Abstract:
Disclosed herein are an apparatus and method for dynamic binary analysis on a hardware board. The method for dynamic binary analysis on a hardware board is performed using an apparatus for dynamic binary analysis on the hardware board, and includes generating information required for dynamic binary analysis based on information collected while interfacing with an embedded device, disassembling, by a software processing unit, the information required for dynamic binary analysis by receiving the information from a hardware processing unit while interfacing with the hardware processing unit, selecting a core platform of the embedded device based on results of the disassembly, and analyzing security vulnerabilities in the embedded device by performing dynamic binary analysis of the core platform.
Abstract:
Disclosed herein are a firmware watermarking method, firmware based on the method, and an apparatus for performing firmware watermarking, which can provide a basis for legally preparing for firmware modification attacks by embedding a watermark for original firmware in nonvolatile memory at the time of manufacturing embedded devices. The presented method is a firmware watermarking method performed by an apparatus for performing the firmware watermarking method, the method including generating an original watermark for firmware, and embedding the generated original watermark in the firmware.
Abstract:
An apparatus and method for blocking abnormal communication are disclosed herein. The apparatus for blocking abnormal communication includes a packet collection unit, a packet analysis unit, and an access control unit. The packet collection unit collects a packet via a network device. The packet analysis unit generates a system rule, a communication flow rule, and a packet characteristic rule based on the packet from the packet collection unit. The access control unit determines whether to block the packet by determining whether the packet from the packet collection unit satisfies the system rule, the communication flow rule and the packet characteristic rule.
Abstract:
An apparatus for detecting an abnormality sign in a control system, the control system comprising control equipments, network equipments, security equipments or server equipments, the apparatus includes an information collection module configured to collect system information, network information, security event information or transaction information in interworking with a control equipments, network equipments, security equipments or server equipments. The apparatus includes storage module that stores the information collected by the information collection module. The apparatus includes an abnormality detection module configured to analyze a correlation between the collected information and a prescribed security policy to detect whether there is an abnormality sign in the control system.