I’m a 4th year AI & Data Science student who builds decentralized systems. I’m particularly drawn to problems where trustlessness and cryptographic proof can replace institutional middlemen.
I architect protocols across Ethereum and Solana, focusing on systems like decay-based skill NFTs, decentralized SLA monitoring, and trustless credential verification. I design my builds as end-to-end ecosystems where on-chain logic and off-chain data flows remain verifiable.
I’m currently seeking Web3 engineering internships and freelance protocol development opportunities. If you’re building something that replaces trust with proof, let’s talk.
Three areas where I go deep — trustless protocols, shipped products, and multi-agent AI systems.
Solidity · Solana · Verifiable credentials
On-chain protocols and off-chain flows where cryptographic proof replaces institutional trust — from skill NFTs to SLA monitoring and credential issuance.
Solidity
Solana
EthereumAnchor
ethers.js
Web3.js
GoNext.js · Kotlin · Play Store apps
Full-stack web and Android apps built for real users — production UI, offline-first mobile, and backends that actually deploy.
Next.js
React
TypeScript
Kotlin
Android
Flutter
Node.js
Google Play
PostgreSQL
SupabaseMCP · GRPO · Multi-agent sims
Stateful environments where LLM agents coordinate through tools, curricula, and reward signals — built for training and evaluation, not just chat.
MCP (JSON-RPC)
Hugging Face
Python
FastAPI
JavaScript
Rust
Java
Docker
AWS
Firebase
MongoDBShipped Android apps on Google Play — built for real users, not just demos.
Your personal scripture library
A local-first Android app for organizing Bible verses by theme, taking notes, and syncing securely across devices.
Learn about Saints, Apostles, and Angels
An educational reference app covering Catholic saints, apostles, angel hierarchy, and common prayers.
A collection of open-source systems I’ve built to solve real-world problems, from blockchain infrastructure to multi-agent AI.
Training and evaluating LLMs on long-horizon, multi-agent coordination under uncertainty (the real reasons startups fail: planning, communication, morale/runway tradeoffs, and ethical crises).
An OpenEnv-compatible, stateful startup simulation where five role-specialized LLM “co-founders” run a B2B SaaS company via 42 MCP tools. Includes partial observability per role, an adversarial MarketMaker curriculum, personal/ethical crisis scenarios, pivot mechanics, and an 11-term composable reward with a GRPO (TRL + Unsloth) training pipeline and reproducible evaluation artifacts.
Traditional certifications are static and fail to reflect real-world skill relevance over time, leading to outdated resumes and trust issues in the hiring process.
Proof of Skill is a decentralized, trustless skill verification system built on Solana. It utilizes dynamic, decay-based NFTs that evolve according to user activity, industry trends, and real-world validation. The platform features an AI Skill Auditor that evaluates proof-of-work (like GitHub activity), a permissionless decay engine ensuring skill freshness, and an employer reputation layer for verifiable performance tracking.
Service Level Agreement (SLA) monitoring today is centralized and trust-based. Companies must rely on provider-generated uptime reports that are impossible for third parties to independently verify, leading to potential data manipulation and opaque dispute resolutions.
A decentralized protocol for cryptographically verifiable "Proof of Uptime." The system employs a network of distributed watcher nodes that monitor endpoints and sign their findings. These reports are aggregated into Merkle trees to provide efficient inclusion proofs, with the roots anchored on-chain to ensure immutability and public verifiability.
DeFi protocols are hard to evaluate safely because liquidity stress, credit risk, liquidation cascades, and attack behavior are difficult to simulate together in one environment.
A full-stack DeFi simulation platform featuring AI agents, on-chain lending/liquidity contracts, real-time fraud detection, and role-based dashboards for borrowers, lenders, and auditors.
Academic credential fraud and the lack of a trustless, automated verification system for institutional certifications.
A blockchain-powered issuance and verification platform for universities. Features W3C-standard Verifiable Credentials (JWT), AES-GCM encrypted institutional wallets, real-time SSE monitoring, and automated bulk issuance pipelines.
Christian Youth in Power (CYP)
Game Developers Association (GDA)
Google Developer Students Club (GDSC)
I’m currently looking for internships, freelance builds, and open-source collaborations. Whether you have a specific project in mind or just want to chat about blockchain and web apps, my inbox is always open.
Got a proposal or just want to say hi?