SA&CP and NOVAYA Labs are publishing a 4-blog series on data, spatial planning, and public and private sector investment for sustainable urban development, focusing on the Johannesburg Metropolitan Municipality.
The blogs will explore how data has been used to drive strategic spatial planning, integrated development planning and investment from within the Metro.
They will also track developments in open data in Johannesburg and South Africa, and how urban data has been leveraged by the private sector and civil society in South Africa.
Lastly, the blogs will explore emerging research and investment opportunities created by applying data and plantech for strategic spatial planning, and the coordination of investment resources for urban development.
By Peter Magni, with thanks to Miriam Maina
How the City generates and manages data
Managing a large city such as Johannesburg requires a significant volume of data and subsequent analysis of this data, for the coordination and management of land use, and the provision and operation of public infrastructure. Some data is needed to manage specific tasks, such as running a wastewater treatment plant. Some is necessary for long-term city planning; for example, population change and gross value added. The city needs urban data at varying degrees of detail and it needs to be collected longitudinally, to monitor and…
With thanks to Peter Magni and Miriam Maina
Rapid urbanisation is acknowledged as a cause and manifestation of the world’s current environmental challenges. Creating a more sustainable global future will require creating, transforming, or retrofitting existing urban systems to achieve social, environmental, and economic sustainability.
This blog uses a ‘multiple level perspective’ as a prism through which to view processes of urban transformation. This perspective sees change being initiated in ‘niches’ such as organisations or locales, which must be accepted by the existing ‘regime’ — a local government, or a multinational company. …
The Fourth Industrial Revolution (4IR) has been lauded for its potential to accelerate global social and economic transformation, raise income levels, and improve the quality of life. The 4IR is distinguished from previous industrial revolutions by increased fusion of technologies and the blurring of lines across the physical, digital and biological spheres. This has been driven by developments in technology and computing, most notably the expansion of processing power and storage capacity, enhanced connectivity and networks, increasing access to information and collaboration, and technological breakthroughs in AI, robotics, IoT, automation, biotechnology, quantum computing, large-scale information and big data, and analytics.
For transparent and data-driven urban transformation