RFID and computer vision platform for autonomous retail operations
RADAR combines RFID hardware and computer vision to automate inventory, checkout, and customer analytics in physical retail stores. The tech stack—Python, Java, Go, C++, FPGA, and LIDAR paired with BigQuery, Kubernetes, and Airflow—reflects a hardware-heavy engineering organization building real-time distributed systems. Active projects span ML infrastructure, RFID hardware development, and CI/CD automation, while pain points cluster around real-time data synchronization across store deployments and scaling ML pipelines—typical signals of a company moving from single-store pilots toward multi-location deployments.
RADAR operates a platform that fuses RFID tagging and computer vision to solve three core retail problems: automated inventory counts and replenishment, granular customer-product interaction tracking (giving physical stores digital insight parity with e-commerce), and autonomous checkout. The company sells to mid-market and enterprise retail chains operating from a New York base, founded in 2013. With 51–200 employees and an engineering-focused org, RADAR is actively scaling hardware integration and ML infrastructure to support retail networks, while addressing compliance and distributed-system reliability challenges typical of hardware rollouts across dozens of store locations.
RADAR uses Python, Java, Go, C++ for application logic; FPGA, Xilinx, VHDL, Verilog for hardware; BigQuery, Kubernetes, Airflow, and Terraform for infrastructure; and Android/iOS for mobile interfaces. NetSuite and SAP integrate with retail operations.
RADAR is headquartered in New York, NY and currently hiring in the United States and Peru.
RADAR's technology stack, projects, and hiring signals are inferred from public hiring and company data — career pages, public listings, and company web presence — then clustered and de-duplicated. Figures are estimates that refresh over time. Read our full methodology →
This is not an official vendor or customer list. It is a technology-adoption signal inferred from public data, intended for B2B research.