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From sensing to cloud: complete IoT solutions, maintenance free.

We design energy-independent IoT solutions that are simple to deploy, sustainable by design, and able to turn real-world data into actionable insights, delivering innovation without the burden of maintenance.

Innovation

INNOITALY produces
energy-independent, wireless
sensors and devices with
embedded AI
for diffused and ambient monitoring.

Natural energies in sustainable electronics.

Energy indipendency

Indipendent

Self-powered electronics, not dependent on batteries or wired power sources, without the need for maintenance, without the need to create additional electrical networks and systems, to transmit data ad information.

Versatility

Versatile

Usable in different fields and sectors, capable of adapting to changes and upcoming innovations.
Simplicity

Simple

Easy to use because maintanace-free associated with a digital-twin to constant monitor and manage.
Reciclable

Recyclable

Made with recyclable and compostable materials. Easily separable, so as to reuse the components with a longer end of life. (2nd life electronics)
Energy indipendency

Indipendent

Self-powered electronics, not dependent on batteries or wired power sources, without the need for maintenance, without the need to create additional electrical networks and systems, to transmit data ad information.

Versatility

Versatile

Usable in different fields and sectors, capable of adapting to changes and upcoming innovations.
Simplicity

Simple

Easy to use because maintanace-free associated with a digital-twin to constant monitor and manage.
Reciclable

Recyclable

Made with recyclable and compostable materials. Easily separable, so as to reuse the components with a longer end of life. (2nd life electronics)

INFINITE

areas of application

INITIAL FOCUS
1. agritech
2. logistics optimization (i.e. waste management)
3. infrastructure monitoring

The 6 strengths of
INNOITALY products

1. NEW APPLICATION FIELDS
possible

2. MAINTENANCE-FREE 
almost  zero maintenance required 

3. REDUCTION OF THE 
TOTAL COST OF OWNERSHIP 

4. SIMPLIFIED ONBOARDING

5. ENVIRONMENTAL & SOCIAL
SUSTAINABILITY

6. ESG POLICIES ENABLERS

Advantages of using
battery-free sensors

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ENVIRONMENTAL SUSTAINABILITY

1.  Reduced Use of Rare Earth Elements/Precious Metals
2. No Battery Disposal Needed

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SOCIAL SUSTAINABILITY

3. Fewer Rare Earth Elements/Precious Metals
    = Less Exploitation of  People

ico-economic-sustainability

ECONOMIC SUSTAINABILITY

4. Lower Purchase Cost
5. Reduced Maintenance Costs
6. Lower Disposal Costs

Products

Intelligent solutions
Sensing.Art

Sensing.Art

Sensing.Art INNOITALY’s energy-autonomous sensor is an advanced, battery-free solution for real-time monitoring of artworks and valuable assets (available also battery-operated version). Combining energy harvesting, LoRa connectivity, and integrated environmental and motion sensors, it ensures continuous protection during exhibition and transport. The system enables preventive maintenance by detecting out-of-range parameters early. Data are securely managed through INNOITALY’s blockchain-enabled cloud platform, supporting efficient conservation planning and museum logistics.

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Advanced all-in-one, wireless, batteryless preservation and protection solution for precious artworks.

Advanced all-in-one, wireless, batteryless preservation and protection solution for precious artworks.

Artworks preservation

Patent pending

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Ultra-low energy consumption and energy-independent sensor with solar cell dome.

Ultra-low energy consumption and energy-independent sensor with solar cell dome.

Smart home & office

Registered design

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Energy-independent SubGHz node with embedded sensors

Energy-independent SubGHz node with embedded sensors

This device combines ultra-low energy consumption with energy autonomy, using solar or renewable power for uninterrupted operation. It features high-precision measurement with integrated sensors for temperature, humidity, acceleration, and pressure, plus options for additional sensor modules. Its wireless transmission supports long-range connectivity via configurable SubGHz (LoRa, Sigfox). Compact and lightweight, it is easy to install and maintain, offering durability and maintenance-free performance. Applications include infrastructure monitoring, smart home & office, waste management, agritech,  museums and other asset tracking scenarios.

expand_more
Sensing.Art

Sensing.Art

Sensing.Art INNOITALY’s energy-autonomous sensor is an advanced, battery-free solution for real-time monitoring of artworks and valuable assets (available also battery-operated version). Combining energy harvesting, LoRa connectivity, and integrated environmental and motion sensors, it ensures continuous protection during exhibition and transport. The system enables preventive maintenance by detecting out-of-range parameters early. Data are securely managed through INNOITALY’s blockchain-enabled cloud platform, supporting efficient conservation planning and museum logistics.

expand_more
Advanced all-in-one, wireless, batteryless preservation and protection solution for precious artworks.

Advanced all-in-one, wireless, batteryless preservation and protection solution for precious artworks.

Artworks preservation

Patent pending

expand_more
Ultra-low energy consumption and energy-independent sensor with solar cell dome.

Ultra-low energy consumption and energy-independent sensor with solar cell dome.

Smart home & office

Registered design

expand_more
Energy-independent SubGHz node with embedded sensors

Energy-independent SubGHz node with embedded sensors

This device combines ultra-low energy consumption with energy autonomy, using solar or renewable power for uninterrupted operation. It features high-precision measurement with integrated sensors for temperature, humidity, acceleration, and pressure, plus options for additional sensor modules. Its wireless transmission supports long-range connectivity via configurable SubGHz (LoRa, Sigfox). Compact and lightweight, it is easy to install and maintain, offering durability and maintenance-free performance. Applications include infrastructure monitoring, smart home & office, waste management, agritech,  museums and other asset tracking scenarios.

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Not only values, but strong beliefs.

Positive impact

We minimize waste and production costs in a circular economy model, limiting the use of rare and precious raw materials and reducing the risk of social and environmental impact. All our products are Energy Independent and most components will be recycled and recyclable.

Transparency

The data detected by our devices are recorded in the blockchain, becoming absolute and reliable information. Real data, in real time.

Human-Tech

We develop small but versatile products that can bring new sustainable and effective solutions, serving the environment and mankind, to improve and accelerate sustainable change. Because everyone alone can do little, but many little, together, become infinitely much.

Made in Italy

We leverage the Italian and European ecosystem, from the founding members to the stakeholders, up to the choice of the individual electronic components.

Positive impact

We minimize waste and production costs in a circular economy model, limiting the use of rare and precious raw materials and reducing the risk of social and environmental impact. All our products are Energy Independent and most components will be recycled and recyclable.

Transparency

The data detected by our devices are recorded in the blockchain, becoming absolute and reliable information. Real data, in real time.

Human-Tech

We develop small but versatile products that can bring new sustainable and effective solutions, serving the environment and mankind, to improve and accelerate sustainable change. Because everyone alone can do little, but many little, together, become infinitely much.

Made in Italy

We leverage the Italian and European ecosystem, from the founding members to the stakeholders, up to the choice of the individual electronic components.

Our willpower is a lot, but together is easier.

Politecnico di Torino

Advanced research

Università degli Studi di Napoli Federico II

Advanced research

Università di Trento

Advanced research

STMicroelectronics

Components supply

checkup

Industrialization and production

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Industrial design

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Eco-friendly energy storage

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Backend development

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Backend development

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Acceleration

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