Security Engineer (Data Loss Prevention)

As a Security Engineer (Data Loss Prevention) at Avaloq, you will be responsible for defining and implementing DLP rules across various tools and systems, including Fortinet and Trellix. You'll also handle the operational implementation and automation of DLP tools, administer and maintain these systems, and provide valuable guidance to the business on DLP technologies, ensuring that our detection capabilities are continually improving.

To qualify for the Security Engineer (Data Loss Prevention) position at Avaloq, you should have a degree in Computer Science, Engineering, Information Security, or a related field. Experience with DLP tools, a strong understanding of security practices, and familiarity with DevSecOps principles are highly valued. Additionally, certifications in ITIL, Cloud, or Cyber Security would be beneficial.

Critical skills for the Security Engineer (Data Loss Prevention) position at Avaloq include strong problem-solving abilities and expertise in managing both Windows and Linux environments. Knowledge of cybersecurity principles, web protocols, and network security along with experience in automation tools like Terraform and Ansible will set you apart as a candidate.

Avaloq demonstrates a commitment to work-life balance by offering hybrid and flexible working arrangements for Security Engineers. This approach allows employees the flexibility to maintain personal commitments while continuing to thrive in our collaborative and innovative culture.

The team culture for a Security Engineer (Data Loss Prevention) at Avaloq is collaborative, supportive, and inclusive. We value diverse perspectives, encouraging all team members to share their unique ideas while fostering cooperative relationships at all organizational levels.

Data Loss Prevention (DLP) refers to a set of strategies and tools designed to prevent sensitive data from being lost, misused, or accessed by unauthorized users. As a Security Engineer, it's essential to articulate how DLP helps protect sensitive business information and maintains the credibility of the organization.

When asked about your experience with DLP tools, discuss specific systems you’ve worked with, such as Fortinet or Microsoft. Share examples of how you implemented DLP rules and any measurable outcomes from those initiatives to demonstrate your impact.

To answer this question, discuss your familiarity with automation tools like Terraform and Ansible. Provide specific examples of processes you’ve automated in past roles and highlight the benefits of those automations for efficiency and risk reduction.

When responding, consider using the STAR method: describe the situation, the task at hand, the actions you took to assess the vulnerability, and the positive results achieved post-correction to illustrate your problem-solving skills.

Explain your knowledge of incident response processes and tools, detailing any real-life examples when you’ve participated in IR efforts. This could include detection, analysis, containment, eradication, and recovery steps you’ve been involved in.

Mention specific resources you follow, such as cybersecurity blogs, podcasts, or industry news. Highlight how continuous learning and staying informed about emerging threats impacts your ability to protect the organization effectively.

Share your hands-on experiences working with Windows and Linux systems, discussing your management methods, knowledge of their security postures, and how your dual-environment proficiency enhances your effectiveness as a Security Engineer.

Emphasize the importance of clear communication in discussing security policies, educating team members on best practices, and collaborating with other departments to address security concerns. Examples of successful team collaboration would be beneficial here.

Discuss techniques such as risk assessment and resource allocation to prioritize your tasks effectively. Illustrating your organizational skills with an example will demonstrate your methodical approach to managing various projects.

In your response, consider discussing topics like remote work security, increasing cyber threats, or evolving regulations. Share your perspective on why these challenges are important and how you propose to address them as a Security Engineer.