Agate Sensors

About Agate Sensors

Agate Sensors develops the world's smallest full-spectrum software-defined sensors that combine traditional RGB and hyperspectral imaging on a single chip. These sensors enable equipment manufacturers to detect, identify, and classify individuals, vital signs, and materials, addressing the limitations of existing imaging technologies in spectral bandwidth and resolution.

```xml <problem> Existing imaging sensor technologies lack the spectral bandwidth and resolution required for advanced detection, classification, and identification tasks in edge computing, IoT, and AI-driven applications. Current hyperspectral imaging solutions face limitations in physical size, spectral bandwidth, spectral resolution, power consumption, and sensor pricing, hindering their adoption in various use cases. </problem> <solution> Agate Sensors develops full-spectrum, software-defined sensors that integrate traditional RGB and hyperspectral imaging onto a single chip. This sensor technology enables equipment manufacturers to detect, identify, and classify individuals, vital signs, objects, and materials with enhanced spectral bandwidth and resolution. Agate's sensors overcome the limitations of existing imaging technologies by offering a compact, power-efficient, and cost-effective solution suitable for mass deployment in consumer electronics, industrial, defense, and space applications. The software-driven design allows for flexible functionality and customization, opening up new opportunities for application development. </solution> <features> - Combines traditional RGB CMOS sensor capabilities with spectroscopic capabilities, creating a full-spectrum data cube per pixel. - Eliminates the need for additional filters and complex optics, enabling slim and integrated product designs. - Software-defined functionality allows for customization and application-specific optimization. - Compatible with standard CMOS production processes for scalable manufacturing. - Enables the detection, classification, and identification of individuals, vital signs, objects, and materials. - Suitable for integration into cellphones, smartwatches, drones, cars, satellites, and industrial equipment. </features> <target_audience> Agate Sensors targets equipment manufacturers in consumer electronics, industrial automation, defense, and space industries who require advanced spectral measurement and imaging capabilities. </target_audience> ```

What does Agate Sensors do?

Agate Sensors develops the world's smallest full-spectrum software-defined sensors that combine traditional RGB and hyperspectral imaging on a single chip. These sensors enable equipment manufacturers to detect, identify, and classify individuals, vital signs, and materials, addressing the limitations of existing imaging technologies in spectral bandwidth and resolution.

Where is Agate Sensors located?

Agate Sensors is based in Espoo, Finland.

When was Agate Sensors founded?

Agate Sensors was founded in 2023.

Location
Espoo, Finland
Founded
2023
Employees
1 employees
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Agate Sensors

Score: 38/100
AI-Generated Company Overview (experimental) – could contain errors

Executive Summary

Agate Sensors develops the world's smallest full-spectrum software-defined sensors that combine traditional RGB and hyperspectral imaging on a single chip. These sensors enable equipment manufacturers to detect, identify, and classify individuals, vital signs, and materials, addressing the limitations of existing imaging technologies in spectral bandwidth and resolution.

agatesensors.com500+
Founded 2023 – Espoo, Finland

Funding

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Team (<5)

Mikael Westerlund

Business Development Executive / Sales / Marketing / Strategy

Company Description

Problem

Existing imaging sensor technologies lack the spectral bandwidth and resolution required for advanced detection, classification, and identification tasks in edge computing, IoT, and AI-driven applications. Current hyperspectral imaging solutions face limitations in physical size, spectral bandwidth, spectral resolution, power consumption, and sensor pricing, hindering their adoption in various use cases.

Solution

Agate Sensors develops full-spectrum, software-defined sensors that integrate traditional RGB and hyperspectral imaging onto a single chip. This sensor technology enables equipment manufacturers to detect, identify, and classify individuals, vital signs, objects, and materials with enhanced spectral bandwidth and resolution. Agate's sensors overcome the limitations of existing imaging technologies by offering a compact, power-efficient, and cost-effective solution suitable for mass deployment in consumer electronics, industrial, defense, and space applications. The software-driven design allows for flexible functionality and customization, opening up new opportunities for application development.

Features

Combines traditional RGB CMOS sensor capabilities with spectroscopic capabilities, creating a full-spectrum data cube per pixel.

Eliminates the need for additional filters and complex optics, enabling slim and integrated product designs.

Software-defined functionality allows for customization and application-specific optimization.

Compatible with standard CMOS production processes for scalable manufacturing.

Enables the detection, classification, and identification of individuals, vital signs, objects, and materials.

Suitable for integration into cellphones, smartwatches, drones, cars, satellites, and industrial equipment.

Target Audience

Agate Sensors targets equipment manufacturers in consumer electronics, industrial automation, defense, and space industries who require advanced spectral measurement and imaging capabilities.