A growing trend in the development of smart, “future” cities and communities, is urban farming--the practice of cultivating, processing and distributing food in or around urban areas.

By growing fruits and vegetables in urban areas, residents can increase their food security, add valuable green space to their communities, and reduce carbon emissions by limiting the transportation of food from rural areas.

Norway is one of the places where urban farming is becoming increasingly popular, and CGI consultants in Oslo banded together to brainstorm how technology can be used to improve urban farming processes. The result is a high-tech, thriving garden on the rooftop of CGI’s Oslo office called the Urban Farm Lab.

technonogy using urban farm lab -  cgi's innovation
technonogy using urban farm lab -  cgi's innovation
Urban Farm Lab -  smart, future cities and communities
cgi’s urban farm lab - water and waste management
 high-tech, thriving garden - cgi’s oslo office - urban farming
urban farming - sustainbility
urban farming - artificial intelligence
Urban Farming - future cities
cgi’s home grown Urban Farm Lab

CGI’s ‘home grown’ Urban Farm Lab

CGI’s Urban Farm Lab explores how to make urban farming as efficient and autonomous as possible using technologies such as artificial intelligence and the Internet of Things.

For example, the garden’s scarecrows use sound and artificial intelligence to detect birds that might harm the garden and keep them away. Based on the images captured by the cameras, the program identifies the type of bird that has landed in the garden and emits a specific alarm signal that will send that species away. This ‘approach is more effective than a traditional scarecrow that birds quickly learn to ignore.

Another example of technology used in CGI’s Urban Farm Lab is the internet-connected irrigation system that alternates between watering above ground and below ground to prevent wasting water (via evaporation) when temperatures are too high. Alternatively, watering can be delayed until temperature and brightness are lower. When combined with the precise irrigation of individual areas, CGI’s urban farm is exceptionally water efficient.

Once the Urban Farm Lab’s growing systems are refined for widespread use, CGI plans to make the Urban Farm Lab’s capabilities available for residential and commercial use so that more people and businesses can contribute to sustainability.

For more information about, and photos of CGI’s Urban Farm Lab, visit the Norway country site on CGI.com and CGI’s Norway Instagram feed.