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Rocheston Certification Training
CERTIFIED CYBERTECH - RCT
Rocheston Certified CyberTech (RCT)
The Rocheston CyberTech Professional course equips participants with critical knowledge and advanced skills in cybersecurity, network security, and IT infrastructure management. This comprehensive course is ideal for IT professionals who want to strengthen their knowledge base and stay updated on the latest developments in the field of cybersecurity.
Who needs to attend Rocheston Certified CyberTech (RCT)
RCT is designed for IT administrators, lawyers, accountants, teachers, doctors, students, and anyone with an interest in cyber security.
It is ideal for those who are looking to gain a better understanding of cyber security concepts, tools, and techniques or who need to stay up to date with the latest cyber security trends. The program is also suitable for those who want to deepen their understanding of the legal and ethical implications of cybersecurity, or for those who are interested in pursuing a career in the security field.
RCT Learning Objectives:
▪ Understand the fundamentals of Linux operating systems, including command-line usage, and file system management.
▪ Gain in-depth knowledge of network security principles and protocols.
▪ Develop a strong understanding of cybersecurity terminology and concepts.
▪ Familiarize with industry-standard cybersecurity frameworks and standards.
▪ Learn advanced networking concepts and protocols to enhance the security of IT systems.
▪ Master information-gathering techniques for security analysis and risk assessment.
▪ Acquire hands-on skills in vulnerability assessment and risk assessment.
▪ Gain a deep understanding of web application security and extreme hacking techniques.
▪ Learn the art of network sniffing and password management to safeguard critical information.
▪ Develop expertise in configuring firewalls and IDS for enhanced security.
▪ Master cryptographic techniques for data encryption and protection.
▪ Learn to manage web servers, MySQL databases, LDAP, SMTP, mail servers, and SNMP.
▪ Understand the intricacies of wireless technologies and their potential security vulnerabilities.
▪ Gain expertise in DevSecOps and cloud security best practices.
▪ Learn to formulate appropriate incident response and forensics strategies for managing potential cyber threats.
About the RCT Class:
The course begins with an introduction to Linux fundamentals, where participants gain an understanding of the Linux operating system and its applications in cybersecurity. Following this, the course delves into network security principles and protocols, including TCP/IP, VPNs, firewalls, and intrusion detection systems.
Participants will be exposed to various cybersecurity terminology and concepts, as well as industry-standard frameworks such as NIST, ISO, and CIS. The course also delves into advanced networking topics, including managing routing, switching, wireless technologies, and network sniffing.
The course then shifts focus to hands-on labs, covering essential cybersecurity domains such as information gathering, vulnerability assessment, risk assessment, web application security, and extreme hacking. The hands-on approach ensures that candidates acquire practical skills in identifying and exploiting vulnerabilities in IT systems.
Other key topics covered include password management, firewalls and IDS, cryptography, and management of web servers, MySQL databases, LDAP, SMTP, mail servers, and SNMP. The course further explores wireless technologies, DevSecOps, and cloud security, providing a holistic understanding of the cybersecurity ecosystem.
The final module equips participants with the necessary skills to manage incidents efficiently and employ computer forensics to mitigate potential cyber threats. Overall, the Rocheston CyberTech Professional course is a complete package for IT professionals looking to broaden and strengthen their cybersecurity skills with industry-specific knowledge and hands-on experience.
The Rocheston CyberTech Professional (RCT) program offers foundational cybersecurity training, designed to assist IT professionals and administrators in navigating the constantly evolving cyber landscape.
Featuring in-depth training courses and labs tailored to IT administrators’ requirements, RCT serves as an ideal training program for individuals aiming to enhance their security skills and secure their networks. The program offers a wide variety of training topics, such as:
- Cryptography
- Web Application Security
- Network Security
- Malware Analysis
It also provides detailed lab training, allowing IT administrators to learn in a hands-on environment and gain valuable experience with the latest security technologies.
The labs included in the program offer hands-on experience with security solutions such as firewalls, intrusion prevention systems, and malware protection tools. This provides IT administrators the opportunity to gain practical experience with the tools and techniques used to secure networks and systems.
Course Outline:
RCT also covers a range of topics, from the basics of cyber security to more advanced topics such as malware prevention and incident response.
Module 00 – Introduction
Module 01 – Linux Fundamentals
Module 02 – Network Security Principles and Protocols
Module 03 – Cybersecurity Terminology and Concepts
Module 04 – Cybersecurity Frameworks and Standards
Module 05 – Advanced Networking
Module 06 – Information Gathering
Module 07 – Vulnerability Assessment
Module 08 – Risk Assessment
Module 09 – Web Application Security
Module 10 – Extreme Hacking
Module 11 – Network Sniffing
Module 12 – Password Management
Module 13 – Firewalls and IDS
Module 14 – Cryptography
Module 15 – Managing Web Servers
Module 16 – Managing Mysql Databases
Module 17 – LDAP, SMTP, Mail Servers and SNMP
Module 18 – Wireless Technologies
Module 19 – DevSecOps and Cloud Security
Module 20 – Incident Response and Forensics
Module 21 – Penetration Testing
Module 22 – Business Continuity and Disaster Recovery
Module 23 – Python Programming
Module 24 – Bash Scripting
RCT Labs:
The Rocheston CyberTech Professional (RCT) training program is an extensive course designed to impart cybersecurity fundamentals to IT administrators. This comprehensive program focuses on a fully lab-oriented approach, providing students with an immersive learning experience.
