Disruptive MEMS Navigation Sensors

Making Navigation Sensors Accessible to High-Volume Markets

iNGage pushes the boundaries of high-performance inertial MEMS navigation sensors for autonomous mobility. Leveraging a breakthrough technology, iNGage aims to make high-performance inertial navigation sensors—essential for GPS-free navigation—accessible to critical high-volume applications such as defense drones, industrial robotics and automotive.

Multi-Axis Tactical-Grade Inertial Navigation Sensors

iNGage’s unique and scalable MEMS technology platform enables the production of:

By drastically reducing the size, weight, and cost of high-performance sensor-fusion navigation systems, our sensors enable:

Precise Pointing and Guidance

Reliable Real-time Localization

Affordable High-performance Navigation

AT CEA-Leti

0 YEARS OF R&D

protecting M&NEMS technology

0 + PATENTS

Ultra-Sensitive Piezoresistive Nano-Gage Detection

iNGage is revolutionizing inertial sensing by leveraging CEA-Leti’s M&NEMS technology that combines the scalability of MEMS technologies with a smaller and ultra-sensitive piezoresistive nano-gage detection principle. Built on standard MEMS process blocks and equipment, our technology is designed for seamless integration into existing high-volume, automotive-qualified MEMS and ASIC production infrastructures. By adopting a fabless business model, iNGage ensures scalability, cost efficiency, and rapid market deployment.

Developed over 15 years of R&D and protected by 30+ patents, this disruptive approach is bringing new levels of precision, compactness, and cost efficiency, paving the way for next-generation high-performance Attitude Heading Reference Systems (AHRS), Inertial Measurement Units (IMUs) and Inertial Navigation Systems (INS).

Unlocking the Future of Autonomous Mobility

To operate without GNSS signals—whether underground, inside buildings, in mountainous or urban environments, or under jamming conditions—autonomous systems rely on high-performance gyroscopes and inertial measurement units (IMUs). However, existing solutions are bulky and costly. While MEMS technology offers the potential to meet size and cost constraints, no solution has yet achieved the required performance levels.

The emergence of affordable, high-precision navigation sensors will unlock new use cases, enhancing localization accuracy, autonomy, and overall system efficiency. This will enable new applications in autonomous mobility and precise activity monitoring across industries such as logistics, agriculture, survey, mapping, connected vehicles, and autonomous driving.

Latest iNGage News and Industry Insights

PFA – Plateforme Automobile selects iNGage for Automotive Lab accelerator program

iNGage mentored by car makers to accelerate its development On November 4, during the French Automotive Industry Day, the PFA – PlateForme Automobile, a French automotive industry association – announced...

iNGage Raises €6M ($7M) to Industrialize Multi-Axis Inertial MEMS Navigation Sensors

Technology Is Designed to Play Key Role for Autonomous Systems’ Guidance and Navigation When GNSS Signals Are Lost Grenoble, France, and Milan, Italy – Sept. 30, 2025 – iNGage, a fabless provider of high-performance multi-axis inertial MEMS* navigation sensors for autonomous systems, today announced it has raised €6 million ($7M) in first-round funding to accelerate commercialization […]

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PFA – Plateforme Automobile selects iNGage for Automotive Lab accelerator program

iNGage Raises €6M ($7M) to Industrialize Multi-Axis Inertial MEMS Navigation Sensors

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iNGage to Exhibit and Present at LID World Summit 2025

iNGage will be exhibiting at the CEA-Leti Innovation Days on June 17-19 in Grenoble, France. Philippe Robert, our CEO will also be presenting iNGage’s innovative M&NEMS inertial technology on June 18 morning at the Precision Sensing Session amongst key speakers from the semicon industry. LID World Summit in Grenoble, France will gather 1,000+ attendees from […]

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