Go Fuzzing and Crash Analysis
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Welcome & Summary

Welcome & Overview
Summary
Materials

Day2_Go_Security_Fuzzing_And_Crash_Analysis_v1_0.pdf
Day2_Go_Security_Fuzzing_And_Crash_Analysis_v1_1.pdf
go_security_day_2.zip
1. Introduction to Fuzzing

1.0 - Introduction to fuzzing
2. Coverage-guided Fuzzing

2.0 - Coverage guided fuzzing
2.1 - Go-fuzz
2.2 - Go-fuzz: labs
2.3 - libfuzzer + labs
2.4 - testing/fuzz + labs
2.5 - Who is the best fuzzer
2.6 - Exercises
2.7 - Exercise 1: Correction
2.8 - Exercise 2: Correction
2.9 - Exercise 3: Correction
3. Fuzzing workflow

3.0 - Corpus selection
3.1 - Code coverage
3.2 - Corpus minimization
4. Crashes Analysis

4.0 - Crashes analysis
4.1 - Bucketing
4.2 - Crashes minimization
4.3 - Debugging / RCA
5. Generation-based fuzzing

5.0 - Grammar based fuzzing
5.1 - Structure aware fuzzing
5.2 - Exercises
5.3 - Exercise 1: Correction
5.4 - Exercise 2: Correction
6. Advanced testing techniques

6.0 - Property based testing
6.1 - Concolic testing
6.2 - Differential fuzzing
6.3 - Exercises
6.4 - Exercise 1: Correction
6.5 - Exercise 2: Correction
6.6 - Custom fuzzers
7. Exercises

7.0 - Interesting targets
7.1 - Exercise 1
7.2 - Exercise 1: Correction
7.3 - Exercise 2
7.4 - Exercise 2: Correction
7.5 - Exercise 3
7.6 - Exercise 3: Correction
7.7 - Exercise 4
7.8 - Exercise 4: Correction
7.9 - Exercise 5
7.10 - Exercise 5: Correction
7.11 - Exercise 6
7.12 - Exercise 6: Correction
7.13 - Exercise 7
7.14 - Exercise 7: Correction
7.15 - Other exercises
Conclusion / Thank You

8.0 - Closing remarks
Give me your feedback!

Go Fuzzing and Crash Analysis

Learn more Buy now

Learn how to use Go fuzzers, develop harnesses and apply different fuzzing techniques to find bugs.