Difference between revisions of "OWASP Bucharest AppSec Conference 2017 Training2"

Training

The focus of this training will be on how to build secure applications and how to evaluate them using real world scenarios. The attendees will learn the concepts solving exercises and using various OWASP resources like the OWASP ASVS (Application Security Verification Standard) and the OWASP Testing Guide. Topics covered:
Day 1:

• Architecture design and threat modelling
• Authentication Flaws
• Session Management Flaws
• Access Control Verification Requirements
• Input Handling and Output Encoding/Escaping

Day 2:

• Cryptography at Rest
• Error Handling and Logging
• Data Protection Verification
• Communications Security
• Business Logic Verification Requirements
• Files and Resources
• Mobile Security
• Web Service Security

Intended audience: This training is suitable for developers, quality assurance, code reviewers and penetration testers
Skill level: Beginner - intermediate
Requirements: Basic web knowledge; laptop with at least 4GB RAM and virtualization software (VMware Workstation Player).
Seats available: 20 (first-come, first served)
Price: 400 euros/person
Register here

The knowledge of Mobile Security, especially Android has become essential in securing today’s digital environment. This workshop is developed to introduce and bring hands on experience of the exciting and growing field of Android Pentesting and its Security Essentials.
Upon completing this course, the participants are expected to:

• Gain a set of techniques focused on the use of vendor-neutral, open source tools, Develop the skills to capture suspicious data.
• Discern unusual patterns hidden within seemingly normal applications.
• Understand the basics of Android Security Architecture.
• Get trained enough to start into Mobile Pentesting as the new generation Mobile Security Researcher.
• Get prepared for active research at the forefront of these areas.

Throughout the course, real-world examples in conjunction with numerous hands-on exercises will provide android pentesting & analysis skills.
Outline: Android Security

• Module 1
  1. Intro to Android
  2. Android Security Architecture
  3. Android application structure
  4. Signing Android applications
  5. Android Debug Bridge
  6. Understanding Android file system
  7. Permission Model Flaws

• Module 2
  1. Understanding Android Components
  2. Introducing Android Emulator
  3. Introducing Android AVD

• Module 3
  1. Proxying Android Traffic
  2. Reverse Engineering for Android Apps
  3. Dex Analysis and Obfuscation

• Module 4
  1. Attack Surfaces for Android applications
  2. Exploiting Local Storage
  3. Exploiting Weak Cryptography
  4. Exploiting Side Channel Data Leakage
  5. Root Detection and Bypass
  6. Exploiting Weak Authorization mechanism
  7. Identifying and Exploiting Flawed Broadcast Receivers
  8. Identifying and Exploiting Flawed Intents
  9. Identifying and Exploiting Vulnerable Activity Components
  10. Exploiting Backup and Debuggable apps
  11. Dynamic Analysis for Android Apps
  12. Analyzing Proguard, DexGuard and other Obfuscation Techniques

Intended audience: This workshop is essential to information security, mobile security & risk management, loss prevention, corporate security and law enforcement personnel interested in Mobile Security. e.g. Security professionals, who possess basic general security knowledge. Personnel who have working knowledge of android security and pentesting and want to gain experience in the end-to-end mobile security process can attend this training.
Skill level: intermmediate - advanced
Requirements: Attendees must bring their laptop (with administrative privileges) to run all the tools and software. The laptop should atleast have 6 GB RAM and 100 GB of Hard Disk Space. The Laptop must have Java, VirtualBox, PuTTY pre-installed.
Seats available: 20 (first-come, first served)
Price: 1000 euros/person
Register here

Advanced Malware Analysis is a fast paced, full hands-on course which starts from the very basics of malware analysis and reverse engineering and then moves to advanced analysis of malwares (including malicious exe, js, pdf and word files as well) which then advances to analyze shellcodes, rootkits and ransomwares. Students taking this course will learn the tools and techniques to understand, analyze and defend against modern day malwares.

Syllabus

• 1. Malware ananlysis fundamentals
  1. Malware analysis and Reverse Engineering
  2. Setting up an environment for malware analysis
  3. Setting up the toolkit to analyze malwares effectively
  4. Performing basic static analysis
  5. Performing basic dynamic analysis

• 2. Advanced Static Analysis
  1. Revisiting x86 assembly concepts to apply it in malware analysis
  2. Recognizing key data structures and language constructs in malware
  3. Recognizing and locating common Windows API functions in malwares
  4. Understanding and defeating anti-disassembly techniques

• 3. Advanced Dynamic malware analysis
  1. Getting used to debuggers and debugging
  2. Understanding and defeating anti-debugging techniques
  3. Dealing with packed malwares
  4. Unpacking packed malwares and challenges in unpacking
  5. Dumping packed malwares in unpacked state from memory
  6. Understanding Code injection in depth
  7. Dissecting file-less malwares

• 4. Other major types of malware types
  1. Understanding and dissecting JavaScript malwares
  2. De-obfuscating JavaScript malwares
  3. Understanding and dissecting PDF based malwares
  4. Dissecting macro based malwares in Microsoft Office files

• 5. Shellcodes, Rootkits and Ransomwares
  1. Understanding Shellcodes and performing Shellcode analysis
  2. Understanding Rootkits and performing Rootkit analysis
  3. Understanding Ransomwares and performing Ransomware analysis

Intended audience:Advanced Malware Analysis is a full hands-on course. It is useful both for beginners into the field of malware analysis, as well as for those who have been into this area for some time but want to polish their skills to a new level. Other than malware analysts, reverse engineers, forensic investigators, threat analysts, students, people wanting to get into malware analysis can take this course.
Skill level:
Requirements: Knowledge of x86 Assembly lang, familiarity with debuggers, disassemblers, Windows OS. A Laptop with at least 8 GB of RAM. VMWare Workstation or Virtualbox.
Seats available: 20 (first-come, first served)
Price: 1000 euros/person
Register here