Summary
WhiteFox Defense Technologies is a global leader in airspace security, specializing in innovative counter-drone and airspace management solutions. WhiteFox is an expert in developing advanced systems that enable the detection, identification, and mitigation of rogue drones, ensuring safety and security in various environments, from critical infrastructure to public events.
WhiteFox's commitment to advancing drone technology responsibly and ethically positions them as a key player in shaping the future of secure and regulated airspace, reflecting a deep understanding of the evolving landscape of drone threats and airspace management.
Job Description
The Software Engineer II contributes to the development of all subsystems that make up a robust digital signal processing platform, primarily written in Rust. Your primary responsibility will be to use your development skills to implement core components of the cUAS (counter Unmanned Aerial System) architecture while understanding all tiers of the system, from the FPGA and low-level embedded Linux platform all the way up to the user interface. You will function as a contributor on an agile team working to further develop and better our product. You will demonstrate engineering discipline through detail-oriented documentation, unit testable code, and reports adhering to scientific principles.
Location
Remote - San Luis Obispo, CA
Responsibilities
Required Qualifications
Desired Skills and Experience
Compensation
Location
San Luis Obispo, CA
Direct Apply Only, No Recruiters
Send Resume to: careers@whitefoxdefense.com
About WhiteFox
WhiteFox Defense Technologies is at the forefront of airspace security, excelling in cutting-edge counter-drone technology and comprehensive airspace management solutions. Renowned for their proficiency in creating advanced systems, WhiteFox specializes in detecting, identifying, and mitigating unauthorized drone activities. Their offerings range from portable and mobile units to fixed site and virtual systems, providing versatile protection for critical infrastructures, public events, and sensitive areas against the escalating threats posed by rogue drones.