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Tag: Smart Cities

  • Georgia a Big Winner at Smart 20 Awards With Three Projects Honored

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    Georgia continues to shine in the smart cities arena, with three projects earning national accolades at the Smart 20 Awards, presented at the Smart Cities Connect Conference on April 14 in San Antonio, Texas. Led by Curiosity Lab at Peachtree Corners and the Partnership for Inclusive Innovation (PIN), Georgia contributed 15% of this year’s honorees, with initiatives focused on traffic safety, electric transit, and energy integrity.

    “These partnerships for smart city innovation are proof that collaboration is indeed Atlanta’s superpower and helps propel Georgia as a top state for cleantech innovation,” said Cynthia Curry, Senior Director of Cleantech Ecosystem Expansion at the Metro Atlanta Chamber.

    Ghost Intersection: Enhancing Traffic and Pedestrian Safety

    Curiosity Lab at Peachtree Corners, in partnership with Seyond, introduced its “Ghost Intersection” project to improve mobility and safety at SR141 and Peachtree Corners Circle. Using LiDAR technology and advanced software, the initiative captures real-time traffic data to reduce collisions. “We are always looking for new ways to harness cutting-edge technology to improve safety and accessibility for our community,” said Brandon Branham, Peachtree Corners Assistant City Manager and Chief Technology Officer. He added, “This technology can be deployed without tearing up roads or disrupting commutes and provides a cost-effective path to next-generation infrastructure.”

    The other two winning projects were supported by PIN:

    Chatham Connect: Expanding Electric Microtransit

    Chatham Area Transit (CAT) launched an initiative to integrate on-demand electric transit with existing services in Chatham County. “This Smart20 Award underscores our commitment to transit equity and innovation,” said Mary Moskowitz, CAT’s Chief of Planning. With support from PIN, Georgia Tech, and local institutions, CAT is developing a scalable model for transit systems nationwide to ensure sustainable and reliable transportation.

    Thomasville Heights: Reducing Energy Burdens in Underserved Communities

    Atlanta’s Energy Efficiency Education Project was celebrated for its impact on Thomasville Heights and Norwood Manor. The project utilized drone-based audits and affordable retrofits to cut air leakages by 25%, boost comfort by 92%, and lower energy consumption by up to 35%. “Our research demonstrated the power of targeted retrofits to enhance both energy equity and climate resilience,” said Georgia Tech Associate Professor Tarek Rakha. Chandra Farley, Atlanta’s Chief Sustainability Officer, noted the program as a precursor to WeatheRISE ATL, emphasizing its replicable and transformative approach.

    “As priority neighborhoods for Mayor Dickens’ Neighborhood Transformation Initiative, the informative project outcomes will continue to serve these neighborhoods, and the entire city, for years to come.”

    To learn more: https://pingeorgia.org/smart-20-awards-with-three-projects-honored/

    Contact Information

    Claire Angelle
    Publicist
    claire@angelleconsulting.com
    6786410051

    Source: Partnership for Inclusive Innovation

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  • Partnership for Inclusive Innovation Smart Cities Projects Receive International Recognitions

    Partnership for Inclusive Innovation Smart Cities Projects Receive International Recognitions

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    Warner Robins, Woodstock, and Columbus, Georgia, recognized with smart community awards

    Within hours in early March, projects from three Georgia communities that are part of the Partnership for Inclusive Innovation’s (Partnership) Community Research Grant program were honored with international smart cities awards. 

    Warner Robins’ Citizen Safety Digital Twin for Community Resilience and Woodstock’s Smart Master Plan and Smart Corridor Study were recognized at the 2024 Taipei Smart City Summit and Expo with the Intelligent Community Forum’s Smart21 Community Award. At the same time, Columbus was named a Smart 20 award winner by Smart Cities Connect for the Digital Twin River Safety Project. That award will be presented in May. 

    “These accolades are a testament to the Partnership’s pivotal role in developing, nurturing, steering, and funding these projects from conception to triumphant completion,” said Debra Lam, the Partnership’s director. 

