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10+ hours
on-demand video
Assignments
In class assignments
90
Articles & lessons
10+
downloadable resources
Cross-device
Access on mobile & TV
Certification
Certificate of completion
TrainSec’s SOC Analyst Foundations course provides a hands-on introduction to cybersecurity fundamentals. Students learn computer hardware basics, networking protocols, Linux essentials, packet sniffing, virtualization setup, Windows server deployment, and Active Directory management—developing the technical skills required for effective cybersecurity operations and incident response.
Why this course is important for TrainSec students:
Building a professional cybersecurity career requires more than knowing how to use tools—it demands understanding systems, thinking critically, and anticipating threats. This course ensures TrainSec students develop both the technical skills, and the strategic mindset needed to excel as future cybersecurity analysts.
Our trainers are seasoned industry-insiders with a deep, practical understanding of cybersecurity research and development
Cybersecurity researcher and red teamer who lives both on the offensive and defensive fronts. The author of the “Antivirus Bypass Techniques” book, expert in malware research, reverse engineering, penetration testing, digital forensics, and incident response.
The Computer Fundamentals section builds a complete technical foundation essential for cybersecurity professionals by exploring how computers operate from the ground up. Students learn about key hardware components such as the motherboard, CPU, RAM, storage devices, GPU, and PSU, and how they interact to support system operations. The course then covers the startup sequence, including BIOS/UEFI functions, boot processes through MBR, GPT, and OS bootloaders, and transitions into understanding system operations through processes and threads. Practical work with tools like Process Explorer deepens students’ ability to analyze and validate running processes. Additional topics include managing the Windows Registry, understanding service configurations, recognizing the role of Windows Updates in patching vulnerabilities, and working with file systems like NTFS. This foundational knowledge is critical for TrainSec students because it enables them to analyze system behaviors accurately, detect anomalies, understand system vulnerabilities, and build the deep technical expertise required for more advanced cybersecurity analysis and defense.
The Networking Fundamentals section provides a complete introduction to how devices communicate across networks, a foundational skill for any cybersecurity professional. Students start by understanding the difference between LANs and WANs, explore data transmission types (simplex, half-duplex, full-duplex), and learn about key communication methods like unicast, multicast, and broadcast. They are introduced to the OSI and TCP/IP models and walk through the roles of each network layer—from the physical transmission of data, MAC addressing at the data link layer, IP addressing at the network layer, to ports and protocols at the transport layer. Critical concepts such as ARP protocol operations, NAT translation, and the TCP three-way handshake are covered with practical examples. By mastering these fundamentals, TrainSec students gain the technical depth needed to understand network structures, identify anomalies, investigate incidents, and effectively secure communications in real-world cybersecurity environments.
The Packet Sniffing & Analysis section introduces students to critical tools and techniques for monitoring and analyzing network traffic, essential for detecting malicious activities and conducting incident investigations. Students learn to use Wireshark for live traffic capture and detailed inspection, applying powerful filters to isolate relevant packets and protocols. The section covers real-world examples such as DHCP handshakes, Telnet and FTP cleartext vulnerabilities, and contrasts them with secure protocols like SSH. Students explore DNS behavior, triage network issues using netstat, and enhance analysis with tools like NetworkMiner for extracting artifacts. Additionally, students are introduced to active network reconnaissance with Nmap and NetBIOS scanning using NBTscan. By mastering packet analysis, TrainSec students develop the practical skills needed to investigate security incidents, identify network anomalies, and gain visibility into the communications underpinning modern cybersecurity threats.
The Introduction to Virtualization section builds a complete understanding of virtualization technologies, focusing on both concepts and practical deployment critical for cybersecurity professionals. Students explore the differences between hypervisor types (Type 1 vs. Type 2), learn how solutions like VMware Workstation and ESXi operate, and understand the underlying architecture involving hypervisors, virtual NICs, and networking models (Bridged, NAT, and Host-Only). The section dives into essential tools like the Virtual Network Editor for network management and troubleshooting, discusses best practices for secure lab setups, and walks through creating virtual machines with optimized storage strategies. Students also examine VMX configuration files, virtual disks (VMDK), snapshots, and memory files (VMEM), gaining hands-on insight into how virtualization operates under the hood. By mastering these foundations, TrainSec students strengthen their ability to build secure labs, simulate complex environments, and support real-world cybersecurity operations with agility and technical precision.
The Windows & Active Directory section provides a practical and detailed foundation for managing enterprise environments, an essential skill set for cybersecurity professionals. Students start by installing and configuring Windows 10 and Windows Server environments, focusing on critical tasks such as disabling unnecessary features for performance, managing power settings, setting up network configurations, and enabling secure communication between systems. They then progress into building a full Active Directory domain, learning about the structure of forests, domains, organizational units (OUs), users, and groups. Key topics such as FSMO roles, DNS integration, DHCP basics, firewall configurations, and troubleshooting network services are also covered with hands-on exercises. By mastering these elements, TrainSec students develop the necessary ability to work confidently within real-world enterprise networks, investigate security incidents in Active Directory environments, and lay the groundwork for advanced threat detection and incident response.
In this class, we explore one of the most critical pillars of cybersecurity: Linux. As a free and open-source operating system, Linux is deeply integrated into servers, cloud environments, enterprise networks, and various types of devices such as DVRs, routers, switches, and even satellites. Security analysts often encounter Linux when dealing with servers, security appliances, and log sources. Understanding Linux is essential for analyzing system behaviors, hardening environments, and investigating incidents. We introduce popular Linux distributions such as Debian, Ubuntu, Kali Linux (widely used by security professionals and attackers alike), as well as Red Hat-based and Arch-based systems. While different distributions have their own tools and paths, they all share a core set of commands that every cybersecurity professional must master.
We understand that sometimes our courses are too much for individual students.
Contact us to receive more affordable personal pricing.
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