Equipped with over 4,200 practical exercises, these hands-on labs are designed to help learners gain a deep understanding of cybersecurity concepts and best practices. Participants will be put through various real-world scenarios that stimulate critical thinking and problem-solving skills, allowing them to effectively tackle cybersecurity challenges in their future roles.
The labs are delivered through the Rocheston Cyberlabs platform, which offers a seamless online web-based lab environment. This modern and easily accessible platform ensures that students have a smooth and responsive experience, enabling them to concentrate on mastering the intricacies of cybersecurity without any technical hiccups.
Throughout the RCT training program, participants will cover a wide range of topics, including network security, penetration testing, risk management, and incident response. As they progress through the course, learners will develop a well-rounded skillset that is essential for IT administrators in the ever-evolving landscape of cybersecurity threats.
Contact us to Earn your RCT 210.903.9737
Request a Quote for RCT Training
RCT Training: $495.00
CERTIFIED CYBERSECURITY SPECIALIST - RCCS
Rocheston Certified Cybersecurity Specialist®
The Modern Certification for the Modern Times
Why would you take this course?
RCCS course will provide you with credible recognition as a Cybersecurity Specialist. RCCS enables you to gain better control over your own devices and data, and puts you in a better position to face the challenges to cybersecurity
RCCS is a 2 Day Training Program.
- Time: 9:00 AM – 5 PM
- Available Live Online or Traditional Instructor Led Classroom
Who would you take this course?
- Any individual, organization, government agency, from school students to homemakers
- Representatives from school and college administration
- Front Office users
- Technically and non-technically inclined people
- Everyday users of digital technology
What will you learn?
The Rocheston Certified Cybersecurity Specialist (RCCS) course prepares you for the skills and knowledge required to protect yourself and others from cyber threats.
- Gain credible recognition as a Cybersecurity Specialist
- Best practices in fundamentals of cybersecurity
- Better control over your own devices and data
- Better privacy and security of personal information
- Best strategies to ensure secure payments on e-platforms
- Secure social media usage
Course Outline:
Module 1: Cyberthreats
Module 2: Cybersecurity Terminology Module 3: Scam and Fraud
Module 4: Phishing Attacks
Module 5: Social Engineering
Module 6: Instant Messaging
Module 7: Smishing / Fishing
Module 8: Ransomware Attacks Module 9: Search Engines
Module 10: AntiVirus
Module 11: Password Managers
Module 12: 2-Factor Authentication
Module 13: Web Browser Security
Module 14: Data Privacy
Module 15: Social Media Security
Module 16: Fake News
Module 17: Identity Theft
Module 18: Cyberbullying
Module 19: Encryption
Module 20: Windows Security
Module 21: macOS Security
Module 22: Mobile Device Security
Module 23: iOS Security
Module 24: Android Security
Module 25: Cloud Security
Module 26: GDPR
Module 27: VPN
Module 28: Cybersafe
Module 29: Cyber Games
Module 30: Case Studies
Assessments and evaluations:
Throughout the course, participants are assessed on their understanding of the material and their ability to apply it in practical situations. Assessments can take various forms, such as quizzes, tests, or project-based evaluations. Regular assessments help both the instructor and the learner gauge progress and identify areas that need improvement.
RCCS Exam
The ANSI accredited RCCS® examination will be conducted on the final day of the course. Successful completion of the exam will grant participants the prestigious Rocheston Certified Cybersecurity Specialist certification, setting them apart from their peers.
Unlock your potential in cybersecurity engineering with the RCCS® certification program and become a sought-after professional in this rapidly evolving field. Rocheston has reinvented hacking, offering a unique and unparalleled learning experience.
- Exam can be taken on Rocheston Cyberclass
- Multiple Choice Objective Questions
- Total count – approximately 50 questions
- Pass Percentage: 70%
- Retake Policy – You may retake the exam any time on an additional fee. For further details contact the exam coordinator.
Pre-requisite
There are no pre-requisites for this course.
What is Included?
- Live Instruction: Monday – Tuesday 9am – 5 pm
- RCCS Study Guides
- RCCS Practice Tests
- One RCCS Exam Voucher
Course Cost: $2,495
Contact us to Earn your RCCE Extreme Hacking Certification 210.903.9737
Rocheston®, RCCS® and Cybersecurity Engineer® are registered trademarks owned by Rocheston. All rights reserved.
Request a Quote for RCCS Training
CERTIFIED AI - RCAI
Rocheston Certified Cybersecurity Specialist®
The Modern Certification for the Modern Times
Why would you take this course?
RCCS course will provide you with credible recognition as a Cybersecurity Specialist. RCCS enables you to gain better control over your own devices and data, and puts you in a better position to face the challenges to cybersecurity
RCCS is a 2 Day Training Program.
- Time: 9:00 AM – 5 PM
- Available Live Online or Traditional Instructor Led Classroom
Who would you take this course?
- Any individual, organization, government agency, from school students to homemakers
- Representatives from school and college administration
- Front Office users
- Technically and non-technically inclined people
- Everyday users of digital technology
What will you learn?
The Rocheston Certified Cybersecurity Specialist (RCCS) course prepares you for the skills and knowledge required to protect yourself and others from cyber threats.
