RF cyber-takeover platform for counter-drone defense and critical infrastructure protection
D-Fend Solutions builds radio-frequency cyber-takeover technology that remotely commands rogue drones to safe landings without jamming or kinetic force. The stack—MATLAB, Python, FPGA, DSP, PyTorch—reflects deep embedded systems and signal-processing work; current hiring skews 60% toward engineering roles, with active buildout of cloud infrastructure, CI/CD automation, and a tiered global support organization. The project list signals a shift from single-site detection toward cloud-based, real-time platforms with standardized customer training and support.
D-Fend Solutions develops counter-drone technology deployed across military, federal law enforcement, airports, prisons, and critical infrastructure sites worldwide. The core product, EnforceAir, autonomously executes RF cyber-takeovers—non-destructive remote takeover of airborne drones—to eliminate threats while preserving communications and operational continuity. The company operates across Israel, the United Kingdom, the United States, Singapore, and Japan. With 201–500 employees and a predominantly senior technical workforce, D-Fend is scaling engineering capacity and establishing global support infrastructure to handle growing demand and operational complexity.
Core stack includes MATLAB, Python, FPGA, DSP, PyTorch, Elasticsearch, and Linux. Engineering tools span C++, Git, Jenkins, Docker, and CI/CD pipelines. Security and reverse-engineering tooling includes IDA Pro and GHIDRA.
Active projects include real-time drone detection and RF cyber-takeover platforms, cloud-based product offerings, CI/CD pipeline optimization, global support organization buildout, and automation frameworks for testing and deployment.
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