RCCE2 - Rocheston Certified Cybersecurity Engineer - Level 2

Overview

Duration: 5.0 days

The RCCE Level 2 program will give you a detailed, in-depth knowledge and hands-on labs. You will have mastery over hacking technologies and tools. The Level 2 program covers advanced futuristic hacking stuff. For instance, it looks at advanced blockchain exploits, quantum computing and cryptography, advanced ransomware and cryptojacking, etc. The RCCE Level 1 is a mandatory requirement, to move to the Level 2 program.

Objectives

In the RCCE® Level 2 program you will learn to:

• Utilize sophisticated and extremely advanced phishing techniques.

• Carry out advanced blockchain exploits, cryptocurrency mining attacks and cyberweapon attacks.

• Understand quantum computing and advanced cloud security.

• Complement RCCE Level 1, RCCE Level 2 imparts specialist knowledge on persistent privacy problems, IoT vulnerabilities,open source intelligence, sophisticated stealth tools in the Dark web and other specialist concepts.

• Understand the types of cryptography and its history, encryption, data protection, key generation algorithms, RSA security and cryptography.

• Mail authentication tokens, authorization, and implementation of private servers.

Content

Module 1: Sophisticated and Extremely Advanced Phishing Techniques Harvested by Chinese and Russian Hackers
Module 2: Deep Network Insights for Deeper Analytics
Module 3: Read Privileged Kernel Memory and Leak Data to Escalate Privileges
Module 4: Advanced Blockchain Exploits and Cryp to currency Mining Attacks
Module 5: Sophisticated Government use of Cyber weapon Attacks and How they work
Module 6: Principles of Quantum Entanglement to Secure Communication (Unhackable networks)
Module 7: Guidance For Cyber security Disclosure and Advanced Techniques for Cyber Bounty hunting
Module 8: Advanced Mobile Banking and ATM Trojans
Module 9: Quantum Computing and Cryptography
Module 10: Dark Web and How to Download Sophisticated Stealth Tools
Module 11: Advanced Cloud Security - Azure, AWS, Digital Ocean, Google VM.
Module 12: H2O Driver less AI, Amazon Sage Maker, and Azure Machine Learning AutoML
Module 13: Deepfakes and Generating Automated Fake news
Module 14: Advanced Threat Modelling Attacks
Module 15: Cognitive-Powered Security Intelligence Platform
Module 16: Advanced Ransomware and Cryp to jacking Attacks
Module 17: Open Source Intelligence in Cyber security
Module 18: Attacking AI Chatbot and Voice Assistants - Siri, Google Home and Alexa
Module 19: Deep Locker: How AI Can Power a Stealthy New Breed of Malware
Module 20: Cybersecurity Insurance
Module 21: Advanced File System Protection With Cyber Deception
Module 22: Legal AI: How Machine Learning Is Aiding, Concerning Law Practitioners
Module 23: Advanced Threat Hunting Techniques
Module 24: Vulnerability Management Process Based on Weaponization and Asset Value
Module 25: Passwordless Authentication With FIDO
Module 26: Advanced PowerShell Attacks
Module 27: Next Generation of the Cyber Range Attacks
Module 28: Advanced Payment Gateway and Financial Cyberattacks
Module 29: Developing Immersive Cybersecurity Simulation
Module 30: Advanced DDOS Attacks Using IoT Botnets
Module 31: Attacking Hidden Endpoint Management Firewalls and IDS
Module 32: Advanced BGP Router Attacks
Module 33: Machine Learning with Automated Software Vulnerabilities
Module 34: Hacking Medical IoT Devices
Module 35: Hacking Biometric Security, and Facial Recognition Systems
Module 36: Threat Intelligence Models for Cyber Warfare
Module 37: Artificial Intelligence and Cyberwarfare
Module 38: Hacking Connected Cars
Module 39: Hacking Power Grids
Module 40: Advanced Mobile Phone Hacking, Spying, GPS and Monitoring
Module 41: Home Automation and IoT Gadgets
Module 42: How To Use Tensor flow
Module 43: Advanced EMP Cyber attacks
Module 44: Hacking heart devices, pacemakers, insertable cardiac
Module 45: Integrating IoT Security into Vulnerability Management Program
Module 46: Containers & Cloud Native Security

Audience

There is a growing need for an equally sophisticated cybersecurity framework with the increased dependence on interconnected cloud technologies. Individuals who wish to build a career in cybersecurity across the following industries:

• Healthcare
• Smart Cities
• Industry 4.0
• Transportation
• Electronics
• Governance
• Automation
• Robotics
• Telecom
• Smart Appliances
• Department of Defense
• Finance

Prerequisites

A Bachelor’s degree with one year of professional experience or credential in computer science, engineering, mathematics, or other information technology related fields. You will need basic hacking, networking, system administration, and Linux skills.

The RCCE Level 1 is a mandatory requirement, to move to the Level 2 program.

Certification

• Exam can be taken on Rocheston Cyberclass or Pearson VUE testing platform.
• Multiple Choice Objective Questions
• Total count - approximately 90 questions for each exam
• Pass Percentage: 72%
• Retake Policy - You may retake the exam anytime on an additional fee. 
• The certification is valid for two years and it can be renewed online.