- Gain credible recognition as a Cybersecurity Specialist
- Best practices in fundamentals of cybersecurity
- Better control over your own devices and data
- Better privacy and security of personal information
- Best strategies to ensure secure payments on e-platforms
- Secure social media usage
Course Outline:
Module 1: Cyberthreats
Module 2: Cybersecurity Terminology Module 3: Scam and Fraud
Module 4: Phishing Attacks
Module 5: Social Engineering
Module 6: Instant Messaging
Module 7: Smishing / Fishing
Module 8: Ransomware Attacks Module 9: Search Engines
Module 10: AntiVirus
Module 11: Password Managers
Module 12: 2-Factor Authentication
Module 13: Web Browser Security
Module 14: Data Privacy
Module 15: Social Media Security
Module 16: Fake News
Module 17: Identity Theft
Module 18: Cyberbullying
Module 19: Encryption
Module 20: Windows Security
Module 21: macOS Security
Module 22: Mobile Device Security
Module 23: iOS Security
Module 24: Android Security
Module 25: Cloud Security
Module 26: GDPR
Module 27: VPN
Module 28: Cybersafe
Module 29: Cyber Games
Module 30: Case Studies
Assessments and evaluations:
Throughout the course, participants are assessed on their understanding of the material and their ability to apply it in practical situations. Assessments can take various forms, such as quizzes, tests, or project-based evaluations. Regular assessments help both the instructor and the learner gauge progress and identify areas that need improvement.
RCCS Exam
The ANSI accredited RCCS® examination will be conducted on the final day of the course. Successful completion of the exam will grant participants the prestigious Rocheston Certified Cybersecurity Specialist certification, setting them apart from their peers.
Unlock your potential in cybersecurity engineering with the RCCS® certification program and become a sought-after professional in this rapidly evolving field. Rocheston has reinvented hacking, offering a unique and unparalleled learning experience.
- Exam can be taken on Rocheston Cyberclass
- Multiple Choice Objective Questions
- Total count – approximately 50 questions
- Pass Percentage: 70%
- Retake Policy – You may retake the exam any time on an additional fee. For further details contact the exam coordinator.
Pre-requisite
There are no pre-requisites for this course.
What is Included?
- Live Instruction: Monday – Tuesday 9am – 5 pm
- RCCS Study Guides
- RCCS Practice Tests
- One RCCS Exam Voucher
Course Cost: $2,495
Contact us to Earn your RCCE Extreme Hacking Certification 210.903.9737
Rocheston®, RCCS® and Cybersecurity Engineer® are registered trademarks owned by Rocheston. All rights reserved.
Request a Quote for RCCS Training
CERTIFIED CYBERSECURITY ENGINEER - RCCE I
Rocheston Certified Cybersecurity Engineer®
The Modern Certification for the Modern Times
The ANSI accredited RCCE® Level 1 exam has been officially recognized by The U.S. Government and approves Rocheston Certified Cybersecurity Engineer (RCCE) certification under Department of Defense DoD 8140 directive.
Why would you take this course?
The Rocheston Certified Cybersecurity Engineer (RCCE) training is a prestigious and advanced certification program designed for professionals seeking to excel in the cybersecurity industry. The RCCE Level 1 (Extreme Hacking) course provides a comprehensive foundation in hacking concepts.
This comprehensive training program equips participants with the necessary skills, knowledge, and hands-on experience to tackle complex cybersecurity challenges and vulnerabilities.
The RCCE framework is based on four key components:
- Protect
- Detect
- Respond
- Investigate
These components provide a solid foundation for building a robust cybersecurity infrastructure and addressing the constantly evolving threat landscape. The RCCE framework eliminates the need to undertake numerous training courses and spend exorbitant amounts of money to master cybersecurity.
What will you learn?
The Rocheston Certified Cybersecurity Engineer (RCCE) course is an intensive hands-on program designed to equip aspiring cybersecurity professionals with the skills and knowledge required to defend against a wide range of cyber threats. A key component of the RCCE course is the hands-on labs, which provide students with practical experience in using cutting-edge cybersecurity tools and techniques.
These labs are powered by Rocheston’s proprietary Linux-based operating system, Rocheston Rose Cybersecurity OS. This specialized OS has been developed for use in the RCCE course and contains an extensive collection of hacking and ?cybersecurity tools, amounting to nearly 2 TB of resources.
The hands-on labs in the RCCE course are hosted on the cloud, which means students can access and complete them using a web browser. There is no need to install any additional software or hardware, making it incredibly convenient and easy for students to practice their skills from anywhere, at any time.
The labs cover a wide range of topics and techniques, from penetration testing and vulnerability assessment to network security and digital forensics. Students will work through real-world scenarios and challenges designed to test their knowledge and?hone their skills in a safe, controlled environment.
Penetration Testing: Students will learn how to identify and exploit vulnerabilities in a target system, using a range of tools and techniques to gain?unauthorized access and maintain control.
Vulnerability Assessment: Students will practice identifying and assessing potential security vulnerabilities in a system, using various scanning tools and?methodologies to evaluate the risk and recommend appropriate?remediation measures.
Network Security: Students will gain hands-on experience in securing networks from various threats, including configuring firewalls, intrusion detection?systems, and VPNs, as well as monitoring network traffic for signs?of malicious activity.
Incident Response: Students will learn how to conduct digital forensic investigations, including the collection and analysis of digital evidence and the proper handling and preservation of evidence to maintain its integrity.
Course Outline:
This course offers?the new standard for foundation in hacking concepts and provides extensive hands-on labs for mastering various hacking technologies and tools. Designed for those looking to excel in the field of cybersecurity. This course is 95% focused on hands-on labs and practical exercises.
