world's most advanced
autonomous monitoring sensor
To execute our vision of the self-aware room™, we knew it would require a first-of-its-kind hardware platform. We partnered with the world's leading hardware manufacturers to build the world’s most advanced autonomous monitoring sensor for healthcare.
ams1
AMS-M1
powerful device to address complex AI workloads
ams2
AMS-M2
powerful device to address complex AI workloads
AMS T2
AMS-T2
powerful device to address complex AI workloads
ams1
the most intelligent devices in healthcare

Packed with accelerated hardware and an array of smart sensors, our devices collect invaluable data and insights while running at peak efficiency. Built from the ground up to be open, and rapid to deploy, our state-of-art edge sensors deliver innovation at enterprise scale.

care.ai’s autonomous monitoring sensors are the next generation of IoT devices, that hold the power to transform healthcare – and it’s easy to see why.


AI at the edge

Edge processing shifts the inferences and analysis of data collected from our sensors for real-time decisions away from the cloud, enabling real-time response, reliability of operations, enhanced security and lower computing costs.

coralLogonvidiaLogo
technical specifications
dimentions

Camera: 126 x 71 x 58mm (5.0 x 2.8 x 2.3 inches)

Controller: 105 x 152 x 48mm (4.1 x 6.0 x 1.9 inches)

Cables (included): 5m

operating temperature
0° to 70°c
material

Controller: UV-stabilized polycarbonate, Aluminium

Mounts: Powder-coated/corrosion-resistant stainless steel

industrial connectors

Power/IO: Bayonet-locking, IP67

Camera: Bayonet-locking, IP67

Ethernet: RJ45 with included IP67 waterproof cap

ams1
the most intelligent devices in healthcare

Packed with accelerated hardware and an array of smart sensors, our devices collect invaluable data and insights while running at peak efficiency. Built from the ground up to be open, and rapid to deploy, our state-of-art edge sensors deliver innovation at enterprise scale.

care.ai’s autonomous monitoring sensors are the next generation of IoT devices, that hold the power to transform healthcare – and it’s easy to see why.


AI at the edge

Edge processing shifts the inferences and analysis of data collected from our sensors for real-time decisions away from the cloud, enabling real-time response, reliability of operations, enhanced security and lower computing costs.

coralLogonvidiaLogo
technical specifications
dimentions

Camera: 126 x 71 x 58mm (5.0 x 2.8 x 2.3 inches)

Controller: 105 x 152 x 48mm (4.1 x 6.0 x 1.9 inches)

Cables (included): 5m

operating temperature
0° to 70°c
material

Controller: UV-stabilized polycarbonate, Aluminium

Mounts: Powder-coated/corrosion-resistant stainless steel

industrial connectors

Power/IO: Bayonet-locking, IP67

Camera: Bayonet-locking, IP67

Ethernet: RJ45 with included IP67 waterproof cap

ams t2
Bring the power of AI to point-of-entry screening

Built with behavioral A.I. (artificial intelligence) and machine learning technologies, care.ai provides the world’s first thermal sensor for healthcare. The care.ai™ AMS-T2 thermal sensor is placed at facility entry points and captures skin temperature readings of persons entering the facility, to assist with mitigation of virus spread.

Additionally, the care.ai solution automatically notifies staff when assistance is needed. The result is increased patient safety, improved staff efficiency, and better overall outcomes.


AI at the edge

Edge processing shifts the inferences and analysis of data collected from our sensors for real-time decisions away from the cloud, enabling real-time response, reliability of operations, enhanced security and lower computing costs.

coralLogonvidiaLogo
technical specifications
dimentions

Camera: 126 x 71 x 58mm (5.0 x 2.8 x 2.3 inches)

Controller: 105 x 152 x 48mm (4.1 x 6.0 x 1.9 inches)

Cables (included): 5m

operating temperature
0° to 70°c
material

Controller: UV-stabilized polycarbonate, Aluminium

Mounts: Powder-coated/corrosion-resistant stainless steel

industrial connectors

Power/IO: Bayonet-locking, IP67

Camera: Bayonet-locking, IP67

Ethernet: RJ45 with included IP67 waterproof cap

features
accelarated deep learning

Performance-accelarated hardware to deploy state-of-the-art deep learning models for large-scale production deployment.

low latency for fast inference time

Built for lightning-fast deep learning based inference, within tens of milliseconds for each activity.

enterprise grade IoT security

Enhanced device layer security for secure boot, device authentication, data at rest, and device identity.

low power consumption

Our sensors can provide a unique combination of low-latency response times, and high compute performance, at very low wattage.