Tag Archives: Government

Citizen-Centric Smart City – What does it take?

Even as the ink was drying on my previous blog about Blockchain in the context of Smart Cities, I had the opportunity of attending a workshop on the evolving IoT landscape and the practical implementation opportunities and challenges associated with it, to deliver an enhanced city experience.

This got me thinking – while there are multiple “new-age technology initiatives” that hold a lot of potential, how does one narrow down to the right technology that must be adopted. We are all aware that cities do not have an unlimited monetary supply for them to be wishful in their approach to exceptional service delivery; on the contrary, most cities today are struggling with funds available at their disposal. This calls for due diligence and deep thinking from a customer perspective – what does a good city service mean for your citizens/residents? A city resident anywhere in the world has minimal expectations that must be delivered against and once this is achieved, the city executives can drive further initiatives to deliver a signature city experience that sets their city apart from the rest. The focus of this blog will be on the former – what does a citizen/resident expect from a Smart city service like public transport, utility payment, land registration, public safety and security, traffic management etc?

The following graphic represents the 3 key attributes of a Smart City Service and the citizen/resident’s expectations against each of them:

expectations-from-smart-city-service-level-1

From the perspective of the City Administrators, these statements represent the voice of their customer. So, this provides direction for them to shape their service delivery in alignment with citizen expectations. While each city is different in the way its city agencies/departments are structured, the leaders within a city administration needs to put their thinking hats on and figure out what do they need to deliver against these citizen expectations. The following extension to the graphic represents this at a broad level. The city administration should delve deeper and evolve their master plans against them.

expectations-from-smart-city-service-level-2

To achieve these capabilities, there are multiple measures that could be taken – Operational optimization, Organization restructuring, Performance monitoring, Peer Benchmarking, Citizen Engagement etc. The one initiative that will have the highest impact (in cohesion with the above measures) is adoption of relevant technology. City administrations are not new to technology and most of them have already adopted technology in some form or the other. However, these technologies are predominantly inward-focused (easing operations, publishing reports, regulatory obligations etc.). Today’s world demands city administrators to look at technology through an entirely different lens that has a strong emphasis on customer expectations. This requires some thought on how technologies can be leveraged to deliver a positive city experience to its citizens/residents. It is in this regard that the relevance of new-age tech initiatives comes to the fore. The graphic below extends the story further and details my point of view on the technology initiatives that could be embraced. It needs to be noted that these are not a replacement for existing systems but need to be used as a complement to leverage the true potential.

expectations-from-smart-city-service-level-3

Reliability is established on one simple premise – having access to the right information at the right time. The mapping of IoT (Internet of Things) as the technology of choice for this service parameter is based on the same principle. For example –  Mr.A wants to travel from his home to a Convention Centre to speak at a conference being held there. Considering the importance of him being there on time, he wants to know the best way to get there – drive down vs hire an Uber vs take the public transport. Considering that he has travelled extensively on this route, he is concerned based on his past experiences. Most often than not, he has experienced heavy traffic on this route. Recently, he struggled to find parking for his car and had to eventually park far from the conference center and walk back all the way. During another instance, on his way back from the Conference Centre, there were unexpected rains that lashed and his favorite car bore the brunt.

So, his expectations of a reliable travel from home to the conference center is dependent on him receiving the right information about the real-time traffic situation, parking availability in and around the convention center and weather forecast for the day. This can reliably be achieved through deployment of sensors across the city and then feeding the data generated by these sensors into an IoT platform operated by the city administration. Further, the IoT platform can draw correlations and run prediction algorithms (needs analytical capability) that will eventually provide contextual information to Mr.A to plan his travel.

