Designing the Future of Urban Farming (2024)

Designing the Future of Urban Farming (1)

Designing the Future of Urban Farming (2)

Client

INFARM

OFFER

Strategic Futures

Breakthrough Products

INDUSTRY

Climate

Food

the challenge

Help INFARM develop the vision, products, and services for their B2B vertical farming offer.

the outcome

Concepts for the industrial design of B2B vertical farm units, the interaction design of the app to control and monitor the units, and a business model for sustainability.

impact

Press

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Designing the Future of Urban Farming (3)

The challenge of how we’ll feed the exploding world population in the future—in a sustainable, cost-effective, and environmentally friendly way—is seeding an agricultural revolution in Europe.

In 2012, INFARM founders Erez, Guy Galonska, and Osnat Michaeli found that vertical farms could be a solution to urban self-sufficiency. These farms could allow people to grow vegetables and herbs in small spaces, with no soil and far less water.

An approach that’s captured the imagination of futurists for decades, vertical farming involves growing vegetables and herbs in stacked units or inclined surfaces, within which moisture, light, temperature, and nutrients are monitored, and controlled.

After creating their first vertical farming experiment in their apartment in Berlin, the founders brought together plant scientists and industrial designers to explore and develop vertical farming’s potential.

Since then, the startup has created custom growing systems for clients including Airbnb, Mercedes-Benz, and Weber. Most recently, INFARM installed a vertical farm growing herbs and vegetables at the Berlin branch of German supermarket chain Metro, the fourth-largest retail chain in the world, to sell to the public. It’s been profiled in Wired Germany, Süddeutsche Zeitung, The Guardian, and Zeit.

Designing the Future of Urban Farming (4)

INFARM collaborated with IDEO to further explore their B2B offer, including concepts for the industrial design of the stackable, modular, climate-controlled units; the interaction design of an accompanying app to monitor and control the units, and its business model.

Urban farmers will sign up for “farming as a service,” comprising the units themselves, as well as a monthly subscription for seeds, cartridges filled with nutrients, and a pH regulator. Because they’re stackable, the modules can be scaled to suit anyone from a home grower to a restaurant chef or supermarket owner. And Erez claims a 1 square meter growing tray can yield four to six mature plants every day, 365 days a year, doubling that of state-of-the-art hydroponic greenhouses.

Designing the Future of Urban Farming (5)

As well as remotely regulating each unit’s climate, the app will educate growers about new vegetables and herbs, selling packs of complementary seeds, with suggested recipes for them, and cooking instructions. Aiming to promote biodiversity, the firm will sell rare-breed and heirloom seeds too.

The startup has funding from the EU’s European Pioneers fund, and is now looking to secure investment to accelerate software development and ramp up their hardware production capabilities. Quite literally, it's growing its business.

The challenge of how we’ll feed the exploding world population in the future—in a sustainable, cost-effective, and environmentally friendly way—is seeding an agricultural revolution in Europe.

In 2012, INFARM founders Erez, Guy Galonska, and Osnat Michaeli found that vertical farms could be a solution to urban self-sufficiency. These farms could allow people to grow vegetables and herbs in small spaces, with no soil and far less water.

An approach that’s captured the imagination of futurists for decades, vertical farming involves growing vegetables and herbs in stacked units or inclined surfaces, within which moisture, light, temperature, and nutrients are monitored, and controlled.

After creating their first vertical farming experiment in their apartment in Berlin, the founders brought together plant scientists and industrial designers to explore and develop vertical farming’s potential.

Since then, the startup has created custom growing systems for clients including Airbnb, Mercedes-Benz, and Weber. Most recently, INFARM installed a vertical farm growing herbs and vegetables at the Berlin branch of German supermarket chain Metro, the fourth-largest retail chain in the world, to sell to the public. It’s been profiled in Wired Germany, Süddeutsche Zeitung, The Guardian, and Zeit.

Designing the Future of Urban Farming (6)

INFARM collaborated with IDEO to further explore their B2B offer, including concepts for the industrial design of the stackable, modular, climate-controlled units; the interaction design of an accompanying app to monitor and control the units, and its business model.

Urban farmers will sign up for “farming as a service,” comprising the units themselves, as well as a monthly subscription for seeds, cartridges filled with nutrients, and a pH regulator. Because they’re stackable, the modules can be scaled to suit anyone from a home grower to a restaurant chef or supermarket owner. And Erez claims a 1 square meter growing tray can yield four to six mature plants every day, 365 days a year, doubling that of state-of-the-art hydroponic greenhouses.

Designing the Future of Urban Farming (7)

As well as remotely regulating each unit’s climate, the app will educate growers about new vegetables and herbs, selling packs of complementary seeds, with suggested recipes for them, and cooking instructions. Aiming to promote biodiversity, the firm will sell rare-breed and heirloom seeds too.

The startup has funding from the EU’s European Pioneers fund, and is now looking to secure investment to accelerate software development and ramp up their hardware production capabilities. Quite literally, it's growing its business.

Designing the Future of Urban Farming (8)

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Designing the Future of Urban Farming (9)

Designing the Future of Urban Farming (10)

If every city on earth were to grow 10 percent of its produce indoors, it would allow us to take 340,000 square miles of farmland back to forest.

