indie designs mixed-signal semiconductors for automotive sensing (LiDAR, radar, ultrasound, vision) and in-cabin interfaces, sold to Tier 1 suppliers and OEM integrators. The tech stack—MATLAB, Python, C++, AUTOSAR, CANoe, ISO 26262—reflects a mature automotive-grade design cycle. Engineering dominates hiring (23 of 29 open roles), with active focus on SoC solutions, radar architecture, and ADAS system modeling. In-house test and manufacturing capability buildout (notably reducing external test dependencies) signals vertical integration and supply-chain localization.
indie manufactures automotive-grade mixed-signal semiconductors for Advanced Driver Assistance Systems, electrification, and next-generation user interfaces. The product portfolio spans edge sensors—LiDAR, radar, ultrasound, computer vision—alongside SoC platforms that process multi-modal sensor data. The company supplies Tier 1 automotive vendors whose products reach major global OEMs. At 501–1,000 employees across the US, Argentina, Germany, Taiwan, Morocco, Switzerland, China, and Canada, indie operates a vertically integrated model: design (MATLAB/Python/C++ CAD environment), mixed-signal manufacturing, and test operations. Current operational focus includes bringing test production in-house, post-M&A integration, and yield optimization.
Mixed-signal semiconductors and SoC platforms for automotive sensors (LiDAR, radar, ultrasound, vision) and in-cabin interfaces used in ADAS, electrification, and autonomous vehicle applications.
Design: MATLAB, Python, C++, Lauterbach TRACE32. Automotive standards: AUTOSAR, CAN, Ethernet, ISO 26262, Automotive SPICE. Verification: CANoe, VectorCAST. Infrastructure: GitLab CI/CD, vSphere, Docker, VMware.
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