    The Warner Robins project to develop and test a Citizen Safety Digital Twin for Community Resilience integrated a dynamic license plate reader solution with police department investigation practices to help lower crime rates in the community. Working with researchers from Georgia Tech and Middle Georgia State University, the Warner Robins Police Department used historical crime data to determine the optimal location and direction to place license plate reader cameras. During the six-month pilot phase of the project, the data helped recover 27 stolen vehicles and solve three major crimes — a shooting and two homicides. 

    “It’s one of the best investments we can make as a city because it brings the peace of mind of safe streets, safe communities, safe shopping experiences. The fact that we have our flock cameras in different areas in our city with the smart technology to expand the footprint of our police department helps us solve crime and also deter crime, which is even more beneficial.” Warner Robins Mayor LaRhonda Patrick said.

    The Woodstock project dates back to 2020, when the city worked with the Partnership on a master plan and smart corridor study to help alleviate the traffic and lack of parking, following a doubling of the population since 2010.

    In that first part of the project, the city collected data from GridSmart installations, which document minute-by-minute traffic and turning movements. In the second phase, interns from the Partnership examined the data to find ways to integrate it with previously collected traffic volume flows to show historical patterns. The goal is to determine the best way to amalgamate the data to make smart decisions about new transportation projects. 

    “Woodstock is honored to be among this diverse list of communities, and we are proud to represent the state of Georgia with fellow honoree Warner Robins,” said Mayor Michael Caldwell. “The city of Woodstock is committed to improving its citizens’ quality of life through smart technology programs. From transportation systems to innovative infrastructure technology, the city has been boldly pursuing the initiatives of its Smart Master Plan since 2020.”

    The Columbus project’s goal is to make the world’s longest manmade urban whitewater course safer for swimmers and boaters. Scheduled and unscheduled dam releases have caused flooding, limited time for evacuations, and drownings. A digital twin created for the river allowed Georgia Tech and Columbus State University researchers to collaborate and develop technology that can predict changing water levels, detect humans in the water, and alert authorities. 

    “While winning the award is awesome, the impetus was to promote river safety and provide real-time SMART solutions that save lives,” said Dr. James Forrest Toelle, information technology director for Columbus Consolidated Government, and the project manager for the digital twin project. “None of it would have been possible without the tremendous partnership with Georgia Tech, the Partnership, and our local fire department.”

    “It was an incredible opportunity for us to develop public safety Digital Twins together with collaborators in Columbus and Warner Robins,” said John Taylor, Frederick Law Olmsted Professor in Georgia Tech’s School of Civil and Environmental Engineering, “and it is particularly rewarding to see the research being implemented to help save lives and reduce crimes in communities. These smart community awards are an important recognition of the forward-thinking vision and dedication to public safety of these communities.”

    These three international wins follow the selection of Valdosta as a finalist in the 2021 World Smart Cities Awards in the Mobility Category for its Traffic Monitoring and Communication System to Improved Safety, Connectivity, and Efficiency project that has reduced the time it takes for first responders to travel the city. 

    “These projects exemplify the transformative power of technology and community engagement in creating safer, more enjoyable, and more resilient communities,” Lam said. “This success rate is a clear indicator of our role in nurturing a vibrant ecosystem for innovations—placing Georgia firmly on the map for smart cities.”

    Source: Partnership for Inclusive Innovation

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  • Guyana Innovation Group (GIG) Unveils Ambitious Vision: Guyana Innovation Village at the Heart of Silica City Masterplan

    Guyana Innovation Group (GIG) Unveils Ambitious Vision: Guyana Innovation Village at the Heart of Silica City Masterplan

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    In a historic development, the Government of Guyana, alongside the Guyana Innovation Group (GIG) and the University of Miami, has announced a transformative agreement for developing the Masterplan for Silica City. This pioneering urban project, designed to become a future city for the nation, is positioned on an 11,000-acre area near the Guyana International Airport.

