CI Fuzz

Use Cases

Detecting Memory Corruption Bugs in Automotive Software

Prevent crashes and unpredictable behavior in automotive control systems due to memory corruption.

VIEW EXECUTION STEPS

Integrate CI Fuzz with the automotive software's build system.

Configure fuzzing parameters to focus on memory-related vulnerabilities.

Run CI Fuzz to automatically generate test cases and execute them against the software.

Analyze the resulting vulnerability reports to identify and fix memory corruption bugs.

Ensuring Compliance with ISO 21434 in Automotive Systems

Meet the security testing requirements of ISO 21434, ensuring that automotive systems are protected against cyberattacks.

VIEW EXECUTION STEPS

Use CI Fuzz to perform comprehensive fuzz testing of automotive software.

Generate reports demonstrating the effectiveness of the fuzz testing process.

Provide the fuzzing results to the OEM during cybersecurity assessments.

Obtain ISO 21434 certification by demonstrating compliance with security testing requirements.

Securing Medical Devices Against Vulnerabilities

Prevent malfunctions, patient injuries, and death due to vulnerabilities in medical device software.

VIEW EXECUTION STEPS

Integrate CI Fuzz into the medical device software development process.

Configure fuzzing to target vulnerabilities that could compromise patient safety.

Run CI Fuzz to automatically generate test cases and identify bugs.

Fix the identified vulnerabilities and retest the software to ensure their absence.

Finding Bugs in Open Source Projects

Improve the security and reliability of open source software by finding and fixing bugs.

VIEW EXECUTION STEPS

Configure CI Fuzz to fuzz open source project code.

Run CI Fuzz to automatically generate test cases and identify bugs.

Submit patches to the open source project with the bug fixes.

Verify the fixes and ensure they have been properly integrated into the main branch.

Testing AUTOSAR Applications Without Hardware

Test AUTOSAR applications without the need for physical hardware, reducing the cost and complexity of testing.

VIEW EXECUTION STEPS

Utilize CI Fuzz's AUTOSAR simulator to create a virtual testing environment.

Integrate the AUTOSAR application into the simulator.

Run CI Fuzz to automatically generate test cases and execute them within the simulator.

Analyze the results and fix any identified vulnerabilities.

Improving Code Coverage in Unit Tests

Maximizing the effectiveness of unit tests by ensuring comprehensive code path coverage.

VIEW EXECUTION STEPS

Integrate CI Fuzz with the existing unit test framework.

Use CI Fuzz to automatically generate test cases that cover previously untested code paths.

Execute the generated test cases and analyze the resulting code coverage reports.

Improve the unit tests based on the code coverage analysis.

Detecting Injections and Remote Code Execution Bugs

Preventing injection and remote code execution bugs that can compromise the security of software systems.

VIEW EXECUTION STEPS

Configure CI Fuzz to focus on injection and remote code execution vulnerabilities.

Run CI Fuzz to automatically generate test cases and execute them against the software.

Analyze the resulting vulnerability reports to identify and fix these critical bugs.

Re-test the software to confirm the absence of these vulnerabilities.

About CI Fuzz

Core Capabilities

Main Tasks

Generate unexpected inputs to expose bugs

Automated code testing upon code changes

Pinpoint the root cause of vulnerabilities

Key Features

AI-Powered Test Agent

Coverage-Guided Fuzzing

Root Cause Analysis

CI/CD Integration

AUTOSAR Simulator

ISO 21434 Compliance

Real-time Code Analysis

Use Cases

Detecting Memory Corruption Bugs in Automotive Software

Ensuring Compliance with ISO 21434 in Automotive Systems

Securing Medical Devices Against Vulnerabilities

Finding Bugs in Open Source Projects

Testing AUTOSAR Applications Without Hardware

Improving Code Coverage in Unit Tests

Detecting Injections and Remote Code Execution Bugs

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