Mote GenFuzz
Mote GenFuzz
It is an automated, intelligent black-box fuzzing and penetration testing tool designed for industrial-internet software. It focuses on communication protocols and basic software components, performing a wide variety of fuzzing attacks, penetration attacks, and security-function verification activities. The tool helps organizations effectively discover and remediate potential security vulnerabilities in industrial-control communication systems. By means of automated, systematic, and intelligent fuzz-testing methodologies, Mote GenFuzz significantly improves system robustness and overall security posture.
It is an automated, intelligent black-box fuzzing and penetration testing tool designed for industrial-internet software. It focuses on communication protocols and basic software components, performing a wide variety of fuzzing attacks, penetration attacks, and security-function verification activities. The tool helps organizations effectively discover and remediate potential security vulnerabilities in industrial-control communication systems. By means of automated, systematic, and intelligent fuzz-testing methodologies, Mote GenFuzz significantly improves system robustness and overall security posture.
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Our Features
Automated Testing
It enables one-click testing, allowing users to configure cases via protocol templates, select them as needed, and execute tests.
Real-time Monitoring
During the test, it allows real-time display of network card packets, offering detailed views, filtering, storage, scrolling, and clearing options.
Protocol Packet Sending
It supports building and sending custom packets based on Ethernet II, TCP, UDP, IPv4, ICMPv4, ARP, SOME/IP, and DoIP protocols.
Value Advantage
Protocol Modeling, Full State Machine, Full Field Coverage
For each protocol, the tool uses protocol modeling to build test cases, thereby ensuring 100% coverage of protocol state machines and fields.
Automatic Test Case Generation, Based on Black Box Testing Principle
The tool uses a black-box testing approach, with no need to access the source code during use. The tool embeds test scripts, from test case generation, management, execution, to report generation, fully automating the operation.
Public Test Cases, Facilitating Problem Location and Replication
The tool provides bidirectional testing for some specific protocols from both server and client side, ensuring complete coverage of protocol packets.
Supports Server-side and Client-side Bidirectional Testing
The tool provides bidirectional testing for some specific protocols from both server and client side, ensuring complete coverage of protocol packets.
High Customizability
Users can add and customize based on the existing protocol templates or rules of the tool, meeting the feasibility depth requirements of fuzz testing. Supports customized test report templates, providing multidimensional system security analysis based on customer needs.
Supported Standards
N/WP29 R155, T/GHDO 89.2-2022, 20214422-Q-339, GB/T 40861-2021, GB/T 40857-2021, GB/T 40856-2021.
Protocol Modeling, Full State Machine, Full Field Coverage
For each protocol, the tool uses protocol modeling to build test cases, thereby ensuring 100% coverage of protocol state machines and fields.
Automatic Test Case Generation, Based on Black Box Testing Principle
The tool uses a black-box testing approach, with no need to access the source code during use. The tool embeds test scripts, from test case generation, management, execution, to report generation, fully automating the operation.
Public Test Cases, Facilitating Problem Location and Replication
The tool provides bidirectional testing for some specific protocols from both server and client side, ensuring complete coverage of protocol packets.
Supports Server-side and Client-side Bidirectional Testing
The tool provides bidirectional testing for some specific protocols from both server and client side, ensuring complete coverage of protocol packets.
High Customizability
Users can add and customize based on the existing protocol templates or rules of the tool, meeting the feasibility depth requirements of fuzz testing. Supports customized test report templates, providing multidimensional system security analysis based on customer needs.
Supported Standards
N/WP29 R155, T/GHDO 89.2-2022, 20214422-Q-339, GB/T 40861-2021, GB/T 40857-2021, GB/T 40856-2021.
AI-Driven Fuzzing Testing
AI-Driven Fuzzing Testing
Integrate prompt engineering into the API interface for custom Mote GenFuzz test cases.
Generate custom GenFuzz test case codes including ARP message transmission and TCP port scanning.
During fuzzing, LLM is adopted to perform field mutation and repair message constraint conditions, so as to generate more effective fuzzing messages.
Integrate prompt engineering into the API interface for custom Mote GenFuzz test cases.
Generate custom GenFuzz test case codes including ARP message transmission and TCP port scanning.
During fuzzing, LLM is adopted to perform field mutation and repair message constraint conditions, so as to generate more effective fuzzing messages.
Application Scenarios
It supports various test objects, including switches, gateways, routers, vehicle gateways, domain controllers, TBox, cloud platforms, application code, databases, operating systems, etc., and is continuously expanding.