    Conceived by the University of Miami’s School of Architecture, the Masterplan will integrate advanced technology, sustainable practices, and a vibrant lifestyle, symbolizing a new era in city design. Silica City aspires to be a model of sustainability, resilience, and futuristic thinking.

    President Irfaan Ali’s vision for Silica City reflects his administration’s commitment to the welfare and sustainable future of Guyana. Guyana, the fastest-growing economy globally, is on a path of modernization and sustainable growth.

    Following the inauguration of the Innovation Village in Georgetown in September 2022, Guyana’s strategic initiatives continue to advance. The Innovation Village will become a central feature of Silica City, marking Guyana’s transition to the forefront of the information age, encompassing elements of industrial, digital, biomedical, and Artificial Intelligence sectors.

    The Guyana Innovation Village has attracted interest from global corporations, eager to collaborate and invest in Guyana. GIG’s efforts have drawn attention from the DAR Group, UMusic Hotels, a renowned international Logistics Company, Alder Fuels, OEC, and various MIT Centres.

    Innovation Village introduces “innovation districts,” an urban model promoting synergies between public and private sectors, academia, and NGOs, to foster societal change. Leveraging technologies like blockchain, AI, and big data, these districts aim to nurture local talent and innovative solutions. A highlight is the inclusion of an all-electric motorsports, and water circuits, emphasizing innovation and sustainability.

    GIG is in discussions with global tech companies to develop the framework for Silica City, aiming to establish it as a leader in smart city technology.

    Rodrigo Arboleda Halaby, co-founder and Chairman of GIG, emphasized the transformative impact of the Silica City Masterplan. Co-founder Rodrigo Veloso highlighted Guyana’s potential and business-friendly environment.

    Bashar Rihani, Director of the DAR Group, expressed enthusiasm for supporting Silica City and the Guyana Innovation Group.

    Ahead of COP 28 in Dubai, GIG has explored cities in the UAE, Saudi Arabia, and Qatar for insights applicable to Guyana.

    The Silica City Masterplan aims to set a new standard in sustainable urban planning, showcasing the collaborative spirit of Guyana, Guyana Innovation Group, and the University of Miami.

    Source: Guyana Innovation Group

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  • Are Smart Cities the Future? | Entrepreneur

    Are Smart Cities the Future? | Entrepreneur

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    Opinions expressed by Entrepreneur contributors are their own.

    Over half of the world’s population lives in urban areas, and by 2050, this number is expected to rise to over 68%, adding another 2.5 billion inhabitants in cities. The strain on existing infrastructure and resources is becoming more apparent as the global population increasingly gravitates toward urban centers. This is also where the significance of smart cities becomes evident.

    Imagine a city where technology seamlessly intertwines with urban life, revolutionizing the way we live, work and connect. That’s exactly what smart cities hope to achieve. A smart city harnesses the power of information and communication technology (ICT) to increase operational efficiency, share information with citizens and provide improved government services and citizen welfare.

    Among these visionary endeavors, one project, in particular, has captured the world’s attention and sparked much debate: NEOM, a planned smart city in Saudi Arabia’s heart. But is NEOM a genuine catalyst for change or a mirage that dazzles the imagination? Let’s delve into it and find out.

    Related: Why Smart Cities Are the Path to a Sustainable Future

    How smart cities are transforming urban living

    Advancements in digital technology, IoT, AI and big data analytics have facilitated the growth of smart cities in recent years. These cities incorporate such technologies into their urban infrastructure to enhance mobility, encourage public engagement and optimize resource allocation.

    From using IoT-enabled sensors and devices to manage and maintain infrastructure to implementing intelligent energy grids and transportation networks to adopting data-driven governance and citizen-centered services, the potential advantages that smart cities can offer are extensive.

    The city of Dublin in Ireland is a great example of a city transitioning towards being a smart city and other cities are following suit, with many countries even embarking on ventures to develop planned smart cities. The Saudi NEOM is just one of them.