Module 1: Cybersecurity Threats, Attacks and Defenses
Module 2: Information Gathering and Network Scanning
Module 3: Cyber Vulnerabilities
Module 4: Web Application Attacks
Module 5: Web shells, Spywares and Backdoors
Module 6: Denial of Service Attacks
Module 7: Packet Sniffers and Network Analyzers
Module 8: Password Cracking
Module 9: Wireless Hacking
Module 10: Firewalls and IDS
Module 11: Hacking Frameworks
Module 12: Cryptography
Module 13: Malware Analysis
Module 14: Cybersecurity Certification Test Plan for IoT Devices
Module 15: Virtualization with QEMU and Private Cloud
Module 16: Android Hacking
Module 17: Blockchain and Cryptocurrency
Module 18: Quantum Computing
Module 19: Cybersecurity Policies and Governance
Module 20: Risk Assessment
Module 21: Risk Management
Module 22: Security Incidence Response and Recovery Plan
Module 23: DevSecOps
Module 24: Patch Management and Cloud Backups
Module 25: Securing Cloud Networks
Module 26: Rocheston Cybersecurity Framework
Module 27: Zero-Trust Architecture
Assessments and evaluations:
Throughout the course, participants are assessed on their understanding of the material and their ability to apply it in practical situations. Assessments can take various forms, such as quizzes, tests, or project-based evaluations. Regular assessments help both the instructor and the learner gauge progress and identify areas that need improvement.
RCCE Exam
The ANSI accredited RCCE® Level 1 examination will be conducted on the final day of the course. Successful completion of the exam will grant participants the prestigious Rocheston Certified Cybersecurity Engineer Level 1 certification, setting them apart from their peers.
Unlock your potential in cybersecurity engineering with the RCCE® Level 1 certification program and become a sought-after professional in this rapidly evolving field. Rocheston has reinvented hacking, offering a unique and unparalleled learning experience.
Pre-requisite
Participants should possess knowledge of server administration, HTML, web technologies, TCP/IP and familiarity with network management skills. While Linux and programming skills are not required, basic exposure to Linux commands will be provided during the course.
What is Included?
- Live Instruction: Monday – Friday 9am – 5 pm
- Rocheston Rose OS access
- Extreme Hacking Labs
- Cyber Security Library
- RCCE Study Guides
- RCCE Practice Tests
- One RCCE Exam Voucher
Course Cost: $4,995
Contact us to Earn your RCCE Extreme Hacking Certification 210.729.9260
Rocheston®, RCCE® and Cybersecurity Engineer® are registered trademarks owned by Rocheston. All rights reserved.
Request a Quote for RCCE Level 1 (Extreme Hacking) Training
CERTIFIED CYBERSECURITY ENGINEER LEVEL 2 - RCCE II
Rocheston Certified Cybersecurity Engineer 2®
The Modern Certification for the Modern Times
The ANSI accredited RCCE® Level 2 exam has been officially recognized by The U.S. Government and approves Rocheston Certified Cybersecurity Engineer (RCCE) certification under Department of Defense DoD 8140 directive.
Why would you take this course?
The Rocheston Certified Cybersecurity Engineer (RCCE II) training is a prestigious and advanced certification program designed for professionals seeking to excel in the cybersecurity industry. The RCCE Level 2 course provides a Expert Level understanding in hacking concepts.
This comprehensive training program equips participants with the necessary skills, knowledge, and hands-on experience to tackle complex cybersecurity challenges and vulnerabilities.
The RCCE 2 framework is based on four key components:
- Protect
- Detect
- Respond
- Investigate
These components provide a solid foundation for building a robust cybersecurity infrastructure and addressing the constantly evolving threat landscape. The RCCE framework eliminates the need to undertake numerous training courses and spend exorbitant amounts of money to master cybersecurity.
What will you learn?
The Rocheston Certified Cybersecurity Engineer (RCCE) course is an intensive hands-on program designed to equip aspiring cybersecurity professionals with the skills and knowledge required to defend against a wide range of cyber threats. A key component of the RCCE course is the hands-on labs, which provide students with practical experience in using cutting-edge cybersecurity tools and techniques.
These labs are powered by Rocheston’s proprietary Linux-based operating system, Rocheston Rose Cybersecurity OS. This specialized OS has been developed for use in the RCCE course and contains an extensive collection of hacking and ?cybersecurity tools, amounting to nearly 2 TB of resources.
The hands-on labs in the RCCE course are hosted on the cloud, which means students can access and complete them using a web browser. There is no need to install any additional software or hardware, making it incredibly convenient and easy for students to practice their skills from anywhere, at any time.
The labs cover a wide range of topics and techniques, from penetration testing and vulnerability assessment to network security and digital forensics. Students will work through real-world scenarios and challenges designed to test their knowledge and?hone their skills in a safe, controlled environment.
Penetration Testing: Students will learn how to identify and exploit vulnerabilities in a target system, using a range of tools and techniques to gain?unauthorized access and maintain control.
Vulnerability Assessment: Students will practice identifying and assessing potential security vulnerabilities in a system, using various scanning tools and?methodologies to evaluate the risk and recommend appropriate?remediation measures.
Network Security: Students will gain hands-on experience in securing networks from various threats, including configuring firewalls, intrusion detection?systems, and VPNs, as well as monitoring network traffic for signs?of malicious activity.
Incident Response: Students will learn how to conduct digital forensic investigations, including the collection and analysis of digital evidence and the proper handling and preservation of evidence to maintain its integrity.
Course Outline:
This course offers?the new standard for foundation in hacking concepts and provides extensive hands-on labs for mastering various hacking technologies and tools. Designed for those looking to excel in the field of cybersecurity. This course is 95% focused on hands-on labs and practical exercises.
