Complexity in cars is increasing constantly. The increase in electronic units in a car for an optimal driver experience has the unfortunate downside that the number of points for an attacker to exploit has also increased significantly. HURACAN assists your developers to improve security in efficient manner.
You will get a deep insight in what is happening within the electronic circuits of a vehicle and pinpointing vulnerabilities that are exploitable by an attacker
To get started you don’t need to be a security expert. HURACAN can be easily integrated in your existing test bench and will execute predefined attack scenario’s to guarantee a baseline with regard to the security of a specific ECU or a combination of ECU’s. The user is assisted by our software to control HURACAN and interpret results.
Development of an ECU will be faster with HURACAN to flag possible vulnerabilities in an early stage. Mocking other ECU’s from the vehicles eco-system will ensures an efficient setup for your complete development team to work with
HURACAN is extendable to increase the coverage of your test suite with more advanced attack scenario’s based on side channel analysis and fault injection.
All in one tool that can be used for multiple security test scenarios
•Standard connectors to easily Integrate the HURACAN in your existing test bench
•Record and playback CAN messages to emulate an ECU
•Automated fuzzing capabilities to test the robustness of any ECU
•Traffic driven triggering capabilities to extend your test scenario’s with side channel analysis (SCA) and fault injection (FI)
Easy to use, though extensible when needed
•Smart active bus scanning in the discovery phase to record traffic
•Access to all low-level functions used in the predefined test scenario’s to compose your own scenario
•Analyze bus traffic in real-time and manipulate messages
•Scriptable by using python or command-line
Use multiple devices in 1 setup
•Easily scale up with multiple HURACANs in one setup that can be controlled from one dashboard
•Share information between HURACANs to make testing more robust and efficient