while(alive) {
    build(distributed_systems);
    optimize(latency);
    learn(new_things);
    lift(weights);
}

Computer Science sophomore at Birla Institute of Technology and Science, Pilani – K.K. Birla Goa Campus Interested in distributed systems, high-performance infrastructure, networking, and ML systems.

Currently building systems that care about:

• low latency
• fault tolerance
• concurrency
• decentralization
• scalability under chaos

I enjoy writing software that sits close to the metal — lock-free engines, distributed storage, peer-to-peer systems, and infrastructure that survives bad network conditions and worse design decisions.

A decentralized encrypted messaging engine built in Rust using libp2p.

• Peer discovery with Kademlia DHT
• NAT traversal + relay fallback
• Forward secrecy using HKDF-based key ratcheting
• ChaCha20-Poly1305 authenticated encryption
• Fully serverless communication layer

Basically: “what if Signal had no servers?”

A lock-free high-frequency trading execution engine in C++.

• ~44ns median tick-to-trade latency
• 32M+ ticks/sec throughput
• CPU core pinning
• Cache-optimized ring buffers
• Zero hot-path heap allocations

Built because I wanted to understand how absurdly fast systems are engineered.

A distributed storage engine focused on snapshot isolation and intelligent routing.

• MVCC + WAL-based recovery
• gRPC streaming gateway
• ML-assisted access prediction
• Prometheus telemetry
• Fault-tolerant chunked transfer pipeline

This project started from an obsession with storage consistency and eventually spiraled into distributed systems research.

Distributed monitoring infrastructure using FastAPI + InfluxDB.

• Async telemetry ingestion
• Real-time monitoring pipelines
• Edge-agent architecture
• Sub-10ms inference optimization

Distributed Systems
High Performance Computing
Computer Networks
ML Systems
Systems Programming
Backend Infrastructure

Rust C++17 Go Python

gRPC Protobuf libp2p Prometheus Grafana BoltDB

FastAPI InfluxDB PostgreSQL

Kernel-level optimization Consensus systems Storage engines Network protocols

Working on startup-oriented engineering projects and product systems.

Managed large-scale event logistics and operations for 500+ participants across technical and gaming events.

🎓 B.E. Computer Science Birla Institute of Technology and Science, Pilani – K.K. Birla Goa Campus 2024 – 2028

Relevant Coursework:

• Data Structures & Algorithms
• Database Management Systems
• Object-Oriented Programming

• Machine Learning Specialization — Stanford & DeepLearning.AI
• Programming with Google Go — UC Irvine
• Game Theory — Stanford & UBC

You’ll probably find me:

• lifting in the gym
• overthinking distributed consensus at 2 AM
• benchmarking things that absolutely did not need benchmarking
• reading systems design papers for fun

• GitHub: tyrobro
• LinkedIn: Shaurya Jain
• Email: shauryaalok@gmail.com

fn philosophy() {
    println!("Build systems. Break assumptions. Optimize everything.");
}