Skip to content
STIMSMITH

Hardware Fuzzer (On-Chip)

CodeArtifact
First seen 6/19/2026
Last seen 6/19/2026
Evidence 6 chunks

NEIGHBORHOOD

No graph connections found for this entity yet. It may appear in future ingestion runs.

explore full graph →

RELATIONSHIPS

10 connections
Mux Coverage Instrumentation uses → 96% 2e
The hardware fuzzer uses mux coverage instrumentation for measurement and feedback.
Software Fuzzer (Host-Based) compares with → 97% 2e
The thesis compares the hardware fuzzer with software fuzzer approaches in terms of throughput, coverage, and resource usage.
Generation-Based Fuzzing implements → 93% 1e
The hardware fuzzer uses generation-based strategy based on the IPv4 grammar.
IPv4 uses → 97% 1e
The hardware fuzzer targets IPv4 modules and generates IPv4 datagrams as test inputs.
Alexander Lindskog authored by → 97% 1e
Alexander Lindskog took primary responsibility for implementing the hardware fuzzer.
Linköping University authored by → 92% 1e
The hardware fuzzer was developed as a thesis project at Linköping University.
Libero SoC Design Suite uses → 95% 1e
Libero SoC Design Suite is used for synthesis and building the FPGA setup.
Wireshark uses → 94% 1e
Wireshark is used for capturing reports from the hardware fuzzer.
Input Grammar uses → 92% 1e
The hardware fuzzer uses the IPv4 datagram grammar for generation-based fuzzing.
Black-Box Fuzzing implements → 95% 1e
The hardware fuzzer treats the DUT as a black box without using coverage feedback.