Checking on-chain data...
Could not determine address type.
Discover the cutting-edge techniques that make Sigvex the fastest, most accurate smart contract analysis platform. Each innovation represents years of research distilled into production-ready capabilities.
Vulnerability Detection via Equality Saturation
How the CST engine uses e-graphs and equality saturation to detect EVM vulnerability patterns in under a second, without external solver dependencies.
Dynamic Vulnerability Discovery for Smart Contracts
How coverage-guided fuzzing, concolic execution, and domain-specific mutation strategies find vulnerabilities that static analysis misses and generate proof-of-concept exploits.
Beyond Opcode Translation
How Sigvex reconstructs high-level semantics from raw bytecode, recovering types, structures, and patterns that compilation erased—and why this foundation is essential for accurate vulnerability detection.
Learning from Historical DeFi Exploits
An analysis of recurring vulnerability patterns extracted from real-world smart contract exploits, and how those patterns inform automated detection.
136 EVM Detectors Across Four Severity Tiers
An overview of the EVM vulnerability detection architecture: 136 detectors across four severity tiers, built on control flow analysis, data flow tracking, and symbolic execution.
EVM Bytecode to Readable Solidity
A technical walkthrough of the multi-stage EVM decompilation pipeline: how raw bytecode is parsed, lifted through two intermediate representations, and emitted as readable Solidity or Yul.
Bytecode-Native Analysis Across EVM and SVM Runtimes
An architectural overview of the Sigvex analysis pipeline: bytecode-native design across ~95 packages, 361 detectors spanning EVM, SVM, and ZK runtimes, and e-graph constraint satisfaction for security analysis without verified source code.
Security Analysis for eBPF Bytecode at Scale
How Sigvex analyzes Solana programs at the bytecode level, from ELF parsing and eBPF disassembly through HIR lifting, CPI analysis, and 192 Solana-native vulnerability detectors.
Call Graphs and Inter-Procedural Security
How Sigvex constructs inter-contract call graphs and performs cross-boundary taint analysis to detect vulnerabilities that span multiple smart contracts—catching attack patterns that single-contract analysis fundamentally cannot see.
Red Team Methodology for Smart Contract Vulnerability Research
Systematic techniques for discovering new smart contract vulnerability classes through bytecode analysis, fuzzing, and exploit synthesis.
From Detection to Proof-of-Concept in Minutes
How the exploit generator synthesizes executable proof-of-concept transactions from vulnerability findings—covering reentrancy, integer arithmetic, access control, oracle manipulation, and delegatecall hijacking.
Blue Team Strategies for Smart Contract Security
Defense-in-depth strategies for smart contract security using static analysis, runtime monitoring, and automated threat detection.
A Formal Model of Smart Contract Reentrancy Through Concurrency Theory
Formal treatment of smart contract reentrancy as unsafe interleaving of execution frames, connecting detection to serializability analysis from concurrency theory.
Information Flow Analysis for EVM and eBPF Bytecode
Lattice-based taint analysis framework for stack-based virtual machines, with formal transfer functions and precision analysis for smart contract security.
Opaque Predicates, Decidability Limits, and Practical Workarounds
Analysis of how cryptographic hash functions create fundamental limits for symbolic execution in smart contract analysis, with strategies for practical soundness.
Detecting Under-Constrained Circuits and Prover-Forgeable Witnesses
Formal analysis of zero-knowledge circuit soundness, with detection algorithms for under-constrained signals and prover-forgeable witness vulnerabilities.
Hindley-Milner-Style Type Recovery for EVM Bytecode
Formal framework for recovering Solidity storage layouts from EVM bytecode using constraint-based type inference, with extensions for packed storage and proxy patterns.
Automated Exploit Construction as Syntax-Guided Synthesis
Formal framework for automated exploit generation using syntax-guided program synthesis, with finding-guided search pruning and fork-based correctness oracles.
Experience the power of these innovations on your own smart contracts.
Analyze a ContractSign in to access research
Use the Sign In button in the navigation bar.
On Mac, use Cmd instead of Ctrl
Let's take a quick tour to help you get started with multi-runtime blockchain security analysis.