The Tonomia Project

Tonomia is about ultimate self-sustaining Life!

Tonomia means :

T : Total Autonomy

O : Off grid Spaces

N : Nearby Resources

O : Objects & tools

M : Mobility

I : Interconnectivity

A : Activity

Tonomia is about total life autonomy or what’s often called self-sustaining life.

Self-sustaining life refers to organisms or systems that are able to maintain their existence and survival without external assistance. This concept can be applied to various scales, from individual organisms to entire ecosystems. In order to be self-sustaining, a system must have the ability to generate or acquire all necessary resources, such as food, water, and energy, to continue functioning without the need for outside inputs.

At the individual organism level, self-sustaining life refers to species that are able to obtain all the resources they need to survive through natural means. This could include plants that are able to photosynthesize to produce their own food, or animals that hunt or forage for their sustenance. In both cases, the organisms are able to meet their basic needs without relying on external sources.

At the ecosystem level, self-sustaining life refers to the ability of a system of organisms to support one another in a balanced manner. In a self-sustaining ecosystem, all the species within the system contribute to its stability and viability, and there is no need for outside inputs. For example, in a healthy coral reef ecosystem, different species of fish and invertebrates perform different functions that support the overall health of the reef, such as cleaning the reef, controlling pests, and spreading coral larvae.

Self-sustaining life is important because it represents a more sustainable and resilient way of living. By relying on internal resources and not relying on external inputs, self-sustaining systems are better able to withstand environmental changes and disruptions. Additionally, self-sustaining systems are able to conserve natural resources and reduce the environmental impact of human activities.

In recent years, there has been increased interest in creating self-sustaining communities and systems, such as eco-villages and sustainable agriculture. These initiatives aim to reduce the human impact on the environment and create more sustainable and resilient ways of living.

In conclusion, self-sustaining life is a concept that refers to organisms or systems that are able to survive and thrive without relying on external inputs. Whether it’s at the individual organism or ecosystem level, self-sustaining life represents a more sustainable and resilient way of living, and it is an important area of study for those interested in environmental sustainability.

O : Off grid Spaces

Autonomy applies to all different occupation spaces. Homes, buildings, working spaces, schools, …

Sustainable occupation spaces refer to physical environments designed and constructed to minimize their impact on the environment, while still providing a comfortable and functional workspace for its occupants. These spaces are built with the goal of reducing their carbon footprint, conserving natural resources, and promoting health and well-being.

Some of the key features of sustainable occupation spaces include:

1. Energy Efficiency: The use of energy-efficient systems, such as LED lighting and HVAC systems, reduces energy consumption and lowers the building’s carbon footprint.
2. Water Conservation: The use of low-flow fixtures and rainwater harvesting systems helps conserve water resources.
3. Materials Selection: The use of sustainable and non-toxic building materials, such as bamboo flooring and recycled insulation, reduces the building’s environmental impact.
4. Natural Light: The incorporation of large windows and skylights to bring in natural light, reducing the need for artificial lighting and increasing the building’s energy efficiency.
5. Indoor Air Quality: The use of natural ventilation and air filtration systems helps improve indoor air quality, promoting the health and well-being of the building’s occupants.

By adopting these and other sustainable design practices, occupation spaces can play an important role in reducing the overall impact of buildings on the environment and promoting a healthier and more sustainable future.

A strong local economy can produce a variety of goods and services across various sectors, including:

1. Agriculture: Locally grown crops, such as fruits and vegetables, as well as livestock and dairy products can be produced and sold within the local community.
2. Industry: Local manufacturing and production of goods, such as textiles, furniture, and electronics, can be established and sustained within the local economy.
3. Building Materials: Locally sourced materials, such as stone, timber, and clay, can be used in construction projects, reducing the environmental impact of transportation and manufacturing.
4. Private and Public Services: A wide range of services, such as healthcare, education, and professional services, can be provided within the local economy, supporting local businesses and creating jobs.
5. Retail: Local retail businesses, such as grocery stores and boutiques, can provide goods and services to the local community, supporting local entrepreneurship and promoting economic diversity.
6. Tourism: A strong local economy can attract tourists, generating revenue for local businesses and contributing to the local economy.
7. Technology: Local technology companies can provide cutting-edge solutions and services, such as telecom, networks, and data centers, fostering innovation and economic growth.
8. Sports, Tourism, Leisure and Entertainment: Local sports facilities, tourist attractions, leisure and entertainment venues can provide recreation and leisure opportunities for residents, generating revenue for local businesses and contributing to the local economy.
9. Finance: Local financial institutions, such as banks and credit unions, can provide financial services and support to the local community.

By producing a variety of goods and services across these sectors, a strong local economy can help reduce the dependence on imported goods, support local businesses and entrepreneurs, and contribute to the sustainability and resilience of the community. Additionally, a strong local economy can also provide a variety of benefits to its residents, such as increased employment opportunities, improved quality of life, and a more vibrant and diverse community.

The use of local food resources can have a positive impact on both sustainability and the ecosystem.

Some benefits of local food systems include:

1. Reduced Carbon Footprint: Local food systems reduce the carbon footprint of food production and transportation, as food does not have to be transported long distances.
2. Supporting Local Economies: The use of local food resources supports local economies by creating jobs and generating revenue for local farmers and food producers.
3. Improved Food Quality: Local food resources often provide fresher, higher-quality food as it does not have to be transported over long distances, reducing the need for preservatives and other additives.
4. Increased Biodiversity: Local food systems promote biodiversity by supporting a variety of local crops and livestock, reducing the dependence on monoculture farming practices.
5. Promoting Sustainability: Local food systems promote sustainable agriculture practices, such as using composting and cover cropping, which help to improve soil health and reduce the use of chemical fertilizers and pesticides.

In addition to these benefits, local food systems also promote community development, as they foster relationships between farmers, food producers, and consumers. By promoting local food systems, we can support the sustainability of our communities and the ecosystem as a whole.

Some examples of local resources that can be used in sustainable construction include:

1. Building Materials: The use of locally sourced materials, such as stone, clay, and timber, reduces the environmental impact of transportation and manufacturing, and supports local economies.
2. Renewable Energy: The installation of renewable energy systems, such as solar panels and wind turbines, can provide clean and sustainable energy to the building, reducing its reliance on fossil fuels.
3. Water Management: The use of local water resources, such as rainwater and greywater, can help conserve potable water and reduce the demand on municipal water supplies.
4. Landscaping: The incorporation of local flora and fauna in landscaping can help reduce the impact of landscaping on the environment and promote biodiversity.

By utilizing local resources, sustainable construction projects can not only reduce their impact on the environment, but also contribu

1. Reduced Transportation Costs: The use of locally sourced materials reduces transportation costs, as materials do not have to be transported long distances, reducing the carbon footprint of the operation.
2. Supporting Local Economies: The use of local materials supports local economies by creating jobs and generating revenue for local businesses.
3. Lower Energy Requirements: The use of locally sourced materials reduces the energy requirements for production and transportation, as materials do not have to be processed or transported over long distances.
4. Improved Sustainability: The use of locally sourced materials can help industrial operations reduce their carbon footprint and promote sustainable practices, such as using sustainable resources and reducing waste.
5. Reduced Dependence on Imported Materials: By using locally sourced materials, industrial operations can reduce their dependence on imported materials and ensure a more secure and stable supply chain.

In addition to these benefits, the use of local materials can also improve the social and environmental sustainability of industrial operations. By promoting sustainable practices and supporting local economies, industrial operations can contribute to the overall sustainability of their communities.