    Related: What Makes Smart Cities Smart

    Is NEOM a vision or a mirage?

    NEOM, Saudi Arabia’s planned city, has been positioned as a pioneering smart city project that aims to reinvent urban living. NEOM strives to build a vibrant ecosystem driven by innovation, sustainability and economic diversity across a wide span of approximately 26,000 square kilometers. The city pledges to develop a vibrant, technology-driven city by focusing on essential industries such as energy, biotechnology, tourism and entertainment.

    Let’s look at the potential NEOM holds to influence planned city projects around the globe and the skepticism surrounding it.

    Related: Why Smart Cities Are a Golden Opportunity for Entrepreneurs

    The potential of NEOM

    NEOM holds the promise of being a blueprint for future smart cities worldwide. Its emphasis on technology-driven solutions has the potential to improve energy efficiency, enhance mobility and bolster public safety, making it an attractive model for urban development.

    One area of potential impact lies in sustainable infrastructure. NEOM’s commitment to being powered entirely by renewable energy sources showcases a strong dedication to mitigating carbon emissions and promoting environmental sustainability.

    Another key aspect is the integration of autonomous transportation systems. NEOM envisions a network of smart mobility solutions, including autonomous vehicles and intelligent traffic management.

    Furthermore, NEOM’s emphasis on technology-driven solutions presents opportunities for innovation and collaboration. It aims to create an ecosystem that nurtures research and development, fostering partnerships between businesses, academic institutions and startups.

    Concerns about NEOM

    Critics have raised valid concerns regarding NEOM’s feasibility and sustainability. The massive scale of the project and its potential environmental impact have raised eyebrows. The successful realization of NEOM’s ambitious goals, such as being entirely powered by renewable energy and implementing autonomous transportation, is no small feat. Skeptics question whether such grand ambitions can be effectively executed in practice.

    Moreover, NEOM has also been at the forefront of several controversies, including the forced eviction of the Huwaitat tribe from their homes and human rights violations against migrant workers.

    The geopolitical context surrounding NEOM also raises additional questions. Its location near the borders of Egypt and Jordan and regional dynamics introduce uncertainties that could impact the project’s success. Political stability, collaboration with neighboring countries and the management of potential conflicts are among the key challenges NEOM must address.

    Related: Saudi Arabia’s NEOM: A US$500 Billion City Being Built ‘For A New Way Of Living’

    Can NEOM revolutionize urban development?

    NEOM’s ambitious vision for a smart city represents a bold endeavor that, if successful, could revolutionize urban development. However, it is essential to approach NEOM with a critical lens, considering the challenges and skepticism it faces. Monitoring its progress, addressing environmental concerns, ensuring long-term sustainability and navigating geopolitical complexities will be crucial for NEOM’s future.

    As NEOM unfolds, further analysis and evaluation will shed light on its potential as a transformative project. Balancing visionary goals with practical considerations is key to discerning whether NEOM will emerge as a visionary city of the future or remain a mirage in the desert.

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    Asim Rais Siddiqui

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  • Why Smart Cities Are the Key to a Sustainable Future | Entrepreneur

    Why Smart Cities Are the Key to a Sustainable Future | Entrepreneur

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    Opinions expressed by Entrepreneur contributors are their own.

    Overflowing public trash cans: Gone. Trudging to City Hall for a license: Done. Circling city blocks to find parking: Don’t have to worry about that, either.

    All of these examples are potential benefits of smart cities — that is, cities that use technology to improve efficiency, growth and well-being for individuals and organizations. These cities, which are already developing globally, are necessary to achieve an economical, convenient and more sustainable future.

    How smart cities can help people meet sustainability goals

    One of the biggest hurdles to sustainability is manual upkeep or fulfillment. Suppose you had to collect garbage for your city. Because you can’t tell which cans need emptying, you have to drive to all of them to check how full they are. That wastes both time and gas and puts more wear and tear on the garbage truck.

