Integrated LIDAR-on-chip sensors for autonomous and industrial vision
Voyant Photonics manufactures integrated photonic LIDAR sensors using silicon-based nano-optics. The stack reveals a hardware-first organization: FPGA/ASIC design tooling (Verilog, VHDL, Altium, KiCad), embedded systems (ARM Cortex variants), and active adoption of both LiDAR and Silicon Photonics indicate they are scaling from discrete prototypes toward integrated chip-level solutions. Pain points around yield, manufacturability, and cost reduction signal they are in the critical prototype-to-production transition phase, with hiring concentrated in engineering and manufacturing to support this scaling.
Notable leadership hires: Sales Director
Voyant Photonics designs and manufactures integrated LIDAR sensors on silicon using patented nano-optical approaches. The product targets autonomous vehicles, drones, robotics, and factory automation — segments requiring compact, low-power 3D sensing. Current work spans multiple module launches (carbon and helium variants), wafer-level test infrastructure, and manufacturing process optimization. The company operates from New York City with 11–50 employees, structured primarily as an engineering and manufacturing organization, and is actively hiring for production roles across the United States and Germany.
Integrated LIDAR sensors manufactured on silicon photonics platforms. The sensors target autonomous vehicles, drones, robotics, and factory automation applications, emphasizing compact size, low power consumption, and competitive cost.
Hardware design tools (Altium, KiCad, GDSII), FPGA/ASIC languages (Verilog, VHDL), embedded platforms (ARM Cortex-M/R/A, PIC), robotics frameworks (ROS/ROS 2), and C/C++/Python/Rust for firmware and test automation. Sales infrastructure includes HubSpot and Salesforce.
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