In order to support local production across various sectors, including agriculture, industry, telecoms, remote working, mobility, and energy, there are several key tools and initiatives that can be utilized, including:

1. Agricultural Technology: The use of modern farming techniques and technologies, such as precision agriculture, can improve local agriculture production, increase yields, and reduce waste.
2. Industry 4.0: The adoption of Industry 4.0 technologies, such as automation, robotics, and the Internet of Things (IoT), can support local manufacturing and production.
3. Telecoms Infrastructure: Investing in high-speed broadband infrastructure and mobile networks can support local businesses and residents in the adoption of new technologies and remote working.
4. Remote Working: Encouraging remote working and telecommuting can reduce the need for travel, increase flexibility for workers, and promote sustainability.
5. Sustainable Mobility: Supporting the development of sustainable transportation options, such as electric vehicles, public transportation, and cycling infrastructure, can help reduce the dependence on cars and reduce the carbon footprint of transportation.
6. Renewable Energy: Encouraging the adoption of renewable energy sources, such as solar, wind, and hydropower, can reduce the dependence on non-renewable energy sources and support local energy production.

By implementing these key tools and initiatives, a strong local economy can support sustainable production and consumption, create jobs and business opportunities, and contribute to the overall sustainability and resilience of the community.

M : Mobility

Vehicles are key for off grid and remote areas for several reasons:

1. Improved Accessibility: Vehicles are often the primary means of transportation in remote areas, providing access to essential services, such as healthcare, education, and commerce, that might otherwise be difficult to reach. This can improve quality of life and support the development of remote communities.
2. Economic Development: Vehicles can support economic development in remote areas by facilitating trade and commerce, enabling the transportation of goods and services, and creating job opportunities in transportation, logistics, and maintenance.
3. Emergency Services: Vehicles are essential for emergency services, such as medical care and disaster response, in remote areas. They allow for quick and efficient access to remote communities, which can be crucial in emergency situations.
4. Community Connections: Vehicles can also help connect remote communities with each other and with larger cities, facilitating the exchange of goods, services, and ideas, and promoting social and cultural interaction.
5. Tourism: Vehicles are important for the development of tourism in remote areas, allowing visitors to explore and enjoy the unique natural and cultural offerings of these regions.

In conclusion, vehicles play a crucial role in remote areas, providing access to essential services, supporting economic development, facilitating emergency response, connecting communities, and supporting tourism. They are a key tool for improving the quality of life and promoting sustainability in remote areas.

I : Interconnectivity

Wireless Telecommunication solutions for remote places

Telecommunication solutions in remote places are essential for connecting communities to the rest of the world. The following are some of the main telecommunication solutions used in remote areas:

1. Satellite Communications: Satellite communications are used in remote areas where there is no terrestrial infrastructure, such as cell towers or fiber optic cables. Satellite communication systems use satellites in orbit to transmit and receive signals, providing voice, data, and internet services to remote communities.
2. Cellular Network: In areas where terrestrial infrastructure is present, cellular networks can be used to provide telecommunication services. Mobile network operators often use a combination of cell towers and satellites to provide coverage in remote areas.
3. Microwave Network: Microwave networks use microwave radio signals to transmit data over long distances. Microwave networks can be used to connect remote communities to the rest of the world, providing voice, data, and internet services.
4. Wi-Fi Networks: Wi-Fi networks can be used to provide internet access in remote areas. Wi-Fi networks can be set up using a combination of Wi-Fi hotspots and Wi-Fi mesh networks to provide coverage over a large area.
5. Radio Communications: Radio communications can be used to provide voice and data services in remote areas. Radio communications can be set up using a combination of base stations and mobile devices, providing voice and data services over a large area.
6. VSAT Networks: Very Small Aperture Terminal (VSAT) networks use satellites to provide broadband internet services to remote areas. VSAT networks are commonly used in remote areas where terrestrial infrastructure is not available.

In conclusion, there are a variety of telecommunication solutions available for remote areas, including satellite communications, cellular networks, microwave networks, Wi-Fi networks, radio communications, and VSAT networks. Each solution has its own strengths and weaknesses, and the best solution will depend on the specific requirements of the remote community.