Vulnerability Research Internship (Cyber 223)

As a Vulnerability Research Intern at Research Innovations, Inc., you will be responsible for utilizing and improving internal tools to identify vulnerable code patterns. You'll engage in binary analysis and instrumentation, performing both static and dynamic analysis on various software. Your role will also involve software development to scale and prioritize research efforts effectively.

To apply for the Vulnerability Research Internship at Research Innovations, Inc., you should be pursuing a degree in Computer Science, Computer Engineering, or Cyber Security. Experience in vulnerability research and reverse engineering through platforms such as online wargames or CTF competitions is highly desirable. Proficiency in assembly, C/C++, Python, and a solid understanding of operating systems fundamentals will also be essential.

An active US Security clearance is not mandatory for the Vulnerability Research Internship at Research Innovations, Inc.; however, candidates must be willing to obtain one. This ensures that you can work on sensitive projects for Defense and Homeland Security customers.

As a Vulnerability Research Intern at Research Innovations, Inc., you will enjoy a range of benefits from day one, including flexible work schedules, health insurance coverage, paid time off, a 401k with company match, and access to wellness programs and paid parental leave, among many others. Our commitment to employee well-being and satisfaction is one of our core values.

The work environment for Vulnerability Research Interns at Research Innovations, Inc. is vibrant and inclusive. Our headquarters is filled with comfortable and colorful spaces, including a community game room, pantry, massage chair, and even an escape room to promote relaxation and creativity. We actively foster a community-oriented culture with regular events and initiatives.

Vulnerability research is the process of identifying weaknesses in software applications that could be exploited by malicious actors. Its importance lies in enhancing software security, protecting sensitive data, and safeguarding users from potential threats. When answering, relate this to hands-on experiences like wargames or competitions.

In my past projects, I utilized internal tools to automate the identification of code vulnerabilities. I have experience compiling data from static and dynamic analyses to create actionable insights. Discuss specific tools you have used, and convey how effective they were in identifying vulnerabilities.

One challenging problem I encountered was analyzing a particularly obfuscated code that hid its vulnerabilities well. To overcome this, I employed both static analysis and dynamic debugging techniques, which allowed me to uncover hidden logic flaws. Emphasize critical thinking and problem-solving skills in your answer.

I am most comfortable with Python, C/C++, and Assembly. I applied Python for scripting automated analysis tasks, utilized C/C++ for reverse engineering projects, and worked with Assembly for low-level debugging of applications. Mention specific projects where these skills were key to your success.

I actively participated in various online wargames and capture-the-flag (CTF) competitions, which honed my reverse engineering skills. For instance, in one CTF, I had to reverse engineer a binary to retrieve a hidden flag under a time constraint. Sharing experiences shows your passion and readiness for real-world applications.

I am drawn to Research Innovations, Inc. because of its commitment to diversity and innovation in the cyber security field. I admire how RII values creativity and encourages its employees to express their passions. Be specific about what you find appealing in RII’s culture and mission.

I follow several cybersecurity blogs, attend webinars, and actively participate in forums such as Reddit or Stack Overflow. This keeps me informed about the latest vulnerabilities and defense strategies. Mentioning specific sources shows your proactive approach to learning.

In a recent group project, I collaborated with peers on a software vulnerability assessment for a client’s application. I took the lead in conducting the binary analysis while assisting team members in dynamic testing. This answer should highlight teamwork and communication skills.

I have used tools like Ghidra and IDA Pro for binary analysis due to their robust features for disassembly and debugging. I find their ability to provide insights into complex binaries extremely valuable. Mention specific scenarios where these tools contributed to your analysis.

I manage my time by prioritizing tasks based on urgency and complexity. For instance, I use an agile approach to break down research projects into manageable sprints, allowing for ongoing evaluation and adaptation. Provide examples of how this approach has worked for you previously.