Defense Unicorns is seeking an experienced Platform Engineer to join their mission-driven team focused on advancing freedom and independence globally. This role combines DevOps expertise with security-focused software delivery, making it ideal for engineers passionate about both technical excellence and national security.
The position offers a unique opportunity to work with cutting-edge cloud-native technologies while supporting critical government and defense initiatives. As a Platform Engineer, you'll be responsible for bridging the gap between application development and production environments, implementing secure CI/CD pipelines, and mentoring junior engineers.
Key technologies you'll work with include Kubernetes, GitLab CI/CD, infrastructure as code tools, and various cloud platforms. The role requires strong programming skills (Python, Go, or similar), extensive experience with cloud deployments, and a deep understanding of security practices.
The company offers an impressive benefits package including 100% company-paid medical/dental/vision insurance, stock options, unlimited PTO, and a strong focus on professional development. The remote work environment and competitive salary range ($147,175 - $190,000) make this an attractive opportunity for senior engineers looking to make an impact in the defense sector.
Requirements include U.S. citizenship and security clearance eligibility, reflecting the sensitive nature of the work. The ideal candidate will bring a combination of technical expertise, security awareness, and leadership skills to help drive Defense Unicorns' mission of delivering secure, efficient software solutions for their government clients.
This role would be particularly appealing to engineers who value working on meaningful projects with national impact, enjoy mentoring others, and are interested in the intersection of cloud-native technologies and security. The company's culture emphasizes both technical innovation and national service, creating a unique environment for professional growth.