Client Privacy Preservation through Secured DNS - Feisty Forwarders

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Feisty Forwarders, led by Dr. Amrita Mishra, is a team dedicated to client privacy preservation via secured DNS. They focus on developing protocols that hide IP addresses and encrypt all incoming and outgoing traffic to protect users from potential spies on the internet. With expertise in programming, cryptography, networking, and cybersecurity, the team aims to provide a secure environment for internet surfing. Their proposed solution, DNSTAR, ensures encrypted queries and responses, enhancing user privacy and security.


Uploaded on Sep 22, 2024 | 0 Views


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  1. Client Privacy Preservation via Secured DNS Presented By: Feisty Forwarders Mentor Dr. Amrita Mishra You are online, so are the bad guys! Team Lead Nidhish Bhimrajka Team Members Daksh Agarwal Harshita Gupta

  2. Team Capability Why we are Great as a team? Worked together on various projects Our coordination is well timed Always eager to learn about new technologies Always try to improve upon our mistakes Nidhish Bhimrajka Summer Research Intern under Prof. Srinivas Vivek Worked on optimizing AES (Advanced Encryption Standard) circuit, learnt about Multi-party protocol and various other cryptographic algorithms Skill-set - Programming (C/C++, Python, Java, Go, Shell-scripting) Cryptography, Networking and cyber security

  3. Daksh Agarwal Summer Development Project Intern with Prof. T K Srikanth Successfully implemented a Patient Portal (Full-Stack). Skill-set - Good grip on Data Science and Machine Learning Data structures and Algorithms (Java/C++/Python) Harshita Gupta - Research Intern under Prof. Srinivas Vivek Created an Authentication App for MOSIP organization Created Digital Logbook under Prof. AS Jawanda Skill-set - Full-Stack Development / App Development (MERN Stack) Networking, Cryptography and Cyber Security Socket Programming

  4. Motivation Looming threat of scrutiny on the Internet by a potential spy!! Can we design a Protocol which - Hides your IP Encrypts all the incoming and outgoing traffic. Project idea based on providing a secure environment to users for surfing the Internet.

  5. What generally happens!! Hey! I am 103.232.112.80. What is the IP address of www.xyz.com? CLIENT RESOLVER Hey! The IP address of www.xyz.com is 12.12.1.13 IP address of the client is exposed!

  6. Proposed Solution - DNSTAR Decrypts the query using the symmetric key Relay receiving the encrypted query Original client query is What is the IP address of www.xyz.com? Hey! I am 202.134.135.32 aahsfjhjasdhfjdajsfhjaj Hey! I am 103.232.112.80 aahsfjhjasdhfjdajsfhjaj RELAY CLIENT RESOLVER Hey! kjfghjhgjhfdsjghjasdfg Hey! kjfghjhgjhfdsjghjasdfg Client received encrypted response. It decrypts using the symmetric key. Resolver sending encrypted resolution of the query

  7. Implementation Details

  8. How Our Idea Stands Out The state-of-the-art implementation lacks data integrity and protection against one or the other kind of attacks

  9. Future Impact of Our Research The protocol can have its applications in the sectors Minimized privacy threat where client data is being for a user surfing the logged by the service Internet. providers.

  10. Milestones

  11. Thank You

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