City administrations also need to establish a level of transparency that builds trust and has the citizen appreciate the efforts being put in by their city to make lives easier. Today, every city agency has an IT system(s) that is used to record all the operational activities (meter reading, bill payments, maintenance schedules etc.) that the respective agency is responsible for. In a few cases, such information could be recorded on paper or a rudimentary spreadsheet. However, these records are not available beyond the boundary of the owner city agency and this results in lack of visibility to generate a city-wide operational view – a Common Operating Picture. This is where an initial version of an Open Data Platform needs to established to drive exchange of Government Data between agencies. This needs to be supplemented with reliable recording of cross-domain operational activities on a common ledger that can be trusted and accessed by every party based on their access permissions. This is where Blockchain comes to the fore. Considering the case of Mr.A who travels regularly between his home and the convention center, he wants to know of the work that the city is doing to make his travel easier. So, if city agencies could extend the open data platform to its citizens (sanitized to ensure that sensitive information is not being shared) so that Mr.A can also gather a true and transparent view of the relevant work being done by his city administrators.

Further – Considering that the city is a huge ecosystem, we do not expect that there will be absolutely no failures during operations. What irks most citizens is that it is a huge challenge to identify where the fault lies and they are left running from pillar to post to identify the root cause and plug it. This is when the call for accountability needs to catch the attention of city administrations. Blockchain’s common ledger lends beautifully to this requirement. For example – Mr.A has come across a huge pothole on the roads following 2 weeks of cable laying works. As a responsible citizen, he reports this to the city’s single-window operator. This warrants a deeper investigation and thanks to an existing Blockchain ledger, it is observed that the Contractors responsible for cable laying work have captured the proof of their completed maintenance activities where they mention that the Roads Agency has been informed to complete the road repair as per the contractual clauses in the Smart Contract. This helps narrow down the deviation in service to the right agency and fix this accordingly. There is no longer a problem of each agency having a different view of the truth about what might have happened. Combine this with the transparency that was established through the Open Data platform and the reliability of the data coming from the instrumentation across the city, and your citizen is bound to have a happy city experience.

Remember, the best if yet to come.

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Blockchaining the Smart City

While my previous blogs have focused on Smart City initiatives that have proven their relevance and effectiveness through implementations worldwide, I am testing unknown waters through this latest blog and attempting a leap into the future by bringing Blockchain to the Smart city context.

Blockchain technology has been around for some time and has gained popularity in its “bitcoin” avatar, but there has been recent interest across multiple industries to leverage it in their business context. Blockchain, in simple words, is based on a shared ledger technology allowing any participant in the business network to see the system of record. It has the potential of disrupting legacy operations and is evolving at a rather brisk pace. The financial services industry has been at the forefront of Blockchain adoption with its most important attributes – “security, transparency, indelibility and trust” – aligning naturally with their business operations. However, there are many other industries like logistics, travel and transport, legal services, government that are donning their thinking hats and ideating around this innovative technology.

This blog puts together a view of a potential set of use cases from the Smart Cities operational context that I believe are well suited for adopting Blockchain technology and deliver an enhanced experience to its residents. These are early days though, and these ideas do not necessarily have a precedent to assure a successful outcome. However, a Smart City is an ecosystem by itself and this blog provides a futuristic Point-of-View to identify how this ecosystem could benefit from Blockchain technology.

Before delving into further details, I believe a classification of the Smart Cities landscape is essential to map Blockchain initiatives accordingly. Not every initiative can be applied to every Smart City out there. Some of the initiatives are better driven by Government while there are a few that better suit Private ownership. So, the broad classification and a point of view of the initiatives that map to them are represented in the graphic below. The categorization of initiatives is not cast in stone but indicative of where I believe the initiative maps the closest.

2x2 quadrant

The overlap between the X and Y axes in the 2*2 quadrant captures the relevant initiatives. For example, Public Owned Brownfield Smart Cities would gain immensely from leveraging Blockchain technology to deliver Social Services benefits while this is not the case with the Private Owned Smart Cities.

