YOUR GUIDE TO THE FUTURE

Urban mining is an innovative strategy that redefines waste as a resource, particularly within the context of electronic waste (e-waste). This article delves into the potential of smart cities to integrate urban mining processes, turning discarded electronics into new materials for construction and manufacturing. We explore the environmental and economic benefits, the technological innovations driving this niche field, and how it contributes to a robust circular economy model, reducing dependency on raw material extraction and promoting genuine sustainability.

Decentralized energy cooperatives empower underserved communities to cut costs, generate clean power, and reclaim energy sovereignty.

Nano-materials are revolutionizing construction engineering with breakthroughs in lightweight durability, energy efficiency, and sustainable urban design.

Digital twins are revolutionizing Australian smart city solutions by simulating urban environments to optimize planning, reduce costs, and address risks like climate change and infrastructure failures.

Discover how smart city circular economy solutions are transforming urban sustainability in Australia. Learn about innovative strategies that reduce waste, promote resource efficiency, and create sustainable economic opportunities in cities.

This blog post offers a detailed exploration of smart city infrastructure in Australia, focusing on its components, benefits, challenges, and ways to engage in its development. It provides actionable advice for Australian readers interested in participating in shaping their city's future.

This post provides an overview of smart city solutions in Australia, exploring their benefits, challenges, and implementation strategies. It offers actionable advice for cities looking to embrace smart technologies and build a brighter urban future.

This post provides a comprehensive overview of the smart city ecosystem, including its core elements, benefits, challenges, and actionable steps for implementation. It emphasizes the importance of technology, data, and collaboration in building sustainable and livable urban environments.

This blog post provides a comprehensive overview of smart city traffic solutions, exploring their benefits, challenges, and practical implementation steps. Discover how these innovative technologies are transforming urban mobility, reducing congestion, and creating more efficient and sustainable transportation systems for the future.

This blog post provides a comprehensive overview of smart city infrastructure companies and their role in transforming urban environments. It explores key technologies, advantages, and challenges in developing smart infrastructure, along with actionable steps for cities to choose the right partners. Discover how smart city infrastructure is shaping the future of urban living.

This blog post provides a comprehensive overview of smart city technology providers, exploring their key offerings, the challenges they address, and the benefits they bring to urban environments. It offers actionable advice for choosing the right provider and emphasizes the importance of data security, scalability, and integration capabilities. Learn how smart city technologies are transforming our cities and creating a more sustainable future.

This blog post provides a comprehensive overview of smart city infrastructure, exploring its key components, benefits, and implementation challenges. Discover actionable strategies for building smarter, more sustainable urban environments and learn how these technologies are transforming the future of our cities. From smart grids and transportation to public safety and environmental monitoring, this guide offers valuable insights for urban planners, city officials, and anyone interested in the future of urban living.

This blog post provides a comprehensive overview of smart city software solutions, exploring their core components, benefits, and implementation challenges. Discover practical advice for selecting and implementing the right software for your city, and learn how these technologies are driving innovation and creating more efficient, sustainable, and connected urban environments.

This blog post explores the transformative potential of smart city solutions, offering a comprehensive overview of their key elements, advantages, and challenges. Discover actionable insights and practical advice for implementing smart city initiatives, paving the way for a more sustainable and efficient urban future. From smart governance and infrastructure to mobility and environmental solutions, this guide provides a roadmap for building smarter cities and enhancing the lives of citizens.

Smart cities as a response to urbanization and the need for sustainable development. The role of smart technology and innovation in transforming cities into smarter, more efficient, and livable spaces is ever more critical in the future. Angelidou et al. (2022) identifies several key trends in smart city development.

While the Arctic faces unique challenges and opportunities, the concept of smart sustainable cities can be adapted and applied to promote sustainable development in this environmentally sensitive area. Technology and innovation play critical roles in supporting sustainable development in Arctic cities.

Bodø’s ambition to be the smartest city in the world started in 2017 when the Norwegian government granted the move of their airport to Bodø. The city establishes the vision of being the most smart and sustainable city by creating thorough planning of a more compact city and focusing the development on the city centre.

Climatic, geographic and demographic factors often become a challenge for arctic city development and growth. Smart City concept then often adopted to boost the innovation and growth of the arctic cities. with approximately three-quarters of the Arctic population living in the urban area, many cities shift their economy by honing the knowledge-based economy.

A successful smart city project might inspire city stakeholders to expand the project or upscale the project into a wider area of application. Van Winden et al. (2016) distinguished three types of smart city project upscaling that can be useful to understand how the project can be applied in another context based on their type and goals of the project.

The development of a viable business model is key for continuation of the project and implementation of the results. Especially projects that depend on external funding or subsidy need to determine from the outset howthey will generate sufficient value and revenue streams to be able to continue the project after the subsidy it ended.

How advanced the technology or solution is not only the sole factor of success of a smart city initiative. How partnership of different stakeholders was built and organised is also critical to the success of the smart city projects.

Apparently 25% of Amsterdam canals are navigable waters. Yet, the canals are mostly used for leisure and tourism purposes. City Supplier is an initiative to reuse the canals to facilitate the city’s transport need.

Office space in the urban area has become unaffordable for creatives in Amsterdam as population and the city continue to grow. When the Amsterdam Municipality opened a competition for development proposal of an abandoned wharf previously used by the shipbuilding industry, a group of architects proposed De Ceuvel as an office park development for creatives.

From the concern of the family-owned business, RIGO Paints rethink how the paints are produced to reduce its ecological impact. Petrochemical and acrylic paints are widely known for its environmental harm from its manufacturing process that use significant energy and produce harmful waste.

Mu et al. (2022) conducted a study to fill in the gaps of knowledge of causal relationship between organisational conditions and government-led smart city projects. This exploration contrasts with the widely studied business-led smart city projects.

Rapid rate of urbanisation in major cities have driven many governments struggling to provide various public services to the inhabitants. Thus, many city governments resort to reaching out to Social Enterprise to support the mobilising & dispensing of socio-economic resources.

To embrace urban transformation toward smart city development, the local government needs to not only prepare the installation of ICT. Smart cities also benefit from strengthening the city's physical and social readiness to acquire optimal growth.

Digital and data technology are often seen as the key ingredients of smart city development. Yet, many cities come across roadblocks when establishing their smart city only by adopting the latest technology. Often the technological reliance has only created additional complexity related to data management, security and governance.

Fiscal constraint that smaller cities usually face in the adoption of Smart City is the inadequate scale given their size and reduced purchasing power. Case studies of small and rural municipalities in Canada show a way to address this challenge through municipal collaboration.

Siokas et al. (2021) maps, evaluate and analyse local municipalities strategic action that contributes to the success of Smart City. First, the study found that having digital tools and infrastructure is significant for the success of the adoption of Smart City model.