I am a Tenure-track Assistant Professor in the Computer Science department of Muhlenberg College. My research interest lies in the security of computer networks, with a special focus on automation of security tools of Named Data Networking (NDN). I have received my PhD in Computer Science from the Knight Foundation School of Computing and Information Sciences at Florida International University (FIU) in 2023. Before that, I received my Bachelors in Computer Science and Engineering from the Department of Computer Science and Engineering at Bangladesh University of Engineering and Technology in 2017.

• 08/2023 Joined Muhlenberg College as a Tenure-track Assistant Professor of Computer Science.
• 06/2023 Successfully passed my PhD Dissertation Defense, and officially become a Dr.
• 03/2023 Presented my PhD Proposal and became a PhD Candidate.
• 03/2023 Organized and attended 14th NDN hackathon and worked on designing NDN 101 website for newcomers to learn NDN interactively.
• 03/2023 Attended NDNComm and our ongoing work SEANAC is presented.
• 02/2023 Presented two of my papers in IEEE International Conference on Computing, Networking and Communications, Honolulu, Hawaii, USA. [IEEE ICNC 2023]
• 11/2022 Two of my papers have been accepted in IEEE International Conference on Computing, Networking and Communications, Honolulu, Hawaii, USA. [IEEE ICNC 2023]

• SEANAC: Schema Enforced Automation of Name-based Access Control
  • Develop a policy language that allows users to describe the access control requirements of an application.
  • Construct a compiler that can generate all the necessary information based on the user policy.
  • Implement an automated system for key generation and distribution to streamline the access control process.
• Trust Schema development for Named-Data-Networking (NDN)
  • Devise a domain-specific language that can describe trust schemas within NDN.
  • Construct a compiler capable of transforming trust-schema rules into a well-structured format, and design appropriate encoding and TLV/Binary format.
  • Develop a methodology to integrate and implement this trust schema into an NDN client library, such as ndn-cxx.
• Hydra: Secure, Distributed Storage Framework
  • This project aims to address the challenges faced by genomics communities in terms of publication and data access by enabling secure and scalable data access for a large number of users.
  • Develop and implement the (a) security bootstrapping procedure for both Hydra nodes and users and (b) access control policies.
• Securing Automotive Architectures with Named Data Networking
  • The objective of this project is to establish a fundamental security infrastructure for communication within vehicles.
  • Incorporate NDN to connect various link layer protocols, including CAN, LIN, and automotive Ethernet, into a cohesive and secure communication network.
• CV2X Communication over Named Data Networking (NDN)
  • The project aims to initiate exploration of 5G CV2X/NDN technology pair by creating a comprehensive simulation package to demonstrate capabilities under various realistic network and road conditions.
  • Designed and implemented a forwarding strategy for vehicular network to build a scalable communication system by effective suppression mechanism of similar Interest and Data packets, and geographical bound.
  • Evaluated our approach in the context of a pedestrian safety application using ns-3 (ndnSIM) and SUMO as simulating platform; compare our approach with a traditional pedestrian safety application demonstrating advantages of our proposal
• Formal Analysis of Zigbee protocol
  • Modeled various versions of Zigbee protocol and analyzed the security properties of it to discover vulnerabilities using Tamarin Prover, a security protocol verification tool.
  • Experimented with sniffed Zigbee packets to explore those vulnerabilities practically and classified different attacks.
• Vulnerability Detection and Prevention for IoT devices
  • Developed a security mechanism for programmable smart home platforms based on user’s expectation based policy.
  • Demonstrated the generality and feasibility of our system by instantiating it for openHAB (open Home Automation Bus).