Current
Vice President
Open Source Community, VIT-AP
Leading and contributing across multiple student technical projects while helping shape the engineering direction and execution of the community.
Portfolio / 2026
Backend systems developer building automation, infrastructure, and security-oriented platforms.
I work across backend engineering, AI-agent tooling, workflow automation, technical operations, and systems-heavy project work. My current direction is centered on real execution, observability, distributed control, and infrastructure that can hold up in live environments rather than just demos.


Current role
Vice President, Open Source Community, VIT-AP
Event leadership
Infrastructure Lead, RECON - a 3-day DEFCON-style event
Current focus
Backend systems, workflow automation, security infrastructure
I work across backend engineering, AI-agent tooling, workflow automation, technical operations, and systems-heavy project work. My current direction is centered on real execution, observability, distributed control, and infrastructure that can hold up in live environments rather than just demos.
Roles and leadership
I am increasingly drawn to roles where the responsibility is not just shipping code, but making systems, teams, and event infrastructure actually work when people depend on them.
Current
Open Source Community, VIT-AP
Leading and contributing across multiple student technical projects while helping shape the engineering direction and execution of the community.
2026
RECON
Led infrastructure for a 3-day DEFCON-style event and built KoTH Orchestrator as the competition platform backbone.
2025 - Present
Prayanaa
Contributing to technical assets, platform work, and workflow improvements for events and initiatives.
2025 - Present
Vectr
Working across implementation, creative execution, and structured delivery for student technical work.
Current focus
The point is not to chase domains for their own sake. I care about systems that can be operated, debugged, and extended with less hand-waving.
01
Building a distributed cyber-competition platform with referee-managed rotation, rule enforcement, and deployment validation.
02
Taking ownership of systems that teams and events depend on, not just isolated project code.
03
Learning subnetting, reachability analysis, segmentation, and practical diagnostics through controlled labs and authorized campus work.
04
Using Rust and Go for CLI utilities, monitoring tools, and developer-facing workflow improvements.
Capabilities
Area 1
Python, FastAPI, Flask, REST APIs, request flows, validation, persistence.
Area 2
n8n, LangChain, AutoGen, tool calling, memory layers, workflow orchestration.
Area 3
Docker, Linux, WSL, HAProxy, deployment validation, remote orchestration.
Area 4
KoTH platforms, QA harnesses, network diagnostics, segmentation reasoning, observability.
Area 5
ESP32, Raspberry Pi, sensors, hardware-backed systems, edge-to-backend integration.
Area 6
Python, Java, Rust, Go, PostgreSQL, MongoDB, Redis, Supabase, pgvector.
Selected work
I am prioritizing projects that show architecture, control, integration, and operational thinking instead of one-off demos.
Featured
Distributed cyber-competition platform with a referee-managed control plane, replicated challenge rounds, quorum-based scoring, and deployment plus vulnerability validation tooling.
Featured
Local-first agent architecture built around structured tool execution, Obsidian memory, WSL interoperability, and reasoning-to-execution separation.
Featured
Multimodal backend for a humanoid assistant, combining audio, memory, and model-driven interaction with structured backend pipelines.
Additional work
Event-driven email summarization workflow that filters academic mail, generates summaries, and triggers cross-platform notifications.
Backend application for EV slot booking with request validation, booking flows, and Dockerized deployment.
Sensor-backed environmental monitoring system that combines Raspberry Pi ingestion with pollution mapping using GPS-tagged readings.
Timeline