핵심 요구사항
- USBPcap 캡처 기반 USB 통신 프로토콜 완전 분석 및 문서화
- DLL/바이너리 정적·동적 분석 및 리버스 엔지니어링
- x86/x64 어셈블리, Win32 API, Windows 내부 구조 이해
- 관찰된 통신을 재현하는 독립 엔진 설계·구현
- 유저모드/커널모드 디버깅 및 저수준 시스템 프로그래밍
Required stack
필요 기술
C++CC#.NETx86/x64 AssemblyWin32 APIPythonRust
Project brief
프로젝트 내용
Hi,
I’m looking for an elite software engineer and reverse engineering specialist with expert-level knowledge across a wide range of technologies. I’m looking for someone who can analyze, understand, and work with virtually any software stack or programming language.
Required expertise includes, but is not limited to:
* Reverse Engineering
* C, C++, C#
* .NET Framework and .NET (Core/5/6/7/8+)
* Win32 API
* Windows Internals
* x86/x64 Assembly
* DLL analysis and development
* Static and dynamic binary analysis
* Debugging (user mode and kernel mode)
* Low-level systems programming
* Cryptography and cryptographic libraries
* USB protocol analysis
* Serial communication
* Device communication protocols
* Driver architecture and Windows drivers
* Memory analysis
* Performance optimization
* Software architecture and large-scale codebases
* Python
* Rust
* Go
* Java
* JavaScript/TypeScript
* PowerShell
* Bash
* Git and modern development workflows
The ideal candidate should be able to understand unfamiliar codebases quickly, analyze complex software architectures, debug difficult issues, and develop robust, high-performance solutions.
I have a large collection of technical materials, including source code, DLLs, binaries, protocol captures, logs, and documentation. I’m looking for someone who can review everything, understand the complete architecture, and contribute at the highest professional level.
If you have extensive experience with complex low-level software projects and believe you have the skills to tackle virtually any engineering challenge, I’d like to discuss the project, timeline, and budget.
I have a complete USBPcap capture of the communication workflow. The objective is to analyze the recorded communication, fully understand the protocol and execution flow, and use that understanding to develop an independent engine that reproduces the same documented behavior and functionality.
The project requires someone with extensive experience in USB protocol analysis, reverse engineering, binary analysis, low-level Windows development, and systems programming. You should be comfortable working with protocol captures, DLLs, binaries, and debugging tools to understand how the components interact and to implement a robust, high-performance engine based on the observed communication.
If you have experience with projects of this complexity, I’d be interested in discussing the technical details, timeline, and budget.
I’m looking for an elite software engineer and reverse engineering specialist with expert-level knowledge across a wide range of technologies. I’m looking for someone who can analyze, understand, and work with virtually any software stack or programming language.
Required expertise includes, but is not limited to:
* Reverse Engineering
* C, C++, C#
* .NET Framework and .NET (Core/5/6/7/8+)
* Win32 API
* Windows Internals
* x86/x64 Assembly
* DLL analysis and development
* Static and dynamic binary analysis
* Debugging (user mode and kernel mode)
* Low-level systems programming
* Cryptography and cryptographic libraries
* USB protocol analysis
* Serial communication
* Device communication protocols
* Driver architecture and Windows drivers
* Memory analysis
* Performance optimization
* Software architecture and large-scale codebases
* Python
* Rust
* Go
* Java
* JavaScript/TypeScript
* PowerShell
* Bash
* Git and modern development workflows
The ideal candidate should be able to understand unfamiliar codebases quickly, analyze complex software architectures, debug difficult issues, and develop robust, high-performance solutions.
I have a large collection of technical materials, including source code, DLLs, binaries, protocol captures, logs, and documentation. I’m looking for someone who can review everything, understand the complete architecture, and contribute at the highest professional level.
If you have extensive experience with complex low-level software projects and believe you have the skills to tackle virtually any engineering challenge, I’d like to discuss the project, timeline, and budget.
I have a complete USBPcap capture of the communication workflow. The objective is to analyze the recorded communication, fully understand the protocol and execution flow, and use that understanding to develop an independent engine that reproduces the same documented behavior and functionality.
The project requires someone with extensive experience in USB protocol analysis, reverse engineering, binary analysis, low-level Windows development, and systems programming. You should be comfortable working with protocol captures, DLLs, binaries, and debugging tools to understand how the components interact and to implement a robust, high-performance engine based on the observed communication.
If you have experience with projects of this complexity, I’d be interested in discussing the technical details, timeline, and budget.
지원 기회 분석
지원 전에 볼 것
예상 산출물
- 프로토콜 및 실행 흐름 분석 문서
- 관찰된 통신을 재현하는 독립 엔진(소스코드)
- 동작 검증을 위한 테스트/QA 결과물
매력 포인트
- 기술적으로 도전적이고 흥미로운 리버스 엔지니어링 과제
- 캡처·바이너리 등 분석 자료가 이미 확보되어 있음
확인할 점
- 타사 장치/소프트웨어의 통신을 그대로 '재현'하는 목적이 모호 — 라이선스 우회·클로닝 등 법적·윤리적 리스크 가능성
- 전문가급 리버스 엔지니어링 범위 대비 예산($750~1,500)이 현저히 낮음
- 요구 기술 목록이 지나치게 광범위해 실제 범위가 불명확
Client signal
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