Module 1: Cybersecurity Threats, Attacks and Defenses
Module 2: Information Gathering and Network Scanning
Module 3: Cyber Vulnerabilities
Module 4: Web Application Attacks
Module 5: Web shells, Spywares and Backdoors
Module 6: Denial of Service Attacks
Module 7: Packet Sniffers and Network Analyzers
Module 8: Password Cracking
Module 9: Wireless Hacking
Module 10: Firewalls and IDS
Module 11: Hacking Frameworks
Module 12: Cryptography
Module 13: Malware Analysis
Module 14: Cybersecurity Certification Test Plan for IoT Devices
Module 15: Virtualization with QEMU and Private Cloud
Module 16: Android Hacking
Module 17: Blockchain and Cryptocurrency
Module 18: Quantum Computing
Module 19: Cybersecurity Policies and Governance
Module 20: Risk Assessment
Module 21: Risk Management
Module 22: Security Incidence Response and Recovery Plan
Module 23: DevSecOps
Module 24: Patch Management and Cloud Backups
Module 25: Securing Cloud Networks
Module 26: Rocheston Cybersecurity Framework
Module 27: Zero-Trust Architecture
Assessments and evaluations:
Throughout the course, participants are assessed on their understanding of the material and their ability to apply it in practical situations. Assessments can take various forms, such as quizzes, tests, or project-based evaluations. Regular assessments help both the instructor and the learner gauge progress and identify areas that need improvement.
RCCE Exam
The ANSI accredited RCCE® Level 1 examination will be conducted on the final day of the course. Successful completion of the exam will grant participants the prestigious Rocheston Certified Cybersecurity Engineer Level 1 certification, setting them apart from their peers.
Unlock your potential in cybersecurity engineering with the RCCE® Level 1 certification program and become a sought-after professional in this rapidly evolving field. Rocheston has reinvented hacking, offering a unique and unparalleled learning experience.
Pre-requisite
Participants should possess knowledge of server administration, HTML, web technologies, TCP/IP and familiarity with network management skills. While Linux and programming skills are not required, basic exposure to Linux commands will be provided during the course.
What is Included?
- Live Instruction: Monday – Friday 9am – 5 pm
- Rocheston Rose OS access
- Extreme Hacking Labs
- Cyber Security Library
- RCCE Study Guides
- RCCE Practice Tests
- One RCCE Exam Voucher
Course Cost: $4,995
Contact us to Earn your RCCE 2 Extreme Hacking Certification 210.903.9737
Rocheston®, RCCE® and Cybersecurity Engineer® are registered trademarks owned by Rocheston. All rights reserved.
Request a Quote for RCCE Level 2 (Extreme Hacking) Training
Contact us to Earn your RCCE Level 2 Certification 210.729.9260
CERTIFIED CYBERCRIME INVESTIGATOR - RCCI
The RCCI program is tailored to:
- CEOs, COOs, CFOs, CTOs and CIOs
- Entrepreneurs
- Students of cybercrime
- Students of cyber investigation
- Students of law enforcement methodology
- RCCIs can be game changers both in corporate and other environments. The objective of the program is to provide students with a solid foundation in this specialized area.
Module 1: Awareness about Digital Forensics
- Learn about the brief history, present conditions and the future challenges of digital forensic.
- Explain the principles to be followed for digital forensic.
- Describe the different tools that help to collect digital evidence.
- Familiarize with the standards presently followed for cybercrime forensic: The International Organization of Standardization (ISO) and National Institute of Standards and technology (NIST).
- Learn how the results of the digital forensics investigation are reported.
- Know what the future challenges in the field of digital forensic are.
- Examine the ACPO principles for digital forensics.
Module 2: Forensic Analysis
- Explore how the forensic artifacts are handled.
- Examine the IOCs that are identified as forensic artifacts.
- Be aware of how threat actors gain unauthorized access to networks and implant data sniffers to comprise the entire network.
- List the methods of detecting and preventing phishing threats.
- Learn how organizations can mitigate insider threats.
- Understand how levels of certainty are defined for digital evidence analysis.
- Study the methods to detect phishing threats.
- Inquire if machine learning helps in detecting insider threats.
- Know how the certainty values scale is helpful in categorizing available digital evidence.
- Look up the NIST standards to establish methodologies to test computer forensic software tools by developing required test procedures.
Module 3: Setting up Digital Forensic Capabilities
- Understand the various roles and their respective duties in digital forensic case.
- Learn about the tools, techniques used for digital forensic analysis.
- Examine the information life cycle in digital forensics.
- Scrutinize the guidelines provided by Interpol for a safe, secured functioning
- of the digital forensic lab.
- Familiarize with the responsibilities of a Forensic Leader.
- List the techniques used to track a digital crime.
Module 4: Preparing Organizations for Cyber Security Incidents
- Know about conducting critical assessment of organizations
- Learn how to carry out a cyber security threat analysis
- Understand Digital Investigation Process Models
- List the digital forensics investigation process models that help organizations in incident management.
- Know the various roles and responsibilities of cybersecurity incident response teams.
- Iterate the four steps involved in the incident response process as recommended by NIST standards.
- Identify the various incident types and their threshold considerations.
- Learn how to assess cybersecurity incident alerts and log them.
Module 5: Conducting Digital Investigations
- Learn about the importance of the identification of cybersecurity incidents.
- Throw light on the different types of cybersecurity incidents.
- Understand why applying appropriate investigation models is a tried and tested method.
