Smart Care

Health care systems and products have problems on complex operation, high power consumption, insufficient intelligence, and privacy concern.

SynSense’s neuromorphic intelligent solutions provide milliwatt-level dynamic visual interaction, which can realize fall monitoring, real-time monitoring, and empower a smarter and safer health care system.

Smart Husbandry

Aiming at the improving of low integration, high replacement cost, single monitoring function, and resource occupation of existing animal wearable devices.

SynSense’s end-to-end smart animal wearable solution has the advantages of ultra-low power consumption, low cost, high integration and small size.

With powerful biological signal recognition and behavior monitoring functions, it can accurately respond to the smart farming applications.

Smart Toy

Facing the weaknesses of traditional smart toys, such as high cost, low sensitivity, low accuracy, low level of intelligent interaction, and privacy exposure, by using neuromorphic intelligence to achieve full bionic vision and voice real-time interaction at low cost with ultra-low power consumption and ultra-low latency.

SynSense can make toys smarter and have a better interaction with kids and adult.

Smart Security

SynSense’s event-driven neuromorphic processor utilizes the world’s leading dynamic vision processing technology and paves the path such as object detection, location, tracking and surveillance, which enable event-driven, ultra-low power, always-on and privacy-preserving smart security systems.

Smart Home

Technology creates more convenient, more comfortable and safer living space for human beings.

SynSense neuromorphic technology deeply integrates ultra-low power consumption, always-on, privacy-protecting intelligent recognition and real-time interaction functions into life scenarios, and uses neuromorphic intelligence to take care of daily life and build a more humanized home space.

Autonomous Driving

As traditional solutions, there are some problems such as high power consumption, high cost, response delay, privacy concern and so on.

The “integrated sensory and computing” pure terminal neuromorphic solution will realize driving behavior analysis on the basis of reducing cost and power consumption and protecting privacy.

High-speed obstacle avoidance based on dynamic visual perception and calculation also can help improve the accuracy of self driving.