Morse Micro is a leading semiconductor company revolutionizing Wi-Fi for the Internet of Things (IoT). We design and manufacture cutting-edge Wi-Fi HaLow (802.11ah) chips, enabling long-range, low-power connectivity for billions of IoT devices. Our innovative technology addresses the critical need for extended range and reduced power consumption in diverse IoT applications, from smart agriculture and industrial automation to smart home devices and security systems. We leverage a robust tech stack including technologies like nginx, Cloudflare Hosting, and utilize embedded C programming with experience in RTOS and Linux development environments. Our engineering culture fosters innovation and collaboration, with a global team of experienced professionals working remotely and across multiple offices. Morse Micro's commitment to creating world-class Wi-Fi solutions is driven by a team of industry veterans and Wi-Fi pioneers. We're a fast-growing company with significant funding secured through multiple rounds, demonstrating strong market validation for our technology. Our work environment encourages teamwork, open communication, and a commitment to both individual and collective growth. We offer remote work opportunities for many roles, providing employees with flexibility and autonomy. We are actively involved in setting Wi-Fi standards and constantly push the boundaries of low-power wireless connectivity. This commitment is evidenced by our recent achievements such as a record-breaking 16km HaLow Wi-Fi link at 900MHz. We're proud to attract top engineering talent globally. Our investment in R&D and our commitment to creating innovative products creates an exciting and challenging environment for engineers who share our passion for pushing the boundaries of wireless technology. With a global presence and offices strategically located across multiple continents, Morse Micro is poised for continued rapid expansion within the thriving IoT market. Join a dynamic and inclusive company where your contributions can significantly impact the future of connected devices.