Senior Software Engineer · AI Security Researcher · Georgia Tech M.S. CS (AI)
I build high-performance distributed systems and research what breaks when autonomous agents start making security decisions together. Spent years hardening consensus on a live sharded blockchain in Rust — now applying those instincts to multi-agent LLM threat models.
| 🔐 Research | Consensus security in multi-agent LLM systems — BFT quorum design, adversarial hardening, prompt injection resistance for autonomous agents in high-stakes CyberSec environments · targeting ACSAC 2026 |
| 🦀 Engineering | Distributed Systems Engineer @ Liberdus — Rust, TypeScript, Node.js on a live sharded blockchain |
| 🎓 Academia | M.S. Computer Science (AI) @ Georgia Tech, School of Cybersecurity and Privacy |
Languages Rust · TypeScript · Python · Go · Solidity · Kotlin
Runtime Node.js · gRPC · Protocol Buffers · WebSocket
Infra Docker · Kubernetes · PostgreSQL · RocksDB
Blockchain EVM · Web3.js · Shardus · Farcaster
ML / Data PyTorch · scikit-learn · XGBoost · Pandas
Security Static Analysis · PCAP · Wireshark · Bug Bounty
Consensus Security in Multi-Agent LLM Systems
Securing multi-agentic AI systems in Cybersecurity Operations Centre (SOC) workflows to defend against adversarial attacks. Covers BFT quorum design, insider-agent threat models, prompt injection resistance, and verifier-based trust models. Spans SIEM, SOAR, Case Management, Agent EDR, Auditing and Shadowing.
ACSAC 2026 · arXiv preprint planned · Georgia Tech · Prof. Vijay Madisetti
AI-based Market Intelligence for Farmer Collectives
Collaborative research with IIT Delhi, BITS Pilani, CCD, and Gram Vaani. Production Android app with integrated ML forecasting deployed for rural agricultural markets. Field-validated with real market data. Presented at ACM COMPASS '23.
Published · ACM JCSS · Funded by Google AI for Social Good
Security on Low-Cost Android Devices
Static and dynamic analysis, PCAP-based network traffic analysis via Wireshark, malware and bloatware identification across device tiers.
HCI & Security Lab · BITS Pilani
| Project | Contribution | Stack |
|---|---|---|
| Farcaster / Snapchain | Timestamp & block-based event filtering APIs; data serialisation optimisations | Rust · RocksDB · gRPC |
| Cosmos EVM | Height-keyed caching (block, block-results, fee-params) eliminating redundant RPC calls | Go · JSON-RPC |
| Shardeum Mainnet | Critical vulnerability discovery (bug bounty); consensus layer hardening; networking latency and cryptographic performance improvements | Rust · TypeScript · Node.js |
From production work on a live sharded EVM blockchain.
- 34% networking latency reduction — 82ms → 54ms, further cut 29% with Rust libsodium
- 14× ecrecover address verification speedup — 10ms → 700µs
- 60% RPC throughput increase via WebSocket-based data distribution
- 10,000+ req/sec sustained on node monitoring system
- Critical vulnerabilities found and reported in Shardeum & Shardus bug bounty programs
- ACM Journal on Computing and Sustainable Societies (JCSS) — AI-based Market Intelligence Systems for Farmer Collectives
- Funded by Google AI for Social Good
- Invited to present at ACM COMPASS '23
- IEEE track publications in progress (Georgia Tech affiliation)