5.3 - Exercise 1: Correction
5.3 - Exercise 1: Correction
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
2.8 - Exercise 2: Correction
4
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
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Go Fuzzing and Crash Analysis
Buy now
Learn more
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
2.8 - Exercise 2: Correction
4
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!