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Smart Cities

A smart city is a resilient city, able to handle all the challenges of a changing world while keeping essential functions running. Our standards can provide city leadership with new tools and opportunities for effective change that can help them meet these challenges.

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City resilience: Leading-edge thinking on city resilience
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City resilience: Leading-edge thinking on city resilience

City resilience has become a much more pressing concern in recent years. It’s forecast that by 2050 an astonishing 70 percent of the world’s population will live in cities – the highest proportion in human history. This statistic is focusing people’s minds on how important cities have become and on how vulnerable they can be. Cities are where people, infrastructure, businesses, and institutions converge, making them a nexus for both opportunity and risk. Moreover, we live in a volatile world in which several stress factors are becoming more pronounced. These include climate change which gives rise to more extreme weather events. In addition, factors like congestion, automation, wealth inequality, and resource depletion must be added to the mix. In response, a lot of good practice in relation to city and urban resilience is being developed across the globe. Contributors include the World Bank, UNISDR, UN Habitat, and the OECD. For our part, BSI has drawn on these resources and consulted more than 200 senior city stakeholders to produce an authoritative and practical guide to city resilience: BS 67000:2019 City resilience – Guide, the world’s first city resilience standard on how to build a more resilient city. What is a Resilient City? By ‘resilience’, we mean ‘the ability to absorb and adapt in a changing environment’. In the context of cities, it’s both the capacity to manage shocks and carry on through short-term disruption, as well as to adapt to stresses and other challenges that present themselves in the longer term. When shocks occur in a city, the interdependent systems that enable everyday life can be compromised or fail, disrupting the services that people rely on. While severe shocks tend to hit the most disadvantaged the hardest, their impacts generally radiate widely, imposing human and economic cost curbing growth, and stifling opportunities. A resilient city is one that can mitigate the consequences of an acute shock and recover in a timely way. They are also agile in the face of risks, can adapt, and even take advantage of some of the opportunities that chronic stresses and longer-term change can produce. To learn what the role of public sector standards is in government, click here. What is BS 67000? This British Standard provides practical guidance and tools for increasing the resilience of cities.  BS 67000 builds on a growing body of guidance on this evolving subject and draws on global good practice as well as the expert knowledge and experience of 200 senior city stakeholders. This city resilience standard defines key concepts and terms and sets out a general framework to assist in the development of local resilience strategies and plans. These will: Engage and motivate city, community, and business leaders to address resilience and provide the necessary conditions for success Improve situational awareness over the short, medium, and long term Support and build deeper, broader, and more integrated capacity in the city Prioritize and strengthen capital investment decisions Recognize and prepare for changing demographic, technological, physical, and economic needs BS 67000 is intended for use by all stakeholders who contribute to city resilience, whether from the private, public, or third sector as applied across communities, governance, the environment, and infrastructure. Why has BS 67000 been Written? City resilience isn’t a new concept, but the need for it has become pressing. A “perfect storm” of stress factors such as climate change, resource scarcity, wealth inequality, an aging population, housing shortages, congestion, etc, have highlighted the need to address city resilience. City resilience has become a more prominent policy objective, but people who’re given responsibility for resilience in their organization are having to make it up or improvise due to a lack of agreement and standardization on what resilience is and how it should be done. BS 67000 was written to supply authoritative guidance on building resilience which cities can use to tackle future challenges and exploit opportunities. How will Cities Benefit from City Resilience Standard BS 67000? The standard aims to move cities away from a reactive, response-focused strategy, and ultimately towards a foresight model where resilience is seen as a means of exploiting opportunities and anticipating future changes which allow sustained economic competitiveness.  Cities with robust resilience can expect: Increased preparedness and agility in face of change and disruption Increased attractiveness to people and business Increased competitiveness against other cities Improved community cohesion Improved quality of life Increased financial stability Improved integration, collaboration, and shared benefits for city stakeholders Empowerment of citizens, businesses, and communities around common goals Reduced disruption, therefore increased productivity Future-proofing of the city through long-term planning Across the public sector, our standards are designed to help you establish good practice, build resilience, and embrace new technologies to help our cities be fit for the future. With a BSI Knowledge subscription, city resilience is at your fingertips with instant access to over 100,000 best practice documents. Request to learn more. Ensure your city is embedding resilience in its practices by adding standard BS 67000 to your collection today.Read more
How do we improve the quality of urban life?
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How do we improve the quality of urban life?

