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Freelance Software Reverse Engineer Jobs in Quantico, VA

Parsons Corporation

Reverse Engineer TS/SCI

Centreville, VA · On-site

$125.10K - $225.20K/yr

Software Development: Design and develop innovative software for tools and capabilities related to computer security, vulnerability research, reverse engineering, and product development. * Low-Level ...

Parsons

Reverse Engineer TS/SCI

Centreville, VA

$125.10K - $225.20K/yr

Software Development: Design and develop innovative software for tools and capabilities related to computer security, vulnerability research, reverse engineering, and product development. * Low-Level ...

Parsons

Hardware Reverse Engineer TS

Centreville, VA · On-site

$112.20K - $196.40K/yr

Our teams design and code software components, units, and modules to meet product specifications and development schedules for clients/customers. What You'll Be Doing: * Reverse engineering embedded ...

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Freelance Software Reverse Engineer information

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$140

How much do freelance software reverse engineer jobs pay per hour?

As of May 29, 2026, the average hourly pay for freelance software reverse engineer in Quantico, VA is $50.53, according to ZipRecruiter salary data. Most workers in this role earn between $25.72 and $65.43 per hour, depending on experience, location, and employer.

What are the key skills and qualifications needed to thrive as a Freelance Software Reverse Engineer, and why are they important?

To thrive as a Freelance Software Reverse Engineer, you need advanced knowledge of programming languages, binary analysis, operating system internals, and a strong background in computer science or related fields. Expertise with technical tools such as IDA Pro, Ghidra, OllyDbg, Wireshark, and proficiency in using debuggers and disassemblers is typically required. Strong analytical thinking, problem-solving, attention to detail, and effective communication with clients are standout soft skills in this role. These competencies are crucial for efficiently deconstructing software, understanding its functionality, and delivering actionable insights or solutions for clients.

What are some common challenges faced by freelance software reverse engineers when working with clients?

Freelance software reverse engineers often encounter challenges such as incomplete or unclear project requirements, which can make it difficult to determine the exact scope of work. Additionally, working with obfuscated or poorly documented code can slow progress and require creative problem-solving. Communication is key, as clients may not always understand the technical complexities involved, so setting realistic expectations and providing regular updates is essential. Freelancers must also stay current with evolving tools and legal considerations, especially when handling proprietary or protected software.

What are freelance software reverse engineers?

Freelance software reverse engineers are independent professionals who analyze and deconstruct software to understand its inner workings, functionality, and design. They often work on projects like software debugging, security analysis, compatibility research, or recovering lost source code. Unlike in-house engineers, freelancers take on contract-based assignments for different clients rather than working for a single employer. Their work often requires advanced technical skills and a thorough knowledge of programming, operating systems, and software architectures. This role can be essential for organizations seeking to improve software security, ensure compliance, or maintain legacy systems.

What is the difference between Freelance Software Reverse Engineer vs Freelance Malware Analyst?

AspectFreelance Software Reverse EngineerFreelance Malware Analyst
CredentialsKnowledge of programming, debugging, and reverse engineering toolsKnowledge of malware behavior, analysis tools, and cybersecurity principles
Work EnvironmentRemote, project-based, often collaborating with security teams or clientsRemote, focused on analyzing malicious code and threats for clients or security firms
Industry UsageSoftware development, cybersecurity, security consultingCybersecurity, threat intelligence, incident response
Search & Comparison IntentOften compared for skills in reverse engineering and software analysisCompared for expertise in malware detection and cybersecurity threats

While both roles involve analyzing software, Freelance Software Reverse Engineers focus on understanding and deconstructing software code, whereas Freelance Malware Analysts specialize in identifying and mitigating malicious threats. The two roles often overlap but serve distinct purposes in cybersecurity and software development.

What cities near Quantico, VA are hiring for Freelance Software Reverse Engineer jobs? Cities near Quantico, VA with the most Freelance Software Reverse Engineer job openings:
Freelance Software Reverse Engineer jobs near you

Software Developer/Reverse Engineer with Security Clearance

22nd Century Technologies, Inc.

Lorton, VA

Other

Posted yesterday

Job description

We are seeking Software Developers and Reverse Engineers to support the FBI’s– Reverse Engineering and Presentation team. You will work closely with government supervisors, product owners, and fellow developers to design, build, and deliver high-impact software solutions using Agile methodologies. Your work will directly support mission-critical operations and national security initiatives. This role demands deep technical experience, leadership skills, and operational awareness, especially in reverse engineering, secure software development, and data visualization for law enforcement. Key Responsibilities:
Perform static and dynamic analysis of binaries, executables, and firmware to determine functionality, origin, and potential threats.
Reverse engineer malicious software samples (Windows, Linux, Android, or embedded systems) to identify behavior, command-and-control mechanisms, and indicators of compromise (IOCs).
Decompile and analyze proprietary software and closed-source applications to understand algorithms, encryption schemes, and communication protocols.
Develop custom scripts, tools, and plugins (e.g., IDAPRO, Ghidra scripts) to automate or enhance analysis workflows.
Create detailed technical reports, including disassembly annotations, control-flow graphs, and mitigation recommendations.
Collaborate with red/blue teams, software developers, and threat hunters to improve detection capabilities and enhance defensive measures.
Support digital forensics and incident response teams with technical insight from reverse-engineered samples.
Participate in vulnerability research and exploit development for mission or defensive purposes.
Ensure analysis and artifacts comply with security policies, chain-of-custody standards, and classified handling procedures.
Candidates are not expected to have hands-on experience with every technology listed below. Instead, we seek individuals with strong analytical foundations, deep understanding of system internals, and demonstrated proficiency in one or more reverse engineering domains (e.g., malware analysis, binary instrumentation, or firmware analysis). Reverse Engineering Tools: IDA Pro, Ghidra, Radare2, Binary Ninja, OllyDbg, WinDbg, x64dbg, or similar.
Disassembly/Debugging Skills: x86/x64, ARM, MIPS assembly, decompilers, and symbol analysis.
Programming Languages: Proficiency in C, C++, and Python; familiarity with Go, Rust, or Java a plus.
Scripting & Automation: IDAPython, Ghidra scripting, or custom static analysis automation using Python or Bash.
Malware & Threat Analysis: Familiarity with packers, obfuscation techniques, anti-debugging, and sandbox evasion methods.
Network & Protocol Analysis: Wireshark, TCPDump, and analysis of network traffic generated by binaries.
Operating Systems: Deep understanding of Windows internals, Linux kernel, and possibly embedded/RTOS environments.
Security Knowledge: Understanding of exploit mitigation (ASLR, DEP, CFG), memory forensics, and secure coding practices.
Version Control & Documentation: Experience with Git, Jira, Confluence, or similar tools for maintaining traceability of findings.

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