Let us get into these Blockchain applications in further detail:

  • Smart Payments – As mentioned earlier, Blockchain technology has its roots in the Finance industry and has found early adopters in banks worldwide. In fact, Banks are now racing to harness the power of the Blockchain technology with a strong focus on e-payments and money transfers. Once the technology is proven, these can be implemented in a Smart city environment to execute utility bill payments, wallet-enabled transactions, payment of fines etc in a secure and transparent manner for its residents. This eases the life of the Smart City residents while assuring them that every fund transfer is being permanently recorded.
  • Smart Land Records – Blockchain technology lends itself perfectly to help overcome property frauds by preventing or reducing it. The underlying reason for Blockchain to have gained in credibility is the indelible nature of its distributed ledger and transparency that comes with the ledger. Property prices have been on an upward swing worldwide and there are many fraudsters who are making most of the hype cycle by dubiously creating ownership records and disappearing as soon as they have made their money. These instances can be taken out of the system effectively and efficiently if every single transaction associated with a property is recorded in permanent ink, a.k.a Blockchain ledger. Smart cities, both private and government owned, can leverage the technology to establish a property management system that ensures peace of mind to all city stakeholders.
  • Social Service benefits delivery – Most countries provide social service benefits to its citizens based on their socio-economic position in the society. The intent of these benefits is to result in upliftment of the society at large. However, there are umpteen instances when middlemen do not let these benefits reach the actual recipient by exploiting loopholes in the supply chain. The centralized nature of a Blockchain where everything can be tracked by the central authority will make it challenging, if not impossible, to fool the system thereby ensuring that all social benefits reach the intended recipients and all leakages are plugged. A smart city needs to accommodate every strata of society and join hands with the larger Government machinery to implement such a Blockchain-based initiative will be ideal in most of the developing world.
  • Tax collection – The distributed ledger of Blockchain has the potential to help government in tax collections. As governments are making attempts to establish a simple tax system that places accountability on the individual/company to pay tax impromptu rather than charging them retrospectively, they could find their answer in Blockchain’s real-time, secure and reliable execution and recording of transactions. This results in plugging revenue leakages and provide data that is reliable both for taxpayers and tax authorities. For example, in India there is a push for tax reforms through the proposed GST policy that will establish comprehensive indirect tax on manufacture, sale and consumption of goods and services throughout India. Taxable goods and services are taxed at a single rate in a supply chain till the goods or services reach the consumer. This lends itself beautifully to track tax paid all along the supply chain using the reliable Blockchain technology.
  • Smart Voting – Blockchain has found a rather unusual use in enabling transparent and reliable e-voting. While most countries have adopted various technologies over the years to improve voter percentages, e-voting adoption has yet to take off meaningfully worldwide. There are concerns that existing platforms are vulnerable to fraud, corruption and sabotage. It is to solve this challenge that Blockchain technology is being used to deliver convenience to the voters while ensuring security and reducing voting fraud. As mentioned earlier, Smart Cities are ecosystems by themselves and can use such Blockchain technology based voting systems to encourage participation in local elections (Example – Smart City Governance Boards) within the Smart city’s purview – delivering a signature city experience through effective and efficient resident engagement.
  • Smart Transportation – Residents of almost every city in the world face transportation challenges today . The urban dweller looks for the convenience of moving from Point A to Point B with least hassle. It is this need that cab aggregators like Uber have tapped into and have a business model that is widely successful. However, what has also been irking some customers is the “centralized” nature of their operations with one HQ governing their operations worldwide. In response to this, Arcade City launched an innovative operating model being built on Blockchain technology in September 2016 that will decentralize the operations and provide lot more authority and decision making capability to the driver, who is the all-important “touchpoint” to the customer. The coming months will tell if this stands a chance of being disruptive. A Smart city can take this a step further and implement all transport services across various modes within the city – school buses could implement Blockchain-based identity, 3PL service providers could leverage it to make their supply chain more effective, public transport could be made more accurate and reliable etc. and innovations like the Arcade City initiative could provide alternates to move around that truly differentiate the city from the rest.

While these initiatives are futuristic in nature, the pace of innovations today is swifter than ever before. There are a number of Smart City initiatives being taken up worldwide and it is all about delivering a “differentiated signature city experience”. Towards this end, Blockchain technology and innovations around it could provide an alternate worth exploring. With all the hype also comes a word of caution – do not underestimate the technical and organizational challenges of building and adopting Blockchain-based systems. In summary, a pragmatic and thoroughly thought-through approach is suggested.

