1. PROJECT NAME: Ryan Network Design and Implementation with Wireshark Analysis

Duration                                : 4 months

Tools Used                             : Wireshark

Client                                      : Hyderabad

Project Description:

In this project, I led the end-to-end design and implementation of a network infrastructure for a medium-sized enterprise, focusing on optimizing performance, ensuring security, and implementing efficient traffic management. Wireshark, a network protocol analyzer, was extensively utilized for real-time monitoring, packet analysis, and troubleshooting.

Roles and Responsibilities :

• Conducted a thorough analysis of the organization’s requirements to create a scalable and robust network architecture.
• Deployed Wireshark for continuous real-time monitoring and analysis of network traffic.
• Implemented best practices for efficient routing and switching to minimize packet loss and ensure optimal data transfer.
• Reduced network downtime by 20% through proactive monitoring and prompt issue resolution.
• Improved network performance, resulting in a 15% increase in overall data transfer speeds.
• Enhanced security posture, leading to successful mitigation of potential threats identified through Wireshark analysis.

2. PROJECT NAME: Rebel Secure Campus Network Design and Implementation

Duration                                : 4 months

Tools Used                             : Wireshark & Putty

Client                                      : Banglore

Project Description:

The goal of this project is to design and implement a secure and resilient campus network infrastructure for Generous client. The network will cater to the diverse needs of faculty, staff, students, and guests, ensuring reliable connectivity, scalability, and robust security measures. The implementation will include wired and wireless networks, incorporating the latest technologies and best practices to create a modern and secure educational environment.

Roles and Responsibilities :

• Design and implement Virtual LANs (VLANs) to logically segment the network based on user roles and functions.
• Implemented proper VLAN configurations for faculty, staff, students, and guest networks to enhance network security.
• Implemented best practices for efficient routing and switching to minimize packet loss and ensure optimal data transfer.
• Design and implement Virtual LANs (VLANs) to logically segment the network based on user roles and functions.
• Implemented proper VLAN configurations for faculty, staff, students, and guest networks to enhance network security.

3. PROJECT NAME: Royal Network & Firewall IDS Implementation

Duration                                : 4 months

Tools Used                             : Maltrail IDS

Client                                      : Noida

Project Description:

The objective of this project is to design, deploy, and manage a comprehensive with integrated Intrusion Detection System (IDS) capabilities. The Firewall with IDS will enhance the organization’s security posture by actively monitoring and responding to potential security threats. The implementation will focus on real-time threat detection, analysis, and mitigation through the effective use of firewall policies and intrusion detection signatures.

Roles and Responsibilities :

• Evaluated and select a Firewall solution that aligns with the organization’s security requirements.
• Deployed the firewall at the network perimeter to inspect and control incoming and outgoing traffic.
• Integrated an IDS module into the Firewall to enhance threat detection capabilities.
• Configured and fine-tune intrusion detection signatures to identify known and emerging threats.
• Proactive threat detection and response, reducing the risk of security incidents.
• Improved visibility into network traffic and security events for effective incident management.

4. PROJECT NAME: Ratna Network Security Enhancement with Bettercap Implementation

Duration                                : 4 months

Tools Used                             : LinuxOS & BetterCap

Client                                      : Pune

Project Description:

The aim of this project is to leverage Bettercap, a powerful network penetration testing and security tool, to enhance the security posture of an organization’s network. This project involves conducting comprehensive security assessments, identifying vulnerabilities, and implementing remediation strategies to fortify the network against potential cyber threats.

Roles and Responsibilities :

• Used Bettercap for packet sniffing to capture and analyze network traffic.
• Identify any unencrypted or insecure protocols, and propose solutions to secure communication channels.
• Created detailed network maps to visualize the topology, identify hosts, and understand the communication flows.
• Utilized Bettercap to conduct an in-depth discovery of the organization’s network infrastructure.
• Employ Bettercap to simulate various Man-in-the-Middle attacks, such as ARP spoofing and DNS spoofing.
• Evaluated the network’s resilience to these attacks and identify potential security weaknesses.

5. PROJECT NAME: TCPL Wireless Network Security Assessment

Duration                                : 4 months

Tools Used                            : LinuxOS & Airodump-ng

Client                                     : Chennai

Project Description:

The goal of this project is to conduct a thorough assessment of the wireless network security infrastructure within an organization. By employing industry best practices and leveraging specialized tools, the project aims to identify vulnerabilities, assess the overall security posture, and recommend enhancements to fortify the wireless network against potential threats.

