Hardware-based remote access without network packets or IP exposure
Zeroport is building a physical gateway device that intercepts remote access at the network perimeter, translating human input into pixel streams only—no packets cross the boundary. The tech stack reveals a hardware-forward company: Altium and PCIe design, Linux kernel work, and embedded AI (TensorFlow Lite, ONNX) for detection systems, paired with backend infrastructure (Python, FastAPI, Kubernetes). Early-stage hiring is heavily weighted toward senior engineers (7 of 9 roles), suggesting deep technical problems in real-time C++ systems and custom OS-level work rather than feature velocity.
Zeroport provides a non-IP secure remote access solution built on a patented physical bridge deployed at the network gateway. The product enables remote work without routing digital packets into or out of the protected network, keeping air-gapped environments isolated while adding remote access capability. The company serves financial institutions, critical infrastructure operators, and government organizations across isolated and connected networks. Operations span offices in Herzliya (Israel), New York, and Singapore, with a team of 11–50 people focused on embedded AI, real-time inference, and custom Linux-based systems development.
Python, C++, FastAPI, Node.js/React/Next.js for frontend; embedded AI via TensorFlow Lite and ONNX Runtime; Linux, Docker, Kubernetes; infrastructure on AWS, GCP, Azure; hardware design in Altium with PCIe and USB protocols.
Herzliya, Israel. The company also operates offices in New York and Singapore and is hiring in Israel.
Real-time inference on embedded hardware, AI-driven detection systems, custom Linux-based systems, high-performance C++ applications, and core backend infrastructure for the secure remote access platform.
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