Intrusion prevention system

● Spearheaded the development of Virtual Point of Presence(vPOP) feature for Cloud-SWG which proxied network traffic to any country selected by the user. Collaborated with product managers to assess various use-cases involved with vPOP. ● Architected vPOP to be compatible with different type of proxies like Explicit Proxy, GRE/IPSec Tunnel. Optimized the core data structures to quickly lookup country for each request which lead to 85% faster lookup.● Contributed to the development of proprietary networking protocol Easyconnect which is used by various services across SSE to transfer connection meta-data immediately after TCP Handshake.● Researched and developed functionality to skip authorization by policy for CORS HTTP requests - leading to a 75% reduction in number of customer tickets related to web page loading.● Worked on proxy session handling - handled session cookie flow, also worked on securing session between Agent SWG and Cloud-SWG with a unique encrypted, time bound token eliminating chances of session hijacking.https://www.forcepoint.com/product/secure-web-gateway-swg

● Designed a common scalable Core NVGrid library to perform disk operations and prepare disks for ingestion in C++.● Extended the functionality to support both NVMe and SPDK drives, followed the GPT spec standards during the design and implementation phase of the library.● Implemented CLI and gRPC interface to interact with the library and expose the fetched data. Implemented RESTful APIs using crow framework in C++ to enable platform agnostic access to the library.● Eliminated the dependency on third party libraries and reduced the execution time to perform operations by 60%.● Identified and fixed critical defects in the NVGrid build system(bazel) preventing the crash of the NVMe storage controller.● Implemented seamless component based user-interface to interact with the drives directly with a click of a button and display the extracted information on a clean user-interface using ReactJS. Used MongoDB to store and fetch the disk information on the go.● Awarded the best intern project of the year in the storage division at HPE.

● Developed and maintained a high-performance payment processing backend system using C++.● Deployed a highly available payment processing system POC using Docker containers and Kubernetes orchestration, leveraging advanced features like auto-scaling, self-healing, and service discovery to ensure seamless handling of thousands of transactions.● Implemented a fuel card(WEX) payment processing service in Go and exposed the REST API’s. Implement Kafka messaging layer for enabling fault tolerant communication between the services.● Developed and executed Terraform and Ansible playbooks to enable consistent and repeatable provisioning on cloud.● Built tools to automate the detection of sensitive payment information leakage in Python. Saved 50-human hours of manual verification per release.● Played a critical role in enabling end-to-end encryption on the critical payment infrastructure using SSL protocols to encrypt the sensitive payment information.

● Developed a multithreaded test automation server.● Increased the performance from 100 tests/min to 500 tests/min.● Exposed the functionality as a library for easy integration with third party applications.