Roles and Responsibilities :

• Perform a comprehensive discovery of wireless networks and devices.
• Identify potential security risks and vulnerabilities.
• Utilize tool such as Airodump-ng to perform a comprehensive discovery of all wireless networks within the organization.
• Identify hidden or unauthorized networks and assess their potential impact on the security landscape.
• Assess the security configurations of wireless client devices.
• Provide recommendations for securing laptops, smartphones, and other wireless-enabled devices to minimize security risks.
• Employ Bettercap to simulate various Man-in-the-Middle attacks, such as ARP spoofing and DNS spoofing.
• Evaluated the network’s resilience to these attacks and identify potential security weaknesses.

6. PROJECT NAME: Smokin Enhanced Network Security with Implementation of Bettercap

Duration                                : 4 months

Tools Used                             : BetterCap & Arp Spoof

Client                                      : Chennai

Project Description:

The aim of this project is to leverage Bettercap, a powerful network penetration testing and security tool, to enhance the security posture of an organization’s network. This project involves conducting comprehensive security assessments, identifying vulnerabilities, and implementing remediation strategies to fortify the network against potential cyber threats.

Roles and Responsibilities :

• Used Bettercap for packet sniffing to capture and analyze network traffic.
• Identify any unencrypted or insecure protocols, and propose solutions to secure communication channels.
• Created detailed network maps to visualize the topology, identify hosts, and understand the communication flows.
• Utilized Bettercap to conduct an in-depth discovery of the organization’s network infrastructure.
• Employ Bettercap to simulate various Man-in-the-Middle attacks, such as ARP spoofing and DNS spoofing.
• Evaluated the network’s resilience to these attacks and identify potential security weaknesses.

7. PROJECT NAME: RAIN Network Analysis with Wireshark

Duration                                : 4 months

Tools Used                             : Wireshark

Client                                     : Bangalore

Project Description:

In this project, I led the end-to-end design and implementation of a network infrastructure for a medium-sized enterprise, focusing on optimizing performance, ensuring security, and implementing efficient traffic management. Wireshark, a network protocol analyzer, was extensively utilized for real-time monitoring, packet analysis, and troubleshooting.

Roles and Responsibilities :

• Conducted a thorough analysis of the organization’s requirements to create a scalable and robust network architecture.
• Deployed Wireshark for continuous real-time monitoring and analysis of network traffic.
• Implemented best practices for efficient routing and switching to minimize packet loss and ensure optimal data transfer.
• Reduced network downtime by 20% through proactive monitoring and prompt issue resolution.
• Improved network performance, resulting in a 15% increase in overall data transfer speeds.
• Enhanced security posture, leading to successful mitigation of potential threats identified through Wireshark analysis.

8. PROJECT NAME: ACS Encrypted Network Design and Implementation

Duration                                : 4 months

Tools Used                     : Wireshark & Putty

Client                                       : Coimbatore

Project Description:

The goal of this project is to design and implement a secure and resilient campus network infrastructure for Generous client. The network will cater to the diverse needs of faculty, staff, students, and guests, ensuring reliable connectivity, scalability, and robust security measures. The implementation will include wired and wireless networks, incorporating the latest technologies and best practices to create a modern and secure educational environment.

Roles and Responsibilities :

• Design and implement Virtual LANs (VLANs) to logically segment the network based on user roles and functions.
• Implemented proper VLAN configurations for faculty, staff, students, and guest networks to enhance network security.
• Implemented best practices for efficient routing and switching to minimize packet loss and ensure optimal data transfer.
• Design and implement Virtual LANs (VLANs) to logically segment the network based on user roles and functions.
• Implemented proper VLAN configurations for faculty, staff, students, and guest networks to enhance network security.

9. PROJECT NAME: AEH Network Security with Firewall IDS/IPS Implementation

Duration                                : 4 months

Tools Used                     : Maltrail IDS

Client                                       : Salem

Project Description:

The objective of this project is to design, deploy, and manage a comprehensive with integrated Intrusion Detection System (IDS) capabilities. The Firewall with IDS will enhance the organization’s security posture by actively monitoring and responding to potential security threats. The implementation will focus on real-time threat detection, analysis, and mitigation through the effective use of firewall policies and intrusion detection signatures.

Roles and Responsibilities :

• Evaluated and select a Firewall solution that aligns with the organization’s security requirements.
• Deployed the firewall at the network perimeter to inspect and control incoming and outgoing traffic.
• Integrated an IDS module into the Firewall to enhance threat detection capabilities.
• Configured and fine-tune intrusion detection signatures to identify known and emerging threats.
• Proactive threat detection and response, reducing the risk of security incidents.
• Improved visibility into network traffic and security events for effective incident management.

10.PROJECT NAME: THILAK Network Security Enhancement with Threat Modeling

Duration                                : 4 months

Tools Used                     : WireShark ,Burp Suite, and Nmap

Client                                       : Hyderabad

Project Description:

By adopting a proactive approach through threat modeling. By identifying and addressing potential threats early in the development lifecycle, the project seeks to minimize the risk of security breaches and ensure the resilience of web applications against evolving cyber threats.

