About the job
At CHAOS Industries, we are revolutionizing modern defense with innovative systems tailored for the challenges of today's world. Our products, crafted by elite U.S. military veterans and forward-thinking Silicon Valley experts, leverage Coherent Distributed Networks (CDN™) to provide unmatched support to warfighters, commercial air operators, and border protection teams, enabling them to respond swiftly, adapt to changing conditions, and outpace emerging threats. In an era where technological threats evolve rapidly, our advanced sensing and detection solutions offer a critical advantage: time.
Founded in 2022, CHAOS Industries has secured $1 billion in funding from prominent investors such as 8VC, Accel, and NEA. With our headquarters located in Los Angeles and additional offices in Washington, D.C., San Francisco, Seattle, and London, we are poised for significant growth. Learn more about us at www.chaosinc.com.
Role Overview:
- Lead a dynamic team dedicated to designing and developing state-of-the-art communications and data link systems that enhance Coherent Distributed Networks (CDN).
- Support existing CHAOS sensor products with critical capabilities.
- Innovate new families of communication products featuring cutting-edge capabilities.
Responsibilities:
- Design and develop advanced directive data links to interconnect nodes within a CDN.
- Implement strategies to minimize the RF signature produced by data links.
- Collaborate with timing specialists to integrate precise time-transfer algorithms into the network.
- Lead the creation of new communications capabilities with minimal oversight.
- Source or develop cost-effective, durable hardware to maintain data links in tactical environments among mobile nodes.
- Investigate and execute strategies to accurately position nodes independently of GPS.
- Employ algorithms to achieve sophisticated directional beamforming.
- Enhance algorithms for real-time performance and resource efficiency.
- Deploy algorithms in software (e.g., C++, Python, MATLAB) and/or hardware (e.g., FPGA).

