least one inbound tagging rule for tagging objects entering the web application language execution environment, referred to as inbound objects, according to a respective source of each of the inbound objects; assigning a tag to at least one of the inbound objects being operated on by the web application language execution environment based on the at least one inbound tagging rule; establishing at least one privacy rule for performing privacy actions on at least one object that is outbound from the web application language execution environment, referred to as outbound objects, according to a respective tag of each of the outbound objects; and performing a privacy action on the at least one outbound object being operated on by the web application language execution environment based on the at least one privacy rule.

Establishing and enforcing security and privacy policies in web-based applications

Method, system, and computer code for implementing security and privacy policy in a web application having an execution environment in which a representation of each object handled by the execution environment accommodates data and an associated tag. An inbound tagging rule is established for tagging inbound objects according to a respective source of each of the inbound objects. A tag is assigned to an object being operated on by the execution environment based on the inbound tagging rule. A security/privacy rule is established for performing security/privacy actions on outbound objects according to a respective tag of each of the outbound objects. A security/privacy action is performed on the object being operated on by the execution environment based on the security/privacy rule.

A method for protecting software is provided, where source code for the software has a first directive marking an encryption beginning point and a second directive marking an encryption end point. The method contains the steps of: processing the source code to identify a block of code between the first and second directives; compiling the source code to produce a binary file; generating a valid key and a random string; encrypting the random string with the key to obtain a first encrypted value; encrypting a portion of the binary file corresponding to the block of code with the valid key to obtain a second encrypted value; and replacing the portion of the binary file corresponding to the block of code with the second encrypted value and code that can decrypt the second encrypted value during execution of the software.

Security framework for protecting rights in computer software

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Buenos Aires, Argentina

Ariel Futoransky