Malware Analysis Testing Course in Pune Maharastra

Malware Analysis Course -Master the Art of Detecting & Dissecting Cyber Threats

The Malware Analysis Course equips you with the practical skills to investigate malicious code, understand attacker behavior, and protect systems from evolving cyber threats. Designed by industry professionals, this course turns you into a true malware hunter.

Register Now

Contact Form Demo

Training Options

Offline Training Mode

Online Training Mode

Learn Real-World Malware Investigation Techniques

In today’s cyber landscape, malware attacks have become increasingly sophisticated. This course walks you through real-world malware samples, reverse engineering workflows, and incident response practices. You’ll explore how malware operates at a binary and network level, mastering the tools used by top cybersecurity experts. Whether you aim to work in digital forensics, SOC operations, or threat hunting, this program sets a strong foundation for your cybersecurity career.

Course Curriculum

  • Overview of Networking: Definition and importance of networking.
  • Types of Networks: LAN, WAN, MAN, and PAN.
  • Networking Devices: Introduction to routers, switches, and other essential devices.
  • Network Topologies: Star, Ring, Bus, and Mesh topologies.
  • Network Types: Client-server and peer-to-peer networking models.
  • Bandwidth and Latency: Understanding basic performance metrics.
  •  
  • OSI Model Layers: In-depth explanation of each OSI layer.
  • TCP/IP Model: Overview and comparison to OSI model.
  • Real-world Examples: Understanding how the models work in practical networking.
  •  
  • What is a MAC Address: Purpose and structure of a MAC address.
  • MAC Address in Networking: Its role in data transmission within LAN.
  • How to Find a MAC Address: Methods for retrieving a MAC address on various devices.
  •  
  • IPv4 Addressing: Structure and classes (A, B, C, D, E).
  • IPv6 Addressing: Benefits and the need for IPv6 over IPv4.
  • Subnet Masks: Explanation and importance in networking.
  •  
  • What is Subnetting: Importance and uses in network segmentation.
  • Classful vs. Classless Subnetting: Understanding the difference.
  • Subnetting Calculation: Methods to calculate subnets manually and with tools.
  •  
  • Types of Network Cables: Coaxial, fiber optic, and twisted pair cables.
  • Cable Standards: TIA/EIA-568 standards and their uses.
  • Cabling Best Practices: Proper cabling techniques for optimal performance.
  •  
  • What is a Router: Functions and types of routers.
  • Routing Tables: How routers determine the best path for data.
  • Router Configuration: Basic commands to configure a router.
  •  
  • Introduction to Packet Tracer: Basics of Cisco’s simulation tool.
  • Creating a Network in Packet Tracer: Step-by-step guide.
  • Simulating Network Behavior: Testing configurations and network setups.
  •  
  • Basic Network Setup: Connecting devices and configuring communication.
  • Testing Communication: Using ping and tracert commands.
  • Understanding Data Flow: How data travels between devices in a network.
  •  
  • Default Routing: Introduction to basic routing.
  • Static Routing: Configuring and using static routes.
  • Static Routing with Subnetting: Implementing static routes in subnets.
  •  
  • RIP (Routing Information Protocol): Basics and configuration.
  • EIGRP (Enhanced Interior Gateway Routing Protocol): Setup and advantages.
  • OSPF (Open Shortest Path First): Configuring OSPF for dynamic routing.
  •  
  • What is DHCP: Purpose and benefits of DHCP in network management.
  • DHCP Configuration: Setting up a DHCP server and client.
  • Troubleshooting DHCP Issues: Common problems and solutions.
  •  
  • What is NAT: Role in IP address conservation and security.
  • Types of NAT: Static NAT, dynamic NAT, and PAT (Port Address Translation).
  • NAT Configuration: Setting up NAT on a router.
  •  
  • What is VLAN: Importance of VLANs in network segmentation.
  • Creating VLANs: Steps to create and manage VLANs.
  • VLAN Tagging: Understanding VLAN Trunks and 802.1Q tagging.
  •  
  • What is ACL: Importance of access control in network security.
  • Types of ACLs: Standard vs. Extended ACLs.
  • Configuring ACLs: How to apply ACLs to control traffic.
  •  
  • What is BGP: Role of BGP in large-scale network routing.
  • BGP Path Selection: Understanding BGP’s decision-making process.
  • BGP Configuration: Step-by-step guide to configure BGP.
  •  

+91 8806666051

Contact Form Demo

Material Included

Pre Requirements

Students should have prior knowledge with Operation System such as : Windows 7, 8, 10, or 11 etc.

World’s leading companies

Cyber Security Updates

Recon_Pune 18th October 2022