    But what if the trash cans had sensors? Now you can tell which cans are empty and, based on data over time, get a sense of which routes don’t need you to drive by as often.

    Smart cities can reduce the need for manual work in dozens of areas besides trash. They can use collected data to improve processes and focus manual work where it’s needed most. The improvement and focus mean that people might be more likely to engage with services or complete tasks, such as attending meetings more often because they can participate virtually and don’t have to combat traffic.

    In addition to improving sustainability through directing labor and resources, smart cities can provide real-time data people need to stay safe and have a good quality of life: An emergency response system can alert you to bad weather or accidents. Sensors and imaging can alert you that something within your infrastructure (e.g., a bridge) needs maintenance. Data also can result in increased accessibility that influences health and well-being, such as telehealth connections.

    Related: Why Smart Cities Are a Golden Opportunity for Entrepreneurs

    Smart cities are here — we just need way more of them

    As in other areas of business and investment, many people want to see some proof of concept before they’ll put money behind something. Smart cities are no different. But thanks to forward-thinking leaders, we now have multiple examples of what sustainable living can look like in real life.

    Consider Copenhagen, Denmark, which is slated to be the first carbon-neutral city in the world by 2025. Because the city naturally gets a lot of wind, it’s built enough wind turbines to power 22% of its electricity and has plans to boost that to 50% in the next three years. Copenhagen is also rethinking infrastructure and heating, mandating that vegetation and soil be part of architectural planning (i.e., green roofs), using waste heat from power plants and other sources, and establishing transportation lanes that allow 62% of residents to commute by bike.

    Other cities aren’t far behind. Zurich, Switzerland; Madrid, Spain; and Canberra, Australia, are all making massive strides toward carbon neutrality. In the United States, California is known for its climate efforts, with cities like Berkeley, San Diego and San Jose all making pledges related to electric vehicles, emissions and energy. But there are smart cities across the entire country.

    Related: What Makes Smart Cities Smart

    The three main players in the smart city movement

    Businesses play one of the most important roles in supporting smart cities. They can create and implement new technologies and processes so their operations are less wasteful and more environmentally friendly. They can provide repeated exposure to sustainability values and get people used to considering how their habits influence the environment and their own health. The way they design campuses to fit within the larger community can also influence thinking and behavior. And businesses get benefits back, including reduced business costs, improved reputation with customers that value going green and better strategies that boost profit and competitiveness.

    Non-profits are also heavyweights in making smart cities a reality. They can provide sustainability education and training and raise awareness about violations and potential in the community. This includes teaching individuals and organizations how to adapt to new environmental conditions.

    Government is the third sustainability player. Representatives can introduce legislation to control what individuals and organizations do, such as with Copenhagen’s green roofs mandate, and they can provide incentives or rebates for using tools like solar power or automation. This work can stabilize the sustainability efforts people, businesses and non-profits try to make.

    Ultimately, all three of these players have to cooperate if smart cities are going to be built effectively. To collaborate well, each player has to understand the needs and requirements of the other, such as the local government seeing that forcing people to come to city hall to pay a bill is counterproductive. Solutions also need to be built based on real problems people have. But because governmental regulation can determine what people adopt, the foundational work is to help representatives understand why smart cities are a good direction to go in.

    Related: What Is Sustainability In Business?

    Ultimately, the choice is yours.

    Smart cities that can pave the way for sustainability are no longer a far-off dream — cities like Copenhagen provide proof of concept and show that people can protect the planet in practical ways. But Copenhagen has succeeded only because people made a deliberate choice about their values and how they wanted to live. To bring a smart city to where you live, you need to make a choice, too.

    Once you’re committed to sustainability, be an advocate. Get involved in a non-profit or bring sustainability ideas to your manager or board. Most of all, come together with others and let your representatives know that smart cities are something you want. When they realize how important the citizen experience is and see how new data and tools can improve their own efficiency, they’ll start putting their clout behind development to support real change.

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    Jonathan Levitt

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