By 2030, a projected 28% of people around the world will live in cities of more than one million inhabitants, up from 23% in 2018. Globally, the number of megacities (with more than 10 million inhabitants), is projected to rise from 33 in 2018 to 43 in 2030. This trend is also being seen in the UK, where urban population growth is outstripping rural growth. However, the speed of this urbanization brings challenges, including demand on housing, transport and services – particularly for the one billion urban poor. These challenges are further compounded by rising global temperatures and the associated sea level rise, extreme weather and spread of disease. Yet cities such as Vienna, Melbourne and Vancouver, which regularly score highly on global quality of life indices, paint an altogether brighter picture of urban living. They offer a wealth of educational, employment and cultural opportunities along with safety and security, public transportation, access to healthcare, and a thriving natural environment. As more of us live in cities, what can be done to improve the urban quality of life and how can standards play a role? Urbanization and the quality-of-life challenge Numerous factors contribute to the quality of life that a city offers. In terms of health and quality of life, the World Health Organization says that urbanization can present a ‘triple threat’: Noncommunicable diseases are made worse by unhealthy living and working conditions, inadequate green space, urban heat islands, lack of safe space to exercise, etc. Injuries (including road traffic injuries and interpersonal violence) often related to poor working conditions and a lack of safe transport and infrastructure. Infectious diseases like COVID-19 and tuberculosis thrive in poor and overcrowded environments (one European study found that COVID patients exposed to air pollution spent four days longer in hospital and suffered the same health impact as if they had been a decade older). Environmental issues are also key to people’s wellbeing, health, and security. The UK is not immune to these threats. In the five years to 2021, over 570,000 new homes were built in areas not resilient to future high temperatures. And, just 35% of households with annual incomes below £10,000 are within a 10-minute walk of a publicly accessible natural green space.  These challenges are just the tip of the iceberg. The EIU’s Global Liveability Index reviews stability, healthcare, culture and environment, education and infrastructure factors to determine its worldwide rankings for cities. The 2023 report reveals that although worldwide scores for liveability are generally improving, scores for stability are slipping backwards. This fall comes largely because of civil unrest, cost of living, and crime. A particularly notable shift is Western European cities slipping down the rankings at the expense of cities in Asia-Pacific. What’s being done to address the problem? Urban quality is a growing priority for the WHO, which is aiming to address the issue through a wide focus on everything from better air quality, water and sanitation, to healthy food systems and diets. The UN is also taking the issue seriously, with ‘Sustainable cities and communities’ featuring prominently in its Sustainable Development Goals. In the UK, the government’s Levelling Up agenda sets out plans to regenerate 20 towns and cities, improve transport, cut crime, and raise living standards. And the Environment Agency’s ‘The state of the environment: the urban environment’ report explores ways of strengthening our urban areas’ climate resilience, as well as boosting residents’ health and wellbeing. However, in terms of practical solutions, there doesn’t seem to yet be consensus. One radical idea gaining increasing traction is the concept of the ‘15 minute city’, where most essential daily services (work, shopping, education, healthcare, etc.) should be within a 15-minute walk or cycle from any point in the city. Other ideas include: Circular economy models based on a healthy use of resources, including sharing, reusing and restoration. Smart and sustainable buildings and infrastructure that use data to optimize energy consumption and resource usage. City operations run through AI and automation. Green planning of public spaces, designed with people and society at their heart.  There is no one-size-fits-all approach to solving urban challenges, so we are likely to see a combination of approaches. Standards can provide relevant stakeholders with the tools to drive through reforms. How standards can play a role Liveability goes hand-in-hand with resilience. Building a resilient city involves tackling stress factors such as climate change, wealth inequality, resource scarcity, housing shortages and congestion – all of which also undermine people’s quality of life. BSI has consulted more than 200 senior city stakeholders to produce an authoritative and practical guide to city resilience BS 67000:2019 City resilience – Guide. It’s intended for use by all stakeholders from the private, public or third sectors, and can be applied across communities, governance, the environment, and infrastructure. Sustainability is also a key principle of quality of life. Through careful planning and building in harmony with the environment, urban areas become not only more environmentally friendly, but also more pleasant places to live. A range of standards contribute to improving sustainability and urban quality of life: BS ISO 37106:2021 Sustainable cities and communities — Guidance on establishing smart city operating models for sustainable communities BS ISO 37123:2019 Sustainable cities and communities. Indicators for resilient cities PD CEN/TS 14383-2:2022 Crime prevention through building design, urban planning and city maintenance - Principles and process BS 8680:2020 Water quality. Water safety plans. Code of practice Together, these standards can help guide urban planners and others in designing, implementing and running the liveable cities of today and tomorrow. Discover BSI Knowledge Over 100,000 internationally recognized standards are available for simple and flexible access with a BSI Knowledge subscription. Our tailored subscription service allows you to build your own custom collection of standards or opt for access to one of our pre-built modules, keeping you up to date with any changes. With support from a dedicated BSI account manager, our subscription service helps you achieve a more coherent and effective approach to best practice. Request to learn more.
Revolutionizing streetlight infrastructure: Introducing PAS 190 and PAS 191
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Revolutionizing streetlight infrastructure: Introducing PAS 190 and PAS 191

