Registered user since Tue 11 Mar 2025
I am the recipient of the prestigious Presidential Graduate Research Fellowship (PGRF) at Auburn University, CSSE, awarded for my exceptional research in software supply chain security and system reliability. With over 10 years of industry and academic experience, I have worked with organizations like Oracle, bKash (co-owned by Alipay), and HWW as an L4/L3 Lead Solution Architect and served as an Assistant Professor at BAIUST and MIST (Bangladesh Army). I have authored 15+ international journal and conference papers in Algorithm design, CyberKillChain, and MLOps, including a joint first author paper in ACM TOSEM on Kubernetes-based container orchestration. My expertise spans TypeScript, Rust, Haskell, Kafka, Java, AWS/OCI Serverless, and Kubernetes, CloudNative Architecture design and Deployment (Full Stack, Active/Passive Architecture) enabling me to bridge research with real-world solutions.
I have led multiple production-grade projects as a Principal Architect and System Analyst, designing and implementing distributed software solutions capable of handling over 10 million concurrent users. My industrial solutions have addressed : (a) Reducing the im- pact of stateful and microservice application failures; (b) Developing CloudNative resilient architectures for application migration and serverless development; (c) Designing architectures for Digital Twins with real-time distributed event streams to create responsive and scalable solutions within the cloud; (d) Implementing CyberSecurity Maturity Models; (e) Addressing consensus algorithms for strong consistency guarantees in multi-node transactions; and (f) Developing secure, energy-efficient, and polynomial or pseudo-polynomial software solution architectures to confront challenges like ’completeness vs. latency’ for GreenAI design in cloud and distributed do- mains. My technical proficiency spans TypeScript, Java, Rust, Go, CUE, OCaml, Haskell, and Coq, F-Star, modern programming and formal verification languages that provide unique advantages in cloud-native environments and distributed systems research.
My NSF-funded PhD research addresses the Daisy Chain Effect in Cloud Native Operators, tackling cascading failures caused by inter- dependent bugs in Operator’s Control Plane architecture. I am the world’s second-highest scorer in the AWS Solutions Architect exams with a 97% score, demonstrating my expertise in cloud architecture and solution design. Additionally, I actively participate in Capture The Flag (CTF) competitions on platforms like Hackerrank, LeetCode, and TryHackMe, achieving a top 4% global ranking, reflecting my deep engagement in advanced algorithmic problem-solving and cybersecurity.
I have been recognized by Oracle executives for my enterprise design and analytical skills, particularly in solving complex architectural challenges, including Gaming Platform redesign, Diverse Stack App Migration, Enterprise DB schema validation, OTT platform de- signs with 10M+ concurrency on live, and building serverless design frameworks. My diverse expertise, combined with a passion for empirical research, uniquely positions me to contribute to EASE Research. My background in Python, LLM Models, TypeScript, Rust, Haskell, and event-driven architectures allows me to effectively col- laborate with EASE’s Research Wings, driving impactful innovation and contributing to the development of robust, secure, and scalable applications.
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