Talks at DeFi Security Summit and Devcon 8
Presented work on modelling cryptoeconomic attacks in DeFi at DSS and on Sybil attacks in Ethereum inclusion-list mechanisms at Devcon 8 in Mumbai.
Research and Engineering at University of Alberta
I study security incentives, adversarial behavior and market design in decentralized systems.

Presented work on modelling cryptoeconomic attacks in DeFi at DSS and on Sybil attacks in Ethereum inclusion-list mechanisms at Devcon 8 in Mumbai.
Our SoK paper "Speedy Secure Finality" has been accepted to ICBC 2026! This paper provides a comprehensive analysis of the security and performance tradeoffs of various finality mechanisms in blockchain protocols. Looking forward to presenting this work at ICBC 2026 in Brisbane, Australia!
"Economic Security of Multiple Shared Security Protocols" has been published in the proceedings of MARBLE 2025 which has been published by Springer Nature. The full chapter can be accessed by clicking on the banner!
"On Sybil Proofness in Competitive Combinatorial Exchanges" has been accepted as a poster at Financial Cryptography and Data Security 2025. I will be presenting this work in St. Kitts and Nevis in March 2026!
Abhimanyu Nag, Yotam Gafni, Aviv Yaish
Abhimanyu Nag, Yash Saraswat
Abhimanyu Nag
Abhimanyu Nag, Madhur Prabhakar, Tanuj Behl
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University of Alberta / MuchLearning ↗
Transitioned to Engineering Manager role at Muchlearning. Led a team of engineers and oversaw the development and production of our Learning Management System using industry tools such as node.js for development, CICD best practices for production pipelines, AWS tools for database management and infrastructure tooling.
Catalysis Labs
Developed insurance coverage and premium algorithms for DeFi vaults using actuarial risk loading, stochastic simulation, and quantitative risk management. Co-developed an economic-security model for multiple restaking architectures published at MARBLE 2025.
Pantera Capital's TanX
Evaluated digital-asset trading strategies using the Kelly criterion, risk-of-ruin analysis, portfolio hedging, and large-scale stochastic and quasi-Monte Carlo simulation.
Led innovation in preventing economic exploits and attacks in decentralized markets at this Antler-backed startup. Developed governance attack prediction on Compound Finance using Multi-Agent Influence Diagrams (presented at ETH Tokyo & Coinfest Bali).
Hyperspace Protocol
Worked on incentive design on EigenLayer and optimal transaction dissemination protocols at this supercomputing L1 turned Distributed AI company.
Got cited in the Ethereum Yellow Paper (EIP-5133) for accurately predicting ETH's difficulty bomb delay. Conducted stress tests for TwinStake and MEV modeling with MEV-Boost.
University of Alberta
Prof. Arno Berger and Prof. Michael Kouritzin