Cybersecurity Researcher

As a Cybersecurity Researcher at Vannevar Labs, your main responsibilities include conducting intelligence collection from dark web sources, performing technical security research on various topics, and working collaboratively with engineers on new methodologies. You will also be involved in managing data processes and researching automation workflows, making your contributions vital to the effectiveness of our information operations.

To qualify for the Cybersecurity Researcher position at Vannevar Labs, candidates should have experience in OSINT investigations, familiarity with dark web data, and strong communication and teamwork skills. A thorough understanding of cybersecurity fundamentals and ethical handling of sensitive data is also essential, along with U.S. citizenship due to access requirements for certain data systems.

Vannevar Labs offers a supportive work environment with various resources for its Cybersecurity Researchers, including competitive benefits like unlimited PTO, a remote-first culture, lifestyle stipends, and comprehensive health insurance. The collaborative culture encourages knowledge sharing and project ownership, ensuring that researchers can thrive in their roles.

Cybersecurity Researchers at Vannevar Labs typically utilize a range of technologies and methodologies, including OSINT techniques, reverse engineering, and data collection frameworks. Familiarity with programming languages like Python or Java, as well as experience in cloud environments, can greatly enhance the effectiveness and efficiency of their research processes.

At Vannevar Labs, Cybersecurity Researchers can expect significant growth opportunities as the company expands its product ecosystem. Researchers will have the chance to take on leadership roles in developing new methodologies, expanding into new cybersecurity domains, and collaborating on complex projects that have a real-world impact.

When answering this question, provide specific examples of OSINT investigations you've conducted. Discuss the tools and techniques you used, such as digital forensics or data mining, highlighting how your work contributed to successful outcomes.

When responding, explain your methodology for gathering intelligence from the dark web safely and ethically. Include your experience in navigating dark web marketplaces, assessing legality and reliability of information, and ensuring anonymization during your investigations.

Discuss the importance of ethics in cybersecurity, especially in handling sensitive data. Share your understanding of data privacy laws and how you ensure compliance while conducting research.

Share specific examples of processes you've either created or improved that relate to data analysis or automation. Highlight the impact of these processes on efficiency and accuracy in your previous roles.

Emphasize the importance of communication and teamwork in cybersecurity. Provide examples of how you've successfully collaborated with engineers or other researchers to achieve common goals, noting specific tools or methodologies you've used to facilitate collaboration.

Discuss the tools you've found most effective in your research, such as threat intelligence platforms or specific software for data collection and analysis. Mention both commercial and open-source tools, giving reasons for your preferences.

Describe your strategies for keeping up-to-date with the cybersecurity field, such as following industry blogs, attending seminars or webinars, and participating in relevant online communities. Discuss how your ongoing education enhances your capabilities.

Choose a technical concept from your expertise and practice how to explain it simply, as if you were speaking to someone with no background in the subject. Highlight the importance of clear communication in cybersecurity roles.

Be specific about the programming languages you're familiar with, like Python or Java, and provide examples showing how you have used them in research or data analysis tasks. This can include automating tasks or developing tools.

Outline your steps in responding to a data breach, emphasizing immediate actions, such as containing the breach, assessing damage, and notifying relevant stakeholders. Explain the importance of a systematic approach to handling such incidents.