Rocheston Certified Cybersecurity Engineer (RCCE) Level 1

Attackers rarely break in through the front door. They quietly map a network, look for an unpatched service, test a login page, and wait for someone to click a link. Defenders who have never seen those steps from the attacker’s side tend to protect the wrong things. RCCE training starts from that gap.

The Rocheston Certified Cybersecurity Engineer (RCCE) Level 1 course, which Rocheston brands as Extreme Hacking, is the foundation programme in the RCCE path. It teaches ethical hacking as a defensive discipline. Learners study reconnaissance, web application attacks, password attacks, and malware so they can recognise them, test for them, and close the gaps they exploit.

A cybersecurity engineer sits between operations and security. They scan for weaknesses, harden systems, watch traffic, and respond when something goes wrong. Early modules cover threats, information gathering, network scanning, and cyber vulnerabilities, followed by web application attacks, denial of service, packet analysis, and wireless security. Later modules move into firewalls and IDS, cryptography, malware analysis, risk assessment, incident response, DevSecOps, cloud network security, and Zero Trust architecture.

The work is practical. Rocheston describes the course as about 95% hands-on, with labs that run in a browser on its own Linux-based Rose Cybersecurity OS. A typical exercise might start with an authorised scan of a lab network that reveals an exposed database port. The learner then confirms the weakness, rates its risk, and writes up the fix, which is how vulnerability assessment and penetration testing feed real remediation work.

Teams building wider capability often combine it with broader cyber defence and information security training to strengthen network security across the organization.

Course Objectives

By the end of the course, learners should be able to:

• Identify common cyber threats, attack methods and the defences that counter them.
• Carry out authorised information gathering and network scanning to build an accurate picture of a lab environment.
• Assess vulnerabilities, rate their risk and recommend patch management and remediation steps.
• Analyse web application attacks, web shells and backdoors, and explain the controls that block them.
• Use packet sniffers and network analysers to spot suspicious traffic and denial-of-service patterns.
• Evaluate password, wireless and cryptographic weaknesses and the safeguards that reduce them.
• Configure and test firewalls and intrusion detection systems as part of layered network defence.
• Examine malware samples in a controlled setting and support incident response and recovery.
• Apply risk assessment, governance, DevSecOps and Zero Trust principles to enterprise and cloud environments.

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.

Course Structure

• The RCCE® Level 1 is a 5-day intensive program, running from 9:00 AM to 5:00 PM daily.
• The course is exclusively based on Linux. Despite being a foundational course, the RCCE® Level 1 offers an unparalleled depth of knowledge and expertise in cybersecurity.
• Blended learning is an educational approach that combines various teaching methods to create a comprehensive learning experience for participants
• This approach merges traditional face-to-face instruction with technology-based learning, such as online resources, virtual classrooms, and digital tools.
• The primary goal of blended learning is to provide a more effective and engaging learning experience by catering to different learning styles, preferences, and schedules.