Designing the Future of Urban Farming (11)

Dickson Despommier

Emeritus Professor of Public Health and Microbiology at Columbia University, and father of vertical farming

Designing the Future of Urban Farming (12)

PRESS LINKS

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Designing the Future of Urban Farming (2024)

FAQs

What is the future of urban farming? ›

Trends Shaping the Future of Urban Farming

Technology Integration: Urban farming is becoming more data-driven and tech-savvy. Smart sensors, automation, and artificial intelligence are being used to monitor and optimize crop growth. This technology-driven approach enhances productivity and resource efficiency.

How to develop urban farming? ›

By considering the barriers up front, you'll have fewer surprises as you get started.
  1. Find Training. ...
  2. Create a Business Plan. ...
  3. Find Appropriate Land. ...
  4. Test Soil. ...
  5. Learn the Basics of Production. ...
  6. Ensure Food Safety. ...
  7. Learn about Other Urban Farms. ...
  8. Explore Resources for Beginning Farmers.

What is the main idea of urban farming is growing a greener future? ›

Urban agriculture is emerging as a beacon of innovation and sustainability in the heart of our cities. These city farms can enhance food security, food equity, climate change resilience, deliver environmental benefits, and create green jobs.

What is urban farming AP human geography? ›

Urban farming practices refer to the cultivation of crops and raising of livestock in urban areas, typically on a small scale. This includes rooftop gardens, community gardens, and indoor vertical farms.

What will farming look like in 2050? ›

By 2050, the whole idea of what constitutes a farm may take a very different form. While fields of crops are unlikely to disappear completely, there's growing interest in 'vertical farming', or controlled environment agriculture (CEA). More than just greenhouse growing, CEA is heavily dependent on technology.

What are the future predictions for farming? ›

Future agriculture will use sophisticated technologies such as robots, temperature and moisture sensors, aerial images, and GPS technology. These advanced devices and precision agriculture and robotic systems will allow farms to be more profitable, efficient, safe, and environmentally friendly.

Is urban farming a good idea? ›

Urban agriculture allows for the development of a variety of environmental, economic, and social benefits to the surrounding communities. Urban farming can reduce transportation costs, help reduce runoff associated with heavy rainfall, and lead to better air quality.

How profitable is urban farming? ›

The average urban farm sees sales of just under $54,000 a year, according to the survey, although hydroponic operations earn more than double that and rooftop farms one-sixth of it. That modest paycheck may be why 1 in 3 urban farmers reported earning their living from their farms.

What are the three types of urban farming? ›

The different methods of urban farming include community-supported agriculture, city farmers' markets, indoor farming, vertical farming, and a host of other alternative means to produce or deliver food in an urban environment.

What are 3 benefits of urban farming? ›

In addition to nutritional benefits, urban agriculture activities also support physical and mental health, and well-being benefits. Gardening and farming activities promote physical activity, time spent outdoors, and cognitive stimulation through engaging with nature (Rees-Punia et al., 2017; Suto et al., 2021).

Why is urban farming bad for the environment? ›

Most of the climate impacts at urban farms are driven by the materials used to construct them—the infrastructure,” Goldstein said. “These farms typically only operate for a few years or a decade, so the greenhouse gases used to produce those materials are not used effectively.

Is urban farming bad for the environment? ›

City-grown fruits and vegetables are more carbon-intensive than conventionally grown crops, but there are ways to address their emissions. Rooftop farming in Brooklyn, New York.

Why do we need urban farming? ›

Urban agriculture, which means growing food in cities, evolved throughout human history. Urban agriculture promotes local and sustainable food systems. Agriculture in cities is good for the environment, the ecosystem, and the climate. Urban farming brings communities together and it improves the health of citizens.

What are examples of urban farming? ›

Community gardens, rooftop farms, hydroponic, aeroponic and aquaponic facilities, and vertical production, are all examples of urban agriculture. Tribal communities and small towns may also be included.

What is the urban farming movement? ›

The goal is to increase access to fresh, local food. Many urban farms exist right under the city dweller's noses, with people growing vegetables, gathering eggs, culling chicken for meat. It's a true farm-to-table movement, right in the backyard.

Is Urban Gardening the future? ›

“Urban agriculture offers a variety of social, nutritional and place-based environmental benefits, which make it an appealing feature of future sustainable cities. This work shines light on ways to ensure that urban agriculture benefits the climate, as well as the people and places it serves.”

Is urban farming on the rise? ›

Once a niche, small-scale practice, urban agriculture is gaining traction in the U.S. and globally as municipalities grapple with challenges related to food security, equitable access to nutritious options, and environmental sustainability.

Why does Dallas see a future in urban farming? ›

Urban farms have made it easier for communities to access fresh food. With the right infrastructure, City Hall believes it has the potential to improve Dallas' dining and food systems.

What is the main goal of urban farming? ›

Urban agriculture allows for the development of a variety of environmental, economic, and social benefits to the surrounding communities. Urban farming can reduce transportation costs, help reduce runoff associated with heavy rainfall, and lead to better air quality.

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