Lighting columns play an important role in the infrastructure of smart cities. They offer a practical and cost-effective solution for hosting a range of Internet of Things (IoT) and smart devices. To support the development of our future cities, two new documents have been published to provide a common framework for the design, installation, and maintenance of multifunctional columns in smart city infrastructure. By repurposing existing lighting columns, local authorities can save costs on installing new infrastructure and minimize disruption to the urban environment. Additionally, multifunctional columns can provide valuable data that can be used to optimize and enhance city services, such as traffic management, public safety, and environmental monitoring. To do this effectively, owners of street infrastructure assets - including Local Authorities (LAs) and landlords - are increasingly asking for a common framework and terminology to help them decide the suitability of existing assets for current and future demands. As well as to support investment decisions for upgrades and replacements. As a result, the Department for Science, Innovation & Technology (DSIT), has sponsored the development of two Publicly Available Specifications (PASs): PAS 190 and PAS 191. PAS 190 is a code of practice that provides a set of recommendations to assess and categorize current lighting and CCTV column inventories for multi-functional use, while PAS 191 is a specification that provides requirements for the design, installation and maintenance of multifunctional columns. Discover more about how standards are supporting innovation in the public sector by visiting our Public Sector Topic Page. PAS 190: Assess current lighting and CCTV columns for multi-functional use PAS 190 Existing lighting and CCTV columns – Assessment for multi-functional use – Code of practice provides a set of recommendations to assess and categorize current lighting and CCTV column inventories for multi-functional use in smart city infrastructure. The PAS covers the technical factors relevant for assessing the suitability of modifying current column inventories for multi-functional use, including small cell radio access points (base stations including 4G and 5G networks), non-illuminated signage, advertising banners, hanging baskets, festive decorations, CCTV and other safety devices, sensors and other IoT devices, electric vehicle charging points, public address systems, and powered digital signage. The purpose of PAS 190 is to support local authorities, PFI providers, highways authorities, mobile network operators, neutral host operators, manufacturers and suppliers of smart city infrastructure, and installers and maintenance providers make strategic assessments of lighting and CCTV columns for multi-functional use. PAS 191: Design, installation and maintenance requirements for multifunctional columns PAS 191 Multifunctional columns – Design – Specification specifies design, installation, and maintenance requirements for multifunctional columns or structures based on one or more core functions, such as lighting, CCTV, sign poles, traffic signals, and mast-type structures. It covers various design and performance attributes, including smart equipment hosting, attachments, aesthetic function, physical security, durability, installation, and maintenance. The PAS is intended for use by specifiers, designers, manufacturers, suppliers, and contractors of multifunctional columns, as well as installers of attachments and equipment on such columns. Infrastructure owners, managers, and mobile network and neutral host operators can also benefit from this PAS when considering procuring assets for new locations or where existing assets are unsuitable for additional multifunctional use. Overall, the use of PAS 190 and PAS 191 can help promote the development of smart cities that are safe, secure, sustainable, and effective at meeting the needs of their citizens. Download both the documents today from BSI Knowledge.
How can standards help us build the sustainable cities and communities of the future?
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How can standards help us build the sustainable cities and communities of the future?

