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The FG‐SWM Technical Report stresses the existence of further opportunities of collaboration in
            this field, as well as the need to foster further dialogue and discussion on these issues.

            e.      Smart waste
            While  some  cities  in  the  world  are  converting  bird  sanctuaries  into  landfill  areas,  others  are
            importing waste to meet the ever rising demands of energy from waste. With the ever growing
            increase  in  consumer  goods,  the  wastage  also  has  increased  exponentially.  Cities  are  finding  it
            difficult to source, segregate different kinds of waste and make use of a product which can be
            potentially bought back into consumer life cycle.
            This challenge can be solved with source reduction, proper identification of the category of waste
            and development of a proper use for the waste. There may be various forward‐looking resolutions
            for converting waste into a resource and creating closed loop economies, but to enable this process
            we need proper and correct information and advanced technology.
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            Smart waste management systems will enable the following areas of action, among others:
              Implementing waste tracking systems to monitor and control the movement of different kinds
                of waste
              Sorting of waste without the operator coming into contact with it
              Leveraging technology to collect and share data from source to transportation to disposal of
                waste
              Connecting various smart waste management systems with local waste management service
                providers

            f.      Smart physical safety and security

            Incidents ranging from simple "jumping a traffic signal" to high level security breaches such as in
            airports can be effectively managed with good information and monitoring systems. These systems
            provide "on‐the‐go" data to officials which become an important step in keeping human security‐
                                                                          45
            related issues under check. Examples of ICT in physical security  include the use of analytical tools
            which help to sense, respond to and resolve incidents, as well as towards criminal identification,
            predictive analysis and criminal pattern identification.
            As  urbanization  becomes  more  mainstream,  the  following  physical  safety  and  security‐related
            trends will become increasingly realized:
              Security will become more critical as cities and their infrastructure evolve

              Cities will continue to grow (i.e. urbanization), resulting in more and more anonymous threats
              There will be increasing pressure on local authorities to cope with expected and unexpected
                security threats against citizens
              There will be an increased rate of technology adoption and penetration that will enable a more
                "safe city"

              There will be an increased cooperation between private and public sectors
              Agencies will strengthen their collaboration on city‐wide deployments
              There will be a growing integration of existing infrastructures


            ____________________
            44  http://www.thecitiesoftomorrow.com/solutions/waste/challenges/circular‐economies‐sustainable‐cities
            45  Smarter Cities Series: Understanding the IBM Approach to Public Safety, REDP‐4738.


            26                                                       ITU‐T's Technical Reports and Specifications
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