Aniket Ray

Experience

Oracle Corporation | Jun 2022 - Aug 2023

Engineered and implemented end-to-end CI/CD pipelines with Jenkins for Oracle B2C Ticketing Service Migration, automating code integration, testing, and deployment across various OCI environments to ensure seamless delivery of new features and updates
Developed and executed comprehensive web automation test scripts using Python and Selenium, creating reusable test cases to simulate user interactions and verify system functionality, which bolstered consistency and reliability of the Oracle B2C Ticketing Service Platform
Conducted rigorous testing and proactive maintenance of an internal DNS subnet allocator tool, collaborating with cross-functional teams to troubleshoot issues and optimize performance, ensuring uninterrupted and efficient network resource allocation in customer environments

Google, Inc. | Jun 2021 - Aug 2021 | Google Summer of Code

Engineered a Python API extension for MediaPipe Object Detection, incorporating configurable parameters such as maximum object detection count, minimum detection confidence, and suppression thresholds to support both static image and real-time webcam processing with OpenCV.
Designed and implemented a customizable drawing styles module for MediaPipe Hands, enabling dynamic adjustments to landmark and connection annotations (color, thickness, radius) for enhanced hand and finger tracking visualization.
Developed an audio event classification solution using the MediaPipe framework by integrating Google's Yamnet classifier and a series of calculators (e.g., AudioDecoder, AddHeader, TfliteTaskAudioClassifier) to accurately process and classify diverse audio events across platforms
Contributed to open-source repositories with detailed documentation, sample code, and GitHub commits, driving the adoption and enhancement of MediaPipe solutions

Direct Offices, LLC. | Jul 2020 - Sep 2020 | Website (No longer maintained by me)

Architected and deployed a robust Django-based real-estate rental platform on Microsoft Azure Serverless by leveraging auto-scaling capabilities and integrating global CDNs to deliver a fast, reliable user experience while streamlining infrastructure management.
Streamlined communications and transactions by integrating SendGrid for automated email notifications and confirmations alongside configuring Stripe for secure, seamless payment processing in compliance with industry-leading security practices.
Enhanced user engagement and navigation by incorporating Google and Facebook OAuth for effortless authentication and leveraging the Google Maps API for interactive property visualization, while managing data integrity and scalability with PostgreSQL.

Technologies: C++, Rust, gVisor, uWebSockets
Link: GitHub Repository
Developed a high-performance, multithreaded uWebSocket server in C++ within an AWS Nitro Enclave by containerizing and exposing the AWS Rust NSM API to deliver secure, seamless access to attestation data.
Optimized concurrent data streaming for real-time PCR verification over vsock-based secure communication, enabling secure cloud workload attestation and tamper-proof integrity monitoring for compliance-driven industries like finance, healthcare, and government.

Technologies: C++
Link: GitHub Repository
Built a Limit order book in modern C++ handling Fill or Kill (FoK), Market Order and Limit Order order types and made extensive use of modern C++ concepts such as RAII, move semantics, smart\_ptr and STL containers that helped accurately handle price-time priority order matching and real-time trade processing.

Technologies: C++, Ninja
Link: GitHub Repository
Developed CppCmake, a small C++ build system built on top of Ninja. It uses C++ for build files instead of a text file in already existing build systems, allowing direct debugging during the build process. By utilizing the C++ compiler, it enhances build efficiency and performance, making it ideal for complex C++ projects.

M.S. Thesis | Advisor: Dr. Kamen Yotov

Technologies: C++, SQLite, git
Link: GitHub Repository, Manuscript, Presentation
Developed TimeFuseDB in C++, an innovative extension of git that leverages FUSE to mount a virtual filesystem where users can cd into directories labeled with UNIX timestamps to explore the repository's state at any given moment.
Engineered a custom C++ crawler to traverse git repositories, extract commit metadata, and store file snapshots using SHA256 hashing in a SQLite database for efficient temporal mapping.