- Learn about the formation and evaluation of hypotheses.
- List the digital forensics investigation process models that help organizations in incident management.
- Know about the creation of a plan of action and gathering digital evidences
- Identify how information is extracted by digital examiners for forensic analysis.
- Understand the key and detailed finding that have to be included in the digital investigation report.
- Give a brief outline of the plan of action to be followed for a digital investigation.
- Examine the NIST project areas that include detection of events in surveillance video, detection of events in internet video, and detection and understanding of images that have been altered from their original state.
Module 6: Performing the Forensic Process
- Identify the key sources of data required for digital forensic investigation.
- Explain other sources of data for forensic investigation.
- Learn about the plan to acquire data for forensic investigation.
- Understand data acquisition using one of the various models i.e. Advance Data
- Acquisition Process model.
- Prepare for the challenges with Cloud Investigation in the current investigation circumstances.
- Describe the 4-step process recommended by NIST for performing the forensic process
Module 7: Performing the Forensic Process
- Study the different media types that are used to store files.
- Learn about the maintenance of the file systems.
- Learn about media file collection.
- Understand the process for maintaining media files.
- Understand the stages of Examining, Locating and Extracting data files.
- Know about the forensic toolkit.
- Know the NIST standards for using data from data files.
Module 8: Investigative Reconstruction with Digital Evidence
- Explain in detail about investigative reconstruction.
- Know how digital evidence is crucial in investigative reconstruction.
- Explore the phases involves in equivocal forensic analysis.
- Learn about Victimology.
- Understand how risk assessments are done for investigative reconstruction.
- Check how NIST standards guide in using digital evidence for crime investigation with the effective use of computer technology.
Module 9: Using Digital Evidence from Windows Systems
- Learn about the Windows file systems.
- Understand how digital evidence is used from the Windows systems.
- Examine in detail the data recovery process.
- Identify the Windows-based recovery tools.
- Know how digital evidence information is obtained from Internet.
- Learn the process of obtaining evidence from Windows systems, as recommended by NIST guidelines.
Module 10: Using Digital Evidence from Macintosh Systems
- Understand the working of Macintosh file systems.
- Examine the process of using digital evidence from Macintosh systems.
- Look into the data recovery process.
- Identify the Macintosh-based recovery tools.
Module 11: Using Digital Evidence from UNIX Systems
- Learn about the UNIX file systems.
- Know how Linux-based acquisition works.
- Understand the Linux-based examination systems.
- Examine file carving with UNIX.
- Check into the log files configurations.
- Understand the entire range of password protection.
- Learn more about encryption.
- Consider the NIST guidelines for using data from standard UNIX file types and file systems to ensure consistency.
Module 12: Intrusion Analysis
- Learn about the fundamentals of intrusion analysis.
- Know how intrusions are analyzed.
- Identify the different methods of conducting intrusion analysis.
- Understand the working of the intrusion detection system tools.
- Check out the NIST’s Guide to Intrusion Detection and Prevention Systems (IDPS)
Module 13: Network Forensics
- List the types of network attacks.
- Study the Network Forensics Investigation Methodology (OSCAR).
- Look into the network-based evidence acquisition.
- Identify the network forensic analysis tools.
- Learn about the NIST guidelines for monitoring and capturing network traffic and its related data from devices on the network.
- Also learn how to gather evidence in a manner that is acceptable in the court of law.
Module 14: Network Intrusion Detection and Analysis
- Learn about NIDS/NIPS.
- Examine the types and functionality of NIDS/NIPS.
- Identify the different modes of detection.
- Know about network tunneling.
- Explore the different covert tunneling strategies.
- Learn about network worm propagation investigation.
- Check out NIST’s special publication on IDS and analysis process.
Module 15: Mobile Forensics Investigation
- Learn about the basics of mobile forensics.
- Understand how forensic information is gathered from Android devices.
- Know how to decode from iOS devices.
- Learn how information is extracted from iOS Devices.
- Identify the various available mobile forensic software tools.
- Understand NIST’s mobile device forensics guidelines for incident analysis or investigations.
Module 16: Email Forensics Investigation
- Identify the different email forensics investigation techniques
- Understand how email header analysis is performed.
- Learn about the email recovery process.
- Consider how NIST framework helps email forensics professionals to examine emails and collect digital evidence.
Module 17: Steganalysis
- Understand how steganography works.
- Identify the steganography techniques.
- Know how steganalysis works in digital forensics investigation.
- Learn how the tools are used by the steganalyst.
- Study the detection of hidden information.
- Read about the new steganalytic method proposed by NIST tests to investigate
cipher modifications based on decompression by arithmetic source compression coding.
Module 18: NIST Projects for Digital Forensics
- Learn about the National Software Reference Library (NSRL).
- Familiarize with the Computer Forensic Tool Testing (CFTT).
- Know about the Computer Forensic Reference Data Sets (CFReDS).
- Learn about the Computer Security Incident Response Team (CSIRT) with SOAR.
- Learn how NIST standards help to protect the Federal Government’s information systems against threats to the confidentiality and integrity.
Module 19: Cyberforensics Investigation Reporting
- Know the importance of documenting cyberforensics investigation results.
- List the standards for reporting digital evidence findings.
- Analyze the investigation examiner’s report.
- Understand how cyberforensics reporting is done.
- Check for NIST’s role, to research, develop, and deploy information security standards and technology.
Module 20: Cybercrime Laws (USA & Europe)
- Learn about the Federal Cybercrime Law.
- Analyze how State Cybercrime Law is interpreted.