Roles and Responsibilities :

• Employed tools like Burp Suite for automated scanning and Nmap for network reconnaissance.
• Conducted manual penetration testing to identify vulnerabilities not captured by automated tools.
• Identify any unencrypted or insecure protocols, and propose solutions to secure communication channels.
• Created detailed network maps to visualize the topology, identify hosts, and understand the communication flows.
• Integrated security controls such as input validation, output encoding, and session management to mitigate identified threats..
• Documented the threat modeling process, identified vulnerabilities, and implemented security controls..

11. PROJECT NAME: SA Network Encryption and Data Privacy Enhancement

Duration                                : 4 months

Tools Used                     : SSL/TLS, Wireshark

Client                                       : Mumbai

Project Description:

By adopting a proactive approach through threat modeling. By identifying and addressing potential threats early in the development lifecycle, the project seeks to minimize the risk of security breaches and ensure the resilience of web applications against evolving cyber threats.

Roles and Responsibilities :

• Employed tools like Burp Suite for automated scanning and Nmap for network reconnaissance.
• Conducted manual penetration testing to identify vulnerabilities not captured by automated tools.
• Identify any unencrypted or insecure protocols, and propose solutions to secure communication channels.
• Created detailed network maps to visualize the topology, identify hosts, and understand the communication flows.
• Integrated security controls such as input validation, output encoding, and session management to mitigate identified threats..
• Documented the threat modeling process, identified vulnerabilities, and implemented security controls.

 

12.PROJECT NAME: AGS Firewall Rule Review and Optimization

Duration                                : 4 months

Tools Used                     : Nmap, Windows DFW

Client                                       : Coimbatore

Project Description:

By adopting a proactive approach through threat modeling. By identifying and addressing potential threats early in the development lifecycle, the project seeks to minimize the risk of security breaches and ensure the resilience of web applications against evolving cyber threats.

Roles and Responsibilities :

• Conduct a comprehensive review of existing firewall rules.
• Optimize rules to align with security best practices and business requirements.
• Conducted manual penetration testing to identify vulnerabilities not captured by automated tools.
• Conduct a comprehensive review of existing firewall rules.
• Optimize rules to align with security best practices and business requirements.
• Created detailed network maps to visualize the topology, identify hosts, and understand the communication flows.

13.PROJECT NAME: AIR Force Network Anomaly Detection System Implementation

Duration                                : 4 months

Tools Used                     : Maltrail IDS/IPS

Client                                       : Chennai

Project Description:

This project involves implementing a robust network anomaly detection system. IDS and Wireshark for real-time network monitoring, integrate Elastic Stack for centralized logging and analysis, and establish proactive measures to detect and respond to abnormal network behavior.

Roles and Responsibilities :

• Monitored and analyzed Maltrail alerts and events to identify potential security incidents.
• Investigate anomalies and coordinate incident response efforts.
• Monitor and manage network infrastructure in alignment with Maltrail’s detection capabilities.
• Lead incident response efforts based on Maltrail alerts, conducting in-depth analysis to understand the nature and scope of security incidents.
• Document incident response procedures and findings for future reference.

14.PROJECT NAME: PGN Encrypted Network Design and Implementation

Duration                                : 4 months

Tools Used                     : Wireshark & Putty

Client                                       : Coimbatore

Project Description:

The goal of this project is to design and implement a secure and resilient campus network infrastructure for Generous client. The network will cater to the diverse needs of faculty, staff, students, and guests, ensuring reliable connectivity, scalability, and robust security measures. The implementation will include wired and wireless networks, incorporating the latest technologies and best practices to create a modern and secure educational environment.

Roles and Responsibilities :

• Design and implement Virtual LANs (VLANs) to logically segment the network based on user roles and functions.
• Implemented proper VLAN configurations for faculty, staff, students, and guest networks to enhance network security.
• Implemented best practices for efficient routing and switching to minimize packet loss and ensure optimal data transfer.
• Design and implement Virtual LANs (VLANs) to logically segment the network based on user roles and functions.
• Implemented proper VLAN configurations for faculty, staff, students, and guest networks to enhance network security.

 

15.PROJECT NAME: Flurys Network Intrusion Prevention System (IPS) Deployment

Duration                                : 4 months

Tools Used                     : Maltrail IDS/IPS

Client                                       : Chennai

Project Description:

This project involves implementing a robust network anomaly detection system. IDS and Wireshark for real-time network monitoring, integrate Elastic Stack for centralized logging and analysis, and establish proactive measures to detect and respond to abnormal network behavior.

Roles and Responsibilities :

• Conduct in-depth threat analysis and design rulesets for Snort and Suricata.
• Collaborate with network administrators to integrate IPS solutions seamlessly.
• Monitored and analyzed Maltrail alerts and events to identify potential security incidents.
• Investigate anomalies and coordinate incident response efforts.