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Implementación de redes modernas: Software Defined Networking e IPv6

Salinas Santiago, Jhordy Esteban; Sánchez Venegas, Carlos Andrés; Herrera Velásquez, Juan Camilo (Escuela Colombiana de Ingeniería Julio GaravitoIngeniería de Sistemas, 2018)

Conocer la operación y configuración de las redes definidas por software (SDN), así como la convivencia de los protocolos Ipv4 e Ipv6. Generando una propuesta de implementación de estas redes en organizaciones de cualquier ...
Using Reverse Engineering to Handle Malware

Sánchez Venegas, Carlos Andrés; Aguado Bedoya, Camilo; Díaz López, Daniel Orlando; García Ruíz, Juan Carlos Camilo (EDICIONES UCC PRODUCTSBogotá, 2019)

Introduction: This paper is a product of the research Project “Cyber Security Architecture for Incident Management” developed in the Colombian School of Engineering Julio Garavito in the year 2018. Objetive: Reverse ...

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Implementación de redes modernas: Software Defined Networking e IPv6
...
Salinas Santiago, Jhordy Esteban | 2018

Conocer la operación y configuración de las redes definidas por software (SDN), así como la convivencia de los protocolos Ipv4 e Ipv6. Generando una propuesta de implementación de estas redes en organizaciones de cualquier tamaño de forma eficiente y segura, adicionalmente diseñar prácticas de laboratorio que puedan ser implementadas por estudiantes para el aprendizaje en dichas tecnologías, encargadas de la construcción de redes modernas.

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Using Reverse Engineering to Handle Malware
...
Sánchez Venegas, Carlos Andrés | 2019

Introduction: This paper is a product of the research Project “Cyber Security Architecture for Incident Management” developed in the Colombian School of Engineering Julio Garavito in the year 2018. Objetive: Reverse engineering involves deconstructing and extracting knowledge about objects. The use of reverse engineering in malware analysis is extremely useful in understanding the functionalities and purposes of a suspicious sample. Methods: This paper makes use of Radare which is one of the most popular open source tools for reverse engineering, with the aim of dealing with malware. Results: A use case related to hacking of anti-sandbox malware is presented, in such a way that it is possible to analyze the behavior of the sample using a sandbox. Additionally, another use case is presented, where an in-depth analysis of a malicious Android application aimed to the audience of a popular event (FIFA World Cup 2018) is developed, making it possible to demonstrate the relevance of reverse engineering techniques in end-user protection strategies. Conclusions: This paper shows how the results of a reverse engineering process can be integrated with Yara rules, allowing for the detection of malware on the fly, and it also shows an alternative to automatically generating Yara rules through the yarGen generator. Originality: Use of Open Source reversing solutions by Colombian Law Enforcement Agencies has not been discussed previously, making this paper a notable element toward the modernization of the Army. Limitation: Different approaches and perspectives about the limitations in the use of reverse engineering by Law Enforcement Agencies are also shared.

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