- Know about the fifth amendment and encryption.
- Council of Europe Convention on Cybercrime and Protocol
- Learn the basics of copyright infringement.
- Understand and learn the preventive measures of cyberbullying.
- Check the NIST guidelines for recommended security controls for information systems at federal agencies.
What the course will consist of:
- A 3-day Training Program
- Time: 9:00 AM – 5 PM
- Seminars conducted by Certified Instructors
- Live Online or Traditional Instructor Led Classroom Delivery
RCCI Exam:
- Exam can be taken on Rocheston Cyberclass
- Multiple Choice Objective Questions
- Total count – approximately 50 questions
- Pass Percentage: 70%
- Retake Policy – You may retake the exam any time on an additional fee. For further details contact the exam coordinator.
RCCI Course Completion:
- On completing the course and successfully passing the exam, the candidate will be provided with a RCCI certification.
- Candidates are free to use the logo as per the Terms & Conditions as a Rocheston Certified Professional.
- The candidate will also receive a Welcome Kit and login information to access the Members’ Portal.
- The Members’ Portal is an online forum for Certified RCCIs to interact.
- The certification is valid for two years and it can be renewed online.
- Contact the course coordinator for any enquiries about the renewal fee or downloading of the updated course material.
RCCI Brochure
RCCI Training $2,495
Contact us to Earn your RCCI Certification 210.729.9260
Request a Quote for RCCI Training
CERTIFIED CYBERSECURITY COMPLIANCE OFFICER - RCCO
The RCCI program is tailored to:
- CEOs, COOs, CFOs, CTOs and CIOs
- Entrepreneurs
- Students of cybercrime
- Students of cyber investigation
- Students of law enforcement methodology
- RCCIs can be game changers both in corporate and other environments. The objective of the program is to provide students with a solid foundation in this specialized area.
Module 1: Awareness about Digital Forensics
- Learn about the brief history, present conditions and the future challenges of digital forensic.
- Explain the principles to be followed for digital forensic.
- Describe the different tools that help to collect digital evidence.
- Familiarize with the standards presently followed for cybercrime forensic: The International Organization of Standardization (ISO) and National Institute of Standards and technology (NIST).
- Learn how the results of the digital forensics investigation are reported.
- Know what the future challenges in the field of digital forensic are.
- Examine the ACPO principles for digital forensics.
Module 2: Forensic Analysis
- Explore how the forensic artifacts are handled.
- Examine the IOCs that are identified as forensic artifacts.
- Be aware of how threat actors gain unauthorized access to networks and implant data sniffers to comprise the entire network.
- List the methods of detecting and preventing phishing threats.
- Learn how organizations can mitigate insider threats.
- Understand how levels of certainty are defined for digital evidence analysis.
- Study the methods to detect phishing threats.
- Inquire if machine learning helps in detecting insider threats.
- Know how the certainty values scale is helpful in categorizing available digital evidence.
- Look up the NIST standards to establish methodologies to test computer forensic software tools by developing required test procedures.
Module 3: Setting up Digital Forensic Capabilities
- Understand the various roles and their respective duties in digital forensic case.
- Learn about the tools, techniques used for digital forensic analysis.
- Examine the information life cycle in digital forensics.
- Scrutinize the guidelines provided by Interpol for a safe, secured functioning
- of the digital forensic lab.
- Familiarize with the responsibilities of a Forensic Leader.
- List the techniques used to track a digital crime.
Module 4: Preparing Organizations for Cyber Security Incidents
- Know about conducting critical assessment of organizations
- Learn how to carry out a cyber security threat analysis
- Understand Digital Investigation Process Models
- List the digital forensics investigation process models that help organizations in incident management.
- Know the various roles and responsibilities of cybersecurity incident response teams.
- Iterate the four steps involved in the incident response process as recommended by NIST standards.
- Identify the various incident types and their threshold considerations.
- Learn how to assess cybersecurity incident alerts and log them.
Module 5: Conducting Digital Investigations
- Learn about the importance of the identification of cybersecurity incidents.
- Throw light on the different types of cybersecurity incidents.
- Understand why applying appropriate investigation models is a tried and tested method.
- Learn about the formation and evaluation of hypotheses.
- List the digital forensics investigation process models that help organizations in incident management.
- Know about the creation of a plan of action and gathering digital evidences
- Identify how information is extracted by digital examiners for forensic analysis.
- Understand the key and detailed finding that have to be included in the digital investigation report.
- Give a brief outline of the plan of action to be followed for a digital investigation.
- Examine the NIST project areas that include detection of events in surveillance video, detection of events in internet video, and detection and understanding of images that have been altered from their original state.
Module 6: Performing the Forensic Process
- Identify the key sources of data required for digital forensic investigation.
- Explain other sources of data for forensic investigation.
- Learn about the plan to acquire data for forensic investigation.
- Understand data acquisition using one of the various models i.e. Advance Data
- Acquisition Process model.
- Prepare for the challenges with Cloud Investigation in the current investigation circumstances.
- Describe the 4-step process recommended by NIST for performing the forensic process
Module 7: Performing the Forensic Process
- Study the different media types that are used to store files.
- Learn about the maintenance of the file systems.
- Learn about media file collection.
- Understand the process for maintaining media files.
- Understand the stages of Examining, Locating and Extracting data files.
- Know about the forensic toolkit.
- Know the NIST standards for using data from data files.
Module 8: Investigative Reconstruction with Digital Evidence
- Explain in detail about investigative reconstruction.
- Know how digital evidence is crucial in investigative reconstruction.
