ByteGraph
Visual proof of security.
Every byte accounted for. Every path verified. Every vulnerability exposed before it becomes a threat.
Overview
A graph of every bit. Literally.
Static Binary Analysis
ByteGraph parses your x86 binary and builds a complete data-flow graph at the byte level. Every instruction, every register, every memory access — traced and verified automatically. No source code needed.
Interactive Visualization
Explore the graph in real time. Zoom into individual bits, trace data from input to output, and see exactly where security checks happen — or where they're missing. No more guessing what your code actually does.
Two Modes
Test Mode — full graph with every detail for internal audits and vulnerability research.
Public Mode — simplified graph that proves security without revealing implementation. Perfect for whitepapers and public verification.
Formal Proof of Security
Every path in the graph is analyzed. If there's a way for data to reach a sensitive operation without proper checks, ByteGraph finds it. If no such path exists — you now have mathematical proof that your code is secure.
Use cases
Who needs ByteGraph?
Security Auditors
Replace weeks of manual reverse engineering with an automated graph. Find vulnerabilities in hours, not weeks. Deliver proof, not opinions.
C/C++/ASM Developers
Verify your memory safety, bounds checks, and input validation before shipping. ByteGraph catches what valgrind and fuzzing miss — because it traces every possible path, not just the ones you test.
Blockchain & Crypto Projects
Prove your smart contract runtime or wallet is free of memory corruption and side-channel leaks. Public Mode lets you publish verifiable security proofs without exposing proprietary code.
Zero-Day Researchers
Map the attack surface of any x86 binary. ByteGraph shows you every unchecked input, every potential overflow, every missing canary — visualized as a graph you can explore interactively.
Currently in research phase
ByteGraph is being built alongside the Truth Engine. Together, they will provide formal verification of kryosette's entire codebase — and eventually, yours.