Computer Science and Engineering | Indian Institute of Technology Jodhpur
Specializations: Backend Systems Architecture · Quantitative Modeling · Distributed Ledger Protocols

Analytical and systems-focused Computer Science undergraduate at IIT Jodhpur. Experienced in designing high-throughput backend architectures, developing quantitative risk engines, and contributing to open-source cryptographic and consensus protocols. Focus lies in building deterministic, low-latency, and structurally sound systems.

• Systems & Backend: High-performance systems engineering, microservices integration, token-based distributed authentication protocols.
• Quantitative Finance: Time-series analysis, statistical volatility modeling, stochastic simulations (Monte Carlo), risk-adjusted return profiling.
• Distributed Systems: Consensus mechanism analysis, UTXO transaction accounting state validation, on-chain data parsing.

Distributed Authentication Infrastructure

• Designed and deployed an institutional Single Sign-On system scaling across university-wide operational microservices.
• Implemented strict token-based state authorization mechanisms to eliminate cross-domain authentication overhead.
• Repositories: Core Frontend Engine · Core Backend Architecture

Mathematical Modeling & Portfolio Analytics

• Engineered a statistical framework calculating risk-return optimization variables and portfolio drawdown boundaries.
• Utilized predictive Monte Carlo simulations and heavy-tailed distribution profiles to test asset allocation strategies under historical stress vectors.
• Repository: Quant-Enthusiasts-Risk-Engine

Protocol-Level Consensus and Mempool Engineering

• Active contributor to the core implementation layer of decentralized consensus networks.
• Conducted deep optimization evaluations focused on block-relay latencies, mempool transaction validation speeds, and the mechanical lifecycle optimization of UTXO scripts.
• Repository: Bitcoin Protocol Core Fork

Computer Vision & Three-Dimensional Rendering

• Developed an end-to-end operational pipeline transforming monocular image arrays into spatial 3D environments using depth-estimation algorithms.
• Coupled NLP semantic parsing modules with dynamic Three.js rendering pipelines to programmatic construct virtual geometry dynamically.
• Repository: Spac3D Architecture

High-Throughput Financial Data Parsers

• Built an analytical engine targeting public ledger networks to compute precise risk profiles and distribution statistics for high-frequency transactional addresses.
• Programmed asynchronous data parsers capable of converting raw transaction streams into structured multi-variable time-series metrics.
• Repository: Crypto Wallet Analyzer

Collaborative Distributed Governance Platform

• Orchestrated a scalable web gateway designed to track, audit, and approve high-level academic administrative workflows.
• Developed using rigorous CI/CD validation patterns within a collaborative, peer-reviewed, multi-branch production environment.
• Repository: IITJ Senate Portal Source

• Enterprise Network: linkedin.com/in/anmol-mishra
• Secure Electronic Mail: anmolindia2006@gmail.com
• Digital Terminal: my-portfolio-tech-eight.vercel.app