About
Our Roadmap
Heliosphere Industries is a company dedicated to developing the new way communities are built. We strive to create sustainable designs that are environmentally friendly and that offset emissions to help protect our planet. Our mission is to create efficient, smart, and beautiful designs that have a positive impact on our world.
We are committed to creating a better world for generations to come. We use cutting-edge technology and advanced materials to create designs that are efficient and eco-friendly so that our clients and communities can feel good about the impact their projects have on the environment.
Mission
At Heliosphere Industries, our mission is to design and develop eco-friendly, sustainable communities that utilize container homes, geodomes, and other sustainably built structures. We strive to offer a new way of building communities for the future, where privacy and community interaction are balanced with a central green space for community events. Our communities will be surrounded by natural landscapes and scenic views, creating a peaceful and serene environment for our residents.
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In addition, we aim to provide a space for research and development, business development, and a market district for small businesses. Our communities will be powered by solar energy, utilizing AI-enabled tools for energy, waste, and water management.
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We are committed to creating a better future for our planet and our communities, and we believe that by building sustainable communities, we can make a positive impact on the world.
Vision
To be the leading provider of sustainable community solutions, utilizing innovative designs and technology to create eco-friendly living spaces that promote environmental consciousness and community well-being. Our vision is to create a world where sustainable living is the norm, and our communities serve as a model for others to follow
Our Goals
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Creating a closed-loop system that is self-sufficient in terms of food production, waste management, rainwater harvesting, and energy generations.
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Minimizing the community’s ecological footprint by reducing reliance on non-renewable resources and promoting sustainable practices.
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Creating a sense of community and shared responsibility among residents for maintaining the sustainability of the eco-dome, container home, agricultural district, and market/ business district.
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Providing a high standard of living for residents, including comfortable housing, access to green spaces, and opportunities for education and personal growth.
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Being resilient to external changes, such as natural disasters, economic downturns and pandemics.
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Creating a model that can be replicated and scaled up to help address the challenges of climate change and urbanization.
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Provide a living laboratory for research, education, and public awareness on sustainable living.
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Provide consultation and resources for future land owners who want to build a sustainable community for their own and spread the vision amongst nations.
Our Community Specifications
Our community will be a leading forefront in the way societies should be developed. With the geopolitical agenda of today of corporations and organizations across the globe looking to reduce their carbon footprint and negative environmental impact, our world is moving faster and faster towards a sustainable environment, to remedy the previous generations' mishaps and mistakes.
1. Sustainable Building Materials:
The structures within the community should be constructed using environmentally friendly materials, such as bamboo, recyclable metal alloys, coffee husk, locally sourced timber, and should have a high level of insulation to reduce energy consumption. These materials shall be fire retardant, mold and pest resistant, and moisture proof.
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2. Renewable Energy Sources:
The community should be powered by renewable energy sources, such as solar and wind power, and should have energy-efficient systems in place to reduce consumption.
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3. Food Production:
The community should have its own food production systems, such as greenhouses, vertical farming units, hydroponics, and healthy livestock, to reduce the dependence on outside sources and promote self-sufficiency.
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4. Water Management:
The community should have a comprehensive water management in place, including greywater recycling, rainwater harvesting and an efficient irrigation system.
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5. Transportation:
The community should be designed to encourage the use of active transportation, such as biking and walking, and should have a limited number of parking spaces to reduce the use of cars, and where cars will be of use, we should provide electric vehicle charging stations. Everything will be accessible within a certain time/distance.
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6. Community Engagement:
The community should be designed to promote a sense of a real community to participate in decision making and community building activities as well as community outreach in various forms (feeding the homeless, donating goods, educating the public/youth, etc.) .
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7. Flexibility and Scalability:
The community should be designed in a way to allow for flexibility and scalability to adapt to changing needs and technologies over time.
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All of the above should be designed with an overall goal of achieving a zero-carbon footprint.
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Research
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​Conducting a feasibility study to assess the technical, financial, and social viability of the project.
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Financing
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Securing funding and partnerships to support the development of the community.
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Design
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Designing and engineering the eco-domes, container units, site infrastructure, agricultural hubs, and various commerce districts, including all energy, waster, and waste management systems
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Acquisition
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Acquiring land and obtaining necessary permits and approvals from local authorities and any and all environmental regulatory agencies.
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Site Development
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Building infrastructure, such as roads, utilities, and community spaces.
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Resource and Utility Development
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Developing and implementing a plan for food production, waste management, and energy generation within the community. Waste management will be broken down into compost, recycling of plastics and metals, and water treatment systems.
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Vertical Construction
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Building homes, markets, business, and development centers.
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Education
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Recruiting and training residents, including providing education and training on sustainable living practices.
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Evaluation
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Monitoring and evaluating the performance of the community over time to identify areas for improvement and ensure that it continues to meet its goals.
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Engagement
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Continuously engaging with the community, stakeholders and the public to share the learning and the outcomes of the project.
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Innovation
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Continuously looking for ways to innovate and improve the community, including researching new technologies and practices that can be incorporated into the community’s systems.
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Awareness
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Continuously sharing the learning with the broader community to help disseminate and replicate the model globally.
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