Skip to main content

Smart planning for smart cities

A smart city is not a destination, but a journey of several smart steps which will help change the way we live:


  • There are five essential components to the success of this mission: visionary leadership; global open standards; public private partnership; smart regulation (concerted efforts to identify regulations which do not lend themselves to a smart city and proactively address them—like stamping of boarding passes and hand baggage tags at airport security); and establishing new ecosystems to deliver these projects.

While we have witnessed visionary leadership at the top, percolating that vision down to the last urban local body continues to be an area of concern.
  • In the first stage of the competition, the process of citizen consultation was employed very well by most local governments. This is a healthy sign for participative governance. 
  • The mission will be a true success when it becomes more of a demand-driven, citizen-led phenomenon. And now is the time for the chosen cities to start thinking about the implementation process. It is also important for the government to identify possible bottlenecks and remove them.

The first phase of the smart cities competition has identified certain gaps. While the government has done a good job of creating a shortlisted pool of consultants, there needs to be a proper mechanism for pricing these proposals. Quality and cost-based selection criteria could be a potential solution to this as we move towards the next phase—setting up of the SPV and implementation.
  • Indian cities must learn from their counterparts in the West who are already deriving the results of being smart. While solutions from the West will not work lock, stock, and barrel in India, it is important to study their journey towards becoming smart. We should adopt and adapt relevant solutions from the West to suit our criteria.

* Building an integrated masterplan or a blueprint on how we conceive our smart city to be in the next 15-20 years;
* Leveraging ICT as a key enabler to delivering the smart city vision;
w Building an implementation plan with prioritised services based on citizen feedback and the monetisation potential of those services, thereby reducing overall funding requirements;
* Focusing on the most pressing problems of the city and looking for solutions specific to the city through consultation—what works for Pune might not work for Vizag. In the process, not forgetting the culture of the city;
* Planning an integrated network across all verticals in the city and avoiding the silo-based approach that most cities today use. This will allow for a more efficient means of service delivery to the citizens;
* Building an innovation ecosystem. Once all departments are connected to a single network, using Open Data to provide access to relevant data to the public and also invite start-ups to create apps to solve pertinent issues. In fact, a lot of innovation in smart cities could come from start-ups.
  • While discussions are largely about the Smart Cities Mission, we should not ignore the Atal Mission for Rejuvenation and Urban Transformation, which has the potential to deliver basic benefits to villages and whose impact could be more far-reaching than Smart Cities.
  • As the world watches us, we must keep in mind that this exercise is not only about having a 100 smart cities like Barcelona or Dubai in India, it is more about offering services that will improve the quality of life of our citizens. A smart city is not a destination, but a journey of several smart steps which will help change the way we live, work, learn and play.
Source: Financial Express

Comments

Popular posts from this blog

Inland Waterways in India

Here are some key points you need to know: The bill seeks to add 106 inland waterways to the existing six National Waterways on the recommendations of the Parliamentary Standing Committee on Transport, Tourism and Culture and comments of several state governments The bill will also look after the renovation and maintenance of the existing waterways Out of the 106 new waterways, 18 have already been identified. These include five waterways each from Karnataka and Meghalaya, three each from Maharashtra and Kerala, one each from Tamil Nadu and Rajasthan The bill also aims to help the Inland Waterways Authority of India (IWAI) to develop the feasible stretches for Shipping and Navigation. Let us look at the six existing National Waterways in India: National Waterway 1 (NW1) The National Waterway No. 1 uses a 1,620-kilometre stretch of the Ganges River. It was declared a national waterway in the year 1986 and runs from Allahabad in Uttar Pradesh to Haldia in West Bengal....

INS Kadmatt commissioned at Naval Dockyard in Visakhapatnam

INS Kadmatt commissioned at Naval Dockyard in Visakhapatnam  INS Kadmatt, the second ship of Project 28 class ,anti-submarine warfare (ASW) corvettes, was commissioned at the Naval Dockyard in Visakhapatnam. INS  Kadmatt  is the second of four anti-submarine warfare corvettes built for the Indian Navy by the Garden Reach Shipbuilders and Engineers of Kolkata under Project 28. INS Kadmatt has been named after the Kadmat Island of India’s Lakshadweep Islands. The primary role of the INS  Kadmatt  is in anti submarine warfare – to protect ships in convoys and ports from enemy submarine attacks. What is anti submarine warfare? Anti-submarine warfare    is a branch of underwater warfare that uses surface warships, aircraft, or other submarines to find, track and deter, damage or destroy enemy submarines. Successful anti-submarine warfare depends on a mix of sensor and weapon technology, training, experience and luck. Soph...

Environment Ministry notifies revised standards for Common Effluent Treatment Plants

Environment Ministry notifies revised standards for Common Effluent Treatment Plants (CETPs) Across industrial clusters-PIB CETP • The concept of common effluent treatment plant has been accepted as a  solution for collecting, conveying, treating, and disposing of the effluents  from the industrial estates. • The effluent include industrial wastewaters and domestic sewage generated  from the estate. • This CETP concept helps small and medium scale industries to dispose of  their effluents. Otherwise it may not be economical for these industries to  treat their wastewaters or there may be space constraints. • Some of these industries may require to give preliminary treatment (for  removal of solids) so that the receiving sewers can be maintained free  flowing. • It may be required to correct pH or removal of specific pollutant before the  industry discharges in CETP. CETP • CETP is designed on the basis of: – Quality and flow rate of the wastewa...