Cities and communities are engines of economic and cultural development, but their size and complexity can compound many of the most serious social and environmental challenges facing the world today. Consuming two-thirds of the world’s energy while generating 70% of its global carbon dioxide emissions, they are also major contributors to the climate crisis. Current forecasts estimate that the world’s urban population will double by 2050. But are our current cities and communities able to meet the demands that come with rapid growth? Once built, land patterns and physical forms are locked in, making any change difficult and slow. However, emerging technologies and innovative urban planning now offer the potential for cities and communities to become more nimble, robust and sustainable in the face of these challenges. What are the challenge facing cities and communities? In many places, the sheer scale of urbanization is placing strain on existing infrastructure, housing, services, and job markets. Their complexity and population density also makes them vulnerable, and slow to respond to acute shocks like pandemics and natural disasters. Cities and communities can quickly grind to a halt when faced with bottlenecks and outages related to transit or electrical grids, for example. In many cities, rising populations are leading to a growing urban sprawl, resulting in unsustainable land use and pressure on natural resources. The World Bank estimates that, globally, 1.81 billion people (1 in 4) live in high-risk flood zones. And, since 1985, an area 50 times the size of greater London has been built in areas of the world with inundation depths of over 0.5 meters during severe floods. So, what’s the solution? How do we build more sustainable places?  Building the smart, sustainable, robust cities and communities of the future The concept of a ‘smart’ or ‘resilient’ isn’t a new one, but in recent years technology has started to catch up with that vision. Today, they offer a viable means of dealing with the challenges facing cities and communities. Smart, resilient cities and communities are those with capacity to both respond to shocks and plan to meet long-term challenges. The application of smart thinking will vary depending on the requirements and legacy infrastructure of the city or community in question. However, in broad terms, smart solutions can address a number of challenges, including: Environment: according to McKinsey Global Institute (MGI) analysis, a combination of air-quality monitoring, land-use optimization and electricity, water, and waste tracking could lower emissions by 10-15%. And there can be a substantially reduction in waste and resource use.  The recently-launched PAS 2080 standard can help the built environment sector with the transition to net zero by 2050 by managing and reducing the whole life carbon in buildings and infrastructure. Cost-of-living: solutions including dynamic energy pricing and digitized land use and permitting could combine to reduce access barriers and cost of basic and essential services. Health: data-driven public health initiatives and technology like remote patient-monitoring systems are predicted to be able to lower disease burdens by 8-15%. Transport: smart-mobility technology like intelligent traffic management can reduce gridlock and reduce commuting times by up to 20%. Emergency response: early warning detection systems for natural disasters like earthquakes can sync with infrastructure. For example, to shut down the flow of natural gas pipelines to reduce fire risk, or alerting hospital operating rooms. We are still a long way from seeing fully mature smart cities and communities, and recent analysis shows even the most advanced examples have much to do. There have also been some notable failures, including the collapse of the Alphabet-backed Sidewalk Labs project in Toronto, which had been planned as a smart city prototype. There are also concerns about whether smart cities and communities can ever be equitable – particularly in cities where a large number of residents live beyond the reach of city infrastructure. The former CFO of the City of Cape Town said on this point: “the cost of maintaining infrastructure… could actually be higher than the benefits resulting from the project.” Success will rely on buy-in, investment and co-ordination at all levels. Progress continues to be made, and standards will play a significant role in bringing smart, sustainable, resilient cities to fruition. How standards can help realize the vision of smart, resilient, sustainable cities and communities Standards are at the forefront of developing smart cities and communities, providing a valuable resource for anyone looking to improve how the built environment interacts with the natural environment. Standards can help policymakers, planners, developers and civilians share best practice, align development and implementation of technology, and improve engagement. Standards developed for local government will be particularly useful for building resilience and supporting development in areas like health, transport and environmental management. ISO 37101, for example, is  designed to support the implementation of strategies, programs, projects, plans and services related to sustainable development in cities. Other standards designed to support the development of smart, sustainable and resilient cities and communities include: BS ISO 37109:2023 (Recommendations and requirements for project developers) BS ISO 37108:2022 (Guidance for practical local implementation of ISO 37101) BS ISO 37110:2022 (Management guidelines of open data) BS ISO 37106:2021 (Guidance on establishing smart city operating models for sustainable communities) PAS 2080:2023 (Carbon management in buildings and infrastructure) As the world becomes increasingly urbanized, policymakers, planners, and communities themselves will have to radically rethink how cities and communities function and how we live within them. The tools are being developed to help rise to the challenge, and standards will play a significant role in ensuring success.

Key Smart City Standards

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