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Opportunities

Using fuzzing to detect 5G and B5G network vulnerabilities sustainably

  • ADVENTURE: Adaptive and Secure Network Applications over the Industrial Internet
  • Type: MSc
Abstract:

To reduce the impact of security vulnerabilities, security checkings on software need to be carried out during the development and after the deployment. Among the several options, fuzz testing is considered the most promising method for discovering vulnerabilities during and after development. After the deployment, regular verifications considering open vulnerabilities databases have been pointed out as the ideal procedure, but these actions must be carried out sustainably. The student will investigate the impact of sustainable grammar-based fuzz testing and different open vulnerability databases on the security of smart environments in 5G and B5G networks. Previous research findings on program-aware fuzzing obtained by the IME/USP team will be a starting point for the student's activities.

Desired skills:

Security, Software Testing, Computer Networks.

Location:

São Paulo

Funding:

FAPESP

Advisor:

Daniel Macêdo Batista

Contact: batista@ime.usp.br

Monthly FAPESP scholarship:
First year: R$ 3.120,00
Second year: R$ 3.300,00
Plus 20% annually for research contingency funds
(Optionally) 1-Year Research Internship Abroad (BEPE) at a partner international institution.

Good References:

[1] Resource-intensive Fuzzing for MQTT Brokers: State of the Art, Performance Evaluation, and Open Issues
[2] Towards Improving Fuzzer Efficiency for the MQTT Protocol

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