As President and Co-Founder of Veridise, Dr. Dillig shapes the company’s strategic direction and technical vision. Her focus is on advancing rigorous methods to secure blockchain ecosystems, ensuring that smart contracts, wallets, protocols, and zero-knowledge applications meet the highest standards of correctness and reliability. By bringing academic innovation into practical security workflows, she helps Veridise develop tools that reshape the future of web3 security.
Research & expertise
Her academic work bridges formal methods, program synthesis, and security, with an emphasis on:
- Automated verification of software and smart contracts
- Synthesis of correct-by-construction code from diverse specifications
- Formal verification of zero-knowledge circuits and blockchain protocols
These research directions directly power Veridise’s methodology, where provable correctness and automation strengthen both the depth and scalability of our audits.
Selected achievements
- Author of over 100 peer-reviewed publications in top venues across programming languages, formal methods, and security.
- Regular invited speaker at international conferences and industry events on topics ranging from program verification to blockchain security.
- Recipient of the Alfred P. Sloan Research Fellowship and the Robin Milner Young Researcher Award, recognizing contributions to programming languages and verification.
- Principal Investigator on numerous NSF and DARPA projects advancing program synthesis, verification, and security.
- Multiple Best Paper Awards at flagship programming languages conferences, including POPL, PLDI, and OOPSLA.
Previous work
Academic work
- SmartPulse: Automated Checking of Temporal Properties in Smart Contracts. Jon Stephens, Kostas Ferles, Ben Mariano, Shuvendu Lahiri, Isil Dillig. In IEEE S&P (Oakland) 2021
- Synthesis Powered Optimization of Smart Contracts vis Data Type Refactoring. Yuepeng Wang, Yanju Chen, Maruth Goyal, James Dong, Yu Feng, Isil Dillig. In OOPSLA’22
- Automated Detection of Under-constrained Circuits in Zero-Knowledge Proofs. Shankara Pailoor, Yanju Chen, Franklin Wang, Clara Rodríguez, Jacob Van Geffen, Jason Morton, Michael Chu, Brian Gu, Yu Feng, Isil Dillig. In PLDI’23
- Semantic Code Refactoring for Abstract Data Types. Shankara Pailoor, Yuepeng Wang, Isil Dillig. In POPL 2024
- Certifying Zero-Knowledge Proofs with Refinement Types. Junrui Liu, Ian Kretz, Hanzhi Liu, Bryan Tan, Jonathan Wang, Yi Sun, Luke Pearson, Anders Miltner, Isil Dillig, Yu Feng. In IEEE Security & Privacy 2024 (Oakland)
See Isil’s 100+ academic research articles on Google scholar and at her university website
Conference presentations
Işil has delivered presentations at conferences and universities. Find all of her presentation here.
Formal methods for zero knowledge circuits
54 min | a16z crypto research talks
Hardening Blockchain Security with Formal Methods
24 min | ETH CC 2021