Building Secure Systems at the Hardware-Software Boundary
Staff Software Engineer specializing in Trusted Execution Environments and confidential computing. I help organizations implement hardware-based security solutions, from SGX enclaves to confidential VMs, ensuring data remains protected even from privileged attackers.
Deep expertise in Intel SGX and TDX technologies. Designing secure enclaves and confidential VMs for sensitive workloads across cloud platforms.
Building secure block construction infrastructure for Ethereum. Implementing privacy-preserving solutions for MEV protection and fair ordering.
Designing robust security architectures for distributed systems. Implementing attestation protocols and secure key management systems.
Published research on SGX performance analysis. Creating benchmarking frameworks and optimizing enclave applications for production workloads.
Ex-Meta engineer with expertise across the stack. From system-level C/C++ to modern React applications, ensuring security at every layer.
Academic publications in trusted computing (EuroSec 2021, Elsevier). Bridging the gap between cutting-edge research and practical implementation.
Led design and implementation of secure Ethereum block building infrastructure using TEE technology, ensuring transaction privacy and MEV protection at scale.
Open-source modular benchmark framework for Intel SGX. Published at EuroSec 2021 and adopted by multiple research institutions for enclave performance analysis.
Implemented crash-tolerant sealing key provider service for confidential VMs, enabling secure key management and data persistence across TEE restarts.
Analysis of censorship resistance mechanisms and the role of TEEs in preserving transaction neutrality.
READ ARTICLE →Novel approach to enabling crash tolerance in TDX applications through SGX sealing provider sidecars.
READ ARTICLE →Architecture and implementation guide for secure block building using minimal confidential VMs.
READ ARTICLE →Comprehensive introduction to Trusted Execution Environments and Intel SGX architecture for blockchain applications.
READ ARTICLE →Available for consulting and advisory on confidential computing, TEE architecture, and secure system design.