About me
Building secure and scalable cloud systems is what drives me, and I pour myself into every challenge to create solutions that truly solve real problems.
My Stack.
My Special Place.
I’m a cloud-focused learner driven by curiosity and a passion for building secure, scalable systems. My interest began when I realized how the cloud powers real-world scale, and AWS became my entry point into serious development.
Projects like Cryptalic and Siphervault shaped my path, showing me what I can create through consistent learning and hands-on work. I haven’t taken internships yet, but my personal projects have become my foundation.
Right now, I’m focused on cloud security and improving my skills every day. My long-term goal is to build companies of my own and rise to the very top of the tech world. And you know what? I love what I do! 💜
Experience
Fullstack Developer
Vrishanksoft pvt ltd.
Feb 2026 - May 2026
During my tenure at Vrishanksoft, I architected and independently developed Siphervault, a high-performance, full-stack cloud storage platform engineered with a strict TypeScript codebase across both the React frontend and Express API. Breaking away from traditional cloud object storage paradigms, I designed the system around Turso (libSQL) as an edge-native database. This architecture allowed for the seamless, globally distributed management of relational metadata, complex user quotas, and raw binary payloads (BLOBs), all secured behind Firebase’s multi-provider authentication layer and presented through a highly optimized, glassmorphic UI driven by Framer Motion.
The defining technical challenge of Siphervault was engineering a resilient split-storage pipeline to circumvent Vercel’s rigid 4.5MB serverless function payload limit. To solve this, I developed a client-side streaming algorithm that fragments large files into optimal 2MB chunks, orchestrating highly concurrent data uploads. On the backend, I utilized Multer for in-memory multipart data handling and wrote deterministic reconstruction logic to accurately reassemble binary chunks upon client request. This innovative approach transformed a highly constrained serverless environment into a scalable, high-throughput file storage pipeline capable of handling massive payloads without execution timeouts.
Beyond core storage mechanics, Siphervault was engineered as a production-ready, zero-maintenance SaaS application. I implemented a comprehensive cryptographic sharing engine, enabling users to generate unique, secure access links governed by programmatic view limits and download restrictions. To drive monetization, I orchestrated an automated Razorpay integration for 100GB Pro tier upgrades, prioritizing transactional integrity through rigorous server-side payment verification. The entire stack was deployed globally on Vercel's edge network, demonstrating a deep proficiency in building, optimizing, and shipping complex, cloud-native web applications.
DevOps Engineer
SkillInfiTech IT Solutions.
May 2026 - Present
During my DevOps engineering internship at Skillinfytech, I focused on modernizing software delivery pipelines by implementing robust build automation and configuration management architectures. A critical component of this initiative was engineering a standardized, automated build process for Java applications utilizing Apache Maven. By meticulously structuring the pom.xml configuration, I centralized complex dependency resolution, compilation, and packaging tasks. This transition from manual builds to a deterministic, command-driven pipeline ensured that every compilation cycle reliably generated consistent deployment artifacts, significantly mitigating the risk of environment-specific build failures.
Building upon the automated artifact pipeline, I architected an Infrastructure as Code (IaC) solution to standardize and manage remote server environments using Ansible. Moving away from manual shell scripting and one-off server administration, I developed comprehensive Ansible playbooks and inventory configurations to orchestrate the provisioning of Linux targets. This automated approach facilitated the seamless installation, configuration, and state management of required software dependencies across multiple nodes. By enforcing idempotency within the playbooks, the automation guaranteed that the target infrastructure remained precisely in the desired state, regardless of execution frequency.
These dual initiatives fundamentally optimized the deployment lifecycle by replacing manual operational bottlenecks with scalable, automated engineering practices. Integrating Maven for resilient artifact generation alongside Ansible for declarative infrastructure provisioning modeled a complete, modern DevOps workflow. This hands-on execution in architecting core CI/CD components and implementing configuration management pipelines heavily reinforced my practical expertise in Linux engineering, providing a solid, production-grade foundation for designing automated infrastructure at scale.