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Mindgrove Technologies Unveils Secure IoT, India's First High-Performance SoC for IoT Devices
Mindgrove Technologies Unveils Secure IoT, India's First High-Performance SoC for IoT Devices
Affordable Innovation Hype

Mindgrove Technologies Unveils Secure IoT, India's First High-Performance SoC for IoT Devices

Priced 30% lower than competitors, Secure IoT promises advanced functionalities without compromising performance.

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Key takeaways

  • Mindgrove Technologies launches India's first high-performance SoC, Secure IoT, for cost-effective IoT solutions.
  • Secure IoT is priced 30% lower than competitors, enhancing affordability without sacrificing performance.
  • Chip operates at 700 MHz, supporting a wide range of connected devices from wearables to EVs.
  • Mindgrove provides design support to local brands, promoting innovation and self-sufficiency in India's semiconductor sector.
  • Secure IoT includes advanced security features and programmable memory, catering to diverse applications like traffic management.
5 min

Mindgrove Technologies, a fabless semiconductor startup supported by Peak XV Partners, has unveiled India's inaugural commercial high-performance SoC (system on chip) dubbed Secure IoT. 

The chip, based on RISC-V architecture, targets Indian Original Equipment Manufacturers (OEMs) seeking cost-effective yet feature-rich solutions for IoT devices. Priced 30% lower than competitors, Secure IoT promises advanced functionalities without compromising performance.

Designed to operate at 700 MHz, Secure IoT is a versatile microcontroller catering to a spectrum of connected devices—from wearables and smart city infrastructure to EV management systems.

"Right-sizing has been the key differentiating factor when it comes to Mindgrove, giving it an edge over others, with enhanced flexibility, adaptability, security and cost-efficiency coupled with a robust support system.” said Shashwath TR, CEO and C0-Founder of Mindgrove Technologies.

Apart from chip sales, Mindgrove extends design support to domestic brands, fostering innovation and local production scale-up. This initiative aligns with India's goal of self-sufficiency and global competitiveness in the semiconductor domain. Shashwath forecasts a substantial market potential within India and anticipates global interest in Secure IoT.

The chip has completed a successful MPW tape-out at the 28nm node, with reference boards slated for OEM evaluation shortly. 

Secure IoT boasts extensive I/O capabilities, hardware-accelerated security algorithms, secure boot features, and on-chip programmable memory. Its compatibility with bare-metal code or microcontroller RTOS opens avenues in diverse sectors like traffic management, autonomous vehicles, and medical devices.

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