A Security Engineer at Torch Technologies plays a pivotal role in safeguarding our nation's defense infrastructure. As a 100% employee-owned company, we take immense pride in delivering advanced engineering, research, and development solutions to the Department of Defense (DoD). In this role, you are not just managing IT security; you are protecting critical tactical networks, weapon systems, and cloud-based defense applications that directly impact the safety of the warfighter.

Your expertise will be centered around major military installations, such as Maxwell AFB in Alabama and Hanscom AFB in Massachusetts. Whether you are stepping into a role as a Cybersecurity Senior ISSM (Information System Security Manager), a Security Control Assessor Representative (SCAR), or a Cybersecurity Engineer, Journeyman, your daily efforts will ensure that military systems maintain a resilient defensive posture. You will navigate complex compliance frameworks, identify vulnerabilities, and work alongside system developers to secure next-generation military technologies.

This position demands a unique blend of deep technical knowledge, rigorous adherence to federal compliance standards, and the ability to collaborate across multidisciplinary teams of military officers, civil servants, and defense contractors. It is a highly challenging yet rewarding environment where your individual contributions directly influence the strategic readiness of the United States Armed Forces.

The interview process at Torch Technologies evaluates both your technical mastery of cybersecurity principles and your understanding of federal defense frameworks. The questions below are representative of what you will encounter, compiled from real defense-sector interview patterns. They are designed to test your practical application of security controls rather than simple rote memorization.

Risk Management Framework (RMF) & Compliance

These questions assess your ability to guide a system through the complete lifecycle of authorization and maintain its security posture under DoD directives.

• Can you walk us through the six steps of the Risk Management Framework (RMF) and explain your specific role in the authorization process?
• How do you manage and track security controls using the Enterprise Mission Assurance Support Service (eMASS)?

Preparing for an interview at Torch Technologies requires a balanced approach. You must demonstrate that you are both a highly competent technical professional and a disciplined practitioner of federal security standards.

To stand out, focus your preparation on these key evaluation criteria:

Technical Domain Expertise (DoD Standards) – You must demonstrate a flawless understanding of DoD Instruction (DoDI) 8510.01, NIST Special Publications, and Defense Information Systems Agency (DISA) security guidelines. Be ready to explain how these standards apply to physical, virtual, and cloud-based environments.

Problem-Solving & Risk Assessment – Interviewers want to see how you analyze risk. You should be able to articulate how you evaluate the severity of a vulnerability, weigh its impact on military missions, and propose realistic, secure workarounds when standard controls cannot be met.

Stakeholder Communication & Leadership – As an ISSM or SCAR, you will constantly interact with program managers, engineering teams, and government authorizing officials. You must prove that you can build consensus, defend security postures authoritatively, and translate technical risks into operational impacts.

Mission Alignment & Integrity – Working in defense contracting requires a high degree of accountability and ethical standards. Highlight your commitment to national security, your attention to detail, and your ability to work autonomously in high-consequence environments.

The hiring process at Torch Technologies is structured to thoroughly evaluate your technical capability, compliance background, and cultural fit. Because our teams support critical military operations, the process is thorough but moves efficiently to secure top talent.

The journey begins with an initial technical recruiter screen. This conversation will focus on verifying your basic qualifications, such as your active security clearance, your DoD 8570/8140 baseline certifications, and your experience with military systems. Following a successful screen, you will progress to a technical panel interview, which is the core of the evaluation process. This panel typically consists of senior security engineers, project managers, and technical leads who will dive deep into your knowledge of RMF, network security, and vulnerability management.

For senior roles like Cybersecurity Senior ISSM, you may also participate in a situational or leadership-focused interview. This stage evaluates your ability to manage security packages, coordinate with government authorities, and lead junior cybersecurity personnel.

This visual timeline illustrates the typical progression from your initial application to the final offer. Most candidates complete the entire process within three to four weeks, depending on clearance verification and scheduling availability. Use this timeline to pace your preparation, focusing heavily on technical scenarios ahead of the panel interview.

To excel in the Torch Technologies interview process, you must understand the specific domains where you will be evaluated. Our technical teams look for practical, battle-tested knowledge in several critical areas.

Risk Management Framework (RMF) & Authorization (ATO)

This is the cornerstone of any cybersecurity position within Torch Technologies. You must prove that you can shepherd a system from its initial conceptualization through to its formal authorization.

Be ready to go over:

• Categorization – How to categorize systems based on the impact levels of confidentiality, integrity, and availability.
• Control Selection and Implementation – Selecting baseline security controls and tailoring them to fit the specific system architecture.
• Continuous Monitoring – Designing strategy plans to ensure systems remain compliant after receiving their ATO.
• Advanced concepts (less common) – Integrating DevSecOps pipelines into the RMF process to achieve a continuous ATO (cATO).

Example questions or scenarios:

• "If a system is categorized as Moderate-Moderate-Low, how does that affect your selection of NIST SP 800-53 controls?"
• "How do you manage inheritance of security controls from a hosting cloud provider to your application?"

Vulnerability Assessment & Compliance Tools

You will be expected to demonstrate a strong command of the technical tools used to assess and verify the security posture of DoD assets.

Be ready to go over:

• ACAS and Nessus – Running vulnerability scans, analyzing raw data, and filtering out false positives.
• STIG Compliance – Utilizing STIG Viewer and SCAP Compliance Daemon to audit operating systems, databases, and network devices.
• eMASS Management – Documenting assessment results, uploading artifacts, and managing POA&Ms within the official system of record.
• Advanced concepts (less common) – Automating compliance checks using scripting languages like PowerShell or Python.

Example questions or scenarios:

• "Walk me through how you would configure an ACAS scan policy to minimize network disruption while ensuring a comprehensive scan."
• "Describe your process for validating that a STIG benchmark has been correctly applied to a Red Hat Enterprise Linux system."

Stakeholder Collaboration & Mission Enablement

Security engineers do not work in a vacuum. Your ability to collaborate with developers, system administrators, and military leaders is crucial to the success of the program.

Be ready to go over:

• Conflict Resolution – Balancing strict security controls with the operational needs of the military mission.
• Technical Translation – Explaining complex cyber risks in terms of operational mission degradation.
• Mentorship – Guiding junior Information System Security Officers (ISSOs) and system administrators in secure configuration practices.

Example questions or scenarios:

• "How do you handle a situation where a system administrator refuses to apply a patch because they fear it will break a legacy mission application?"
• "What strategies do you use to prepare a program team for an upcoming command cyber readiness inspection (CCRI)?"

As a Security Engineer at Torch Technologies, your daily activities will vary depending on your specific program, but you can expect to drive several core initiatives:

You will lead the development, review, and maintenance of comprehensive security authorization packages. This includes authoring System Security Plans (SSPs), Security Assessment Reports (SARs), and maintaining dynamic Plans of Action and Milestones (POA&Ms). You will ensure all documentation is meticulously updated in eMASS to support ongoing authorization decisions.

Another major responsibility is continuous vulnerability management. You will coordinate and execute regular vulnerability scans using ACAS, analyze the results, and collaborate with system administrators to apply patches and configuration changes. When vulnerabilities cannot be immediately resolved, you will draft robust technical justifications and risk acceptance requests for the Authorizing Official (AO).

You will also act as a primary cybersecurity advisor to the engineering and program management teams. You will participate in architecture design reviews, ensuring that security is engineered into systems from the ground up rather than bolted on as an afterthought. This involves constant communication with external military stakeholders, security control assessors, and program office leadership.