In nature,
beyond electronics.
Think about the world of electronics and then focus on the sound of nature.
With INNOITALY you will no longer perceive the boundaries.
Natural energies in sustainable electronics.
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.
Versatile
Simple
Recyclable
(2nd life electronics)
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.
Versatile
Simple
Recyclable
(2nd life electronics)
Small EcoTech, Big Changes.
What does INNOITALY do?
1. Intelligent solutions
In order not to provide single data, but the related knowledge
2. Sustainability
Step 1:
by usage:
- consumption optimization and behaviour during usage
- no need for maintenance (i.e. no battery replacement)
Step 2:
by design:
- compostable components
- organic electrical circuits
- possibility to easily reuse and remove components
- reduced amount of components and devices required for the trasmission from sensor to database
3. Certifications enabler
Blockchain data
All new range of opportunities to claim and proof the ability to reach and respect certain certifications requiremets
4. Energy independency
- Ready-to-use electronics
- Endless usage scenarios
- Enabling sensors
- dissemination
& you?
5. Widespread social responsability
The immediate impact of INNOITALY alone is minimal, but if a conscious choice is done today, in the future will have a positive footprint. The choices we make depend on us and define us.
Are you ready to do your part?
What does INNOITALY do?
& you?
1. Intelligent solutions
In order not to provide single data, but the related knowledge
2. Sustainability
Step 1:
by usage:
- consumption optimization and behaviour during usage
- no need for maintenance (i.e. no battery replacement)
Step 2:
by design:
- compostable components
- organic electrical circuits
- possibility to easily reuse and remove components
- reduced amount of components and devices required for the trasmission from sensor to database
3. Certifications enabler
Blockchain data
All new range of opportunities to claim and proof the ability to reach and respect certain certifications requiremets
4. Energy independency
- Ready-to-use electronics
- Endless usage scenarios
- Enabling sensors
- dissemination
5. Widespread social responsability
The immediate impact of INNOITALY alone is minimal, but if a conscious choice is done today, in the future will have a positive footprint. The choices we make depend on us and define us.
Are you ready to do your part?
Our clean, natural energy
INNOITALY electronics
Energy Autonomy |
Virtually infinite lifespan without battery limitations |
---|---|
Maintenance Requirements |
No maintenance required |
Deployment | Deployable where needed without maintenance concerns or communication infrastructure needed |
Size/Weight | Can be downsized to chip size, offering compact design advantages |
Green footprint |
Easy to use, promoting environmental sustainability |
Traditional electronics
Energy Autonomy |
Limited to a maximum battery life of 10 years |
---|---|
Maintenance Requirements |
Requires battery charging or replacement |
Deployment | Deployment dependent on maintenance accessibility and/or infrastructure availability |
Size/Weight | Limited in downsizing due to the battery dimensions |
Green footprint |
High cost of disposal |
INNOITALY electronics
Energy Autonomy |
Virtually infinite lifespan without battery limitations |
---|---|
Maintenance Requirements |
No maintenance required |
Deployment | Deployable where needed without maintenance concerns or communication infrastructure needed |
Size/Weight | Can be downsized to chip size, offering compact design advantages |
Green footprint |
Easy to use, promoting environmental sustainability |
Traditional electronics
Energy Autonomy |
Limited to a maximum battery life of 10 years |
---|---|
Maintenance Requirements |
Requires battery charging or replacement |
Deployment | Deployment dependent on maintenance accessibility and/or infrastructure availability |
Size/Weight | Limited in downsizing due to the battery dimensions |
Green footprint |
High cost of disposal |