- Explore the phases involves in equivocal forensic analysis.
- Learn about Victimology.
- Understand how risk assessments are done for investigative reconstruction.
- Check how NIST standards guide in using digital evidence for crime investigation with the effective use of computer technology.
Module 9: Using Digital Evidence from Windows Systems
- Learn about the Windows file systems.
- Understand how digital evidence is used from the Windows systems.
- Examine in detail the data recovery process.
- Identify the Windows-based recovery tools.
- Know how digital evidence information is obtained from Internet.
- Learn the process of obtaining evidence from Windows systems, as recommended by NIST guidelines.
Module 10: Using Digital Evidence from Macintosh Systems
- Understand the working of Macintosh file systems.
- Examine the process of using digital evidence from Macintosh systems.
- Look into the data recovery process.
- Identify the Macintosh-based recovery tools.
Module 11: Using Digital Evidence from UNIX Systems
- Learn about the UNIX file systems.
- Know how Linux-based acquisition works.
- Understand the Linux-based examination systems.
- Examine file carving with UNIX.
- Check into the log files configurations.
- Understand the entire range of password protection.
- Learn more about encryption.
- Consider the NIST guidelines for using data from standard UNIX file types and file systems to ensure consistency.
Module 12: Intrusion Analysis
- Learn about the fundamentals of intrusion analysis.
- Know how intrusions are analyzed.
- Identify the different methods of conducting intrusion analysis.
- Understand the working of the intrusion detection system tools.
- Check out the NIST’s Guide to Intrusion Detection and Prevention Systems (IDPS)
Module 13: Network Forensics
- List the types of network attacks.
- Study the Network Forensics Investigation Methodology (OSCAR).
- Look into the network-based evidence acquisition.
- Identify the network forensic analysis tools.
- Learn about the NIST guidelines for monitoring and capturing network traffic and its related data from devices on the network.
- Also learn how to gather evidence in a manner that is acceptable in the court of law.
Module 14: Network Intrusion Detection and Analysis
- Learn about NIDS/NIPS.
- Examine the types and functionality of NIDS/NIPS.
- Identify the different modes of detection.
- Know about network tunneling.
- Explore the different covert tunneling strategies.
- Learn about network worm propagation investigation.
- Check out NIST’s special publication on IDS and analysis process.
Module 15: Mobile Forensics Investigation
- Learn about the basics of mobile forensics.
- Understand how forensic information is gathered from Android devices.
- Know how to decode from iOS devices.
- Learn how information is extracted from iOS Devices.
- Identify the various available mobile forensic software tools.
- Understand NIST’s mobile device forensics guidelines for incident analysis or investigations.
Module 16: Email Forensics Investigation
- Identify the different email forensics investigation techniques
- Understand how email header analysis is performed.
- Learn about the email recovery process.
- Consider how NIST framework helps email forensics professionals to examine emails and collect digital evidence.
Module 17: Steganalysis
- Understand how steganography works.
- Identify the steganography techniques.
- Know how steganalysis works in digital forensics investigation.
- Learn how the tools are used by the steganalyst.
- Study the detection of hidden information.
- Read about the new steganalytic method proposed by NIST tests to investigate
cipher modifications based on decompression by arithmetic source compression coding.
Module 18: NIST Projects for Digital Forensics
- Learn about the National Software Reference Library (NSRL).
- Familiarize with the Computer Forensic Tool Testing (CFTT).
- Know about the Computer Forensic Reference Data Sets (CFReDS).
- Learn about the Computer Security Incident Response Team (CSIRT) with SOAR.
- Learn how NIST standards help to protect the Federal Government’s information systems against threats to the confidentiality and integrity.
Module 19: Cyberforensics Investigation Reporting
- Know the importance of documenting cyberforensics investigation results.
- List the standards for reporting digital evidence findings.
- Analyze the investigation examiner’s report.
- Understand how cyberforensics reporting is done.
- Check for NIST’s role, to research, develop, and deploy information security standards and technology.
Module 20: Cybercrime Laws (USA & Europe)
- Learn about the Federal Cybercrime Law.
- Analyze how State Cybercrime Law is interpreted.
- Know about the fifth amendment and encryption.
- Council of Europe Convention on Cybercrime and Protocol
- Learn the basics of copyright infringement.
- Understand and learn the preventive measures of cyberbullying.
- Check the NIST guidelines for recommended security controls for information systems at federal agencies.
What the course will consist of:
- A 3-day Training Program
- Time: 9:00 AM – 5 PM
- Seminars conducted by Certified Instructors
- Live Online or Traditional Instructor Led Classroom Delivery
RCCI Exam:
- Exam can be taken on Rocheston Cyberclass
- Multiple Choice Objective Questions
- Total count – approximately 50 questions
- Pass Percentage: 70%
- Retake Policy – You may retake the exam any time on an additional fee. For further details contact the exam coordinator.
RCCI Course Completion:
- On completing the course and successfully passing the exam, the candidate will be provided with a RCCI certification.
- Candidates are free to use the logo as per the Terms & Conditions as a Rocheston Certified Professional.
- The candidate will also receive a Welcome Kit and login information to access the Members’ Portal.
- The Members’ Portal is an online forum for Certified RCCIs to interact.
- The certification is valid for two years and it can be renewed online.
- Contact the course coordinator for any enquiries about the renewal fee or downloading of the updated course material.
RCCI Brochure
RCCI Training $2,495
Contact us to Earn your RCCI Certification 210.729.9260
Request a Quote for RCCI Training
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