SMART CITY needs SMART DATA needs SMART GOVERNMENT

The most significant outcome of a smart city (and the key indicator) is to provide citizens of the city alternatives and opportunities to lead a better life. This could be in the form of efficient and effective public transportation, proactive traffic monitoring and easing, automated monitoring of utility services, weather management, emergency management, public safety and more importantly an amalgam of these services through correlations. Each of these Smart City services (and please note that the above list is not exhaustive) is data-intensive and results in reams and reams of real-time data, that when leveraged can generate meaningful insights, further driving an enhanced experience for all city stakeholders.

While City agencies and governments worldwide have been spending effort through various initiatives (Ex: Share-PSI) to tap into this data and generate value, they are also limited by the resources (time, money, labor) at their disposal. What if the reams of data generated through the city/government initiatives are made available to private entities and general public, at large. Of course, this needs a careful scrutiny of what data can be shared beyond the boundaries/firewalls of the agencies. However, that should be a small hurdle to overcome considering the immense potential of the data that will be tapped into by these external stakeholders further enhancing the city ecosystem. This needs governments to open up – open up between themselves and open up to external world. This needs Open Government Data.

In an earlier blog, I had highlighted how Government data can be used in different contexts – Government to Government (G2G), Government to Business (G2B) and Government to Citizen (G2C). The progression to Open Government Data needs a methodical approach and ideally takes the following transition path. Open Data graphic - TransitionEach government agency needs to scrutinize its data to identify datasets that is sought by other agencies and identifying non-sensitive datasets that can be opened up between each other. A further level of scrutiny is required to identify the subset of data that can be exposed to non-government city stakeholders (private entities, general public).

However, not all data that can potentially be opened up will be really helpful. Some of the data may be in a very crude form and will not help the data consumers since they cannot leverage this without extensive effort and investment. For example, scanned (anonymized) application forms are of little value until the data is actually digitized through some OCR mechanism or manually. This discourages the consumer (more specifically, the technical community) to tap into the data even if it is made available. During this era of devops and agile, the idea with Open data is to provision datasets that can be easily tapped into and generate value quickly and with ease. So, how does one identify high value data sets – data that is smart by default?

What does Smart Data mean?

While there cannot be a binary method of identifying Smart data, some very detailed parameters have evolved from the discussions at The Open Group. One such discussion has arrived at the following 9 dimensions of quality that should be applied to data:Attributes of Good open dataWhile these 9 quality parameters are important, one needs to look into the specific business requirement and the corresponding datasets to assign weightage factors to each of these parameters suiting the context. It is also to be noted that each parameter will have further level of detail that has to be studied before declaring it be of high quality. For example, is Credibility defined only by the trustworthiness of sources – what if the data has undergone some transformation in the interim before being made available?

Another example – the Processability parameter mentioned above can also be studied further using the 5-star-data definition provided by Tim Berners-Lee. 5-star rating of Open dataMost government agencies will have a mix of these different segments of rated data with a heavy leaning towards one-star and two-star data. While one-star and two-star data is fairly easy to generate, this limits data usage on the consumers’ side, when exposed and made available as Open Data. Generally, there are very few consumers willing to invest and/or competent enough to refine the provider data further to make it more consumable. And hence, the uptake of this kind of data will be low. Provider agencies will need to invest in progressing further on the maturity roadmap – make data non-proprietary, add semantics and link to related data/content. More importantly, they should adopt these new methods for all data generated till date and in the future. As a data provider agency progresses on this maturity roadmap, it will start seeing a corresponding adoption and value-generation from the larger city ecosystem. It is to be noted that the progression towards 5-star data will involve a change in organization practices and culture but once that becomes business-as-usual, the effort required is fairly low compared to the uptake one gets to see on the consumer-end.Effort - Provider vs Consumer

How can governments be smart?

Most governments worldwide have opened up to the idea of Open data and the ones who have not will only delay but eventually get there. The question is no longer whether government agencies will open their data, it is when and how will they open their data. It requires strategic planning by the governments to execute initiatives of this nature and drive collaborative execution of the same across agencies. Substantial focus on adoption enablement to ensure governance and adherence to standards is essential.

Exchanging data between agencies does not come naturally to most government organizations and when they do share data, they rely on very manual or archaic methods – paper-based, phone requests, email requests etc. Initially, the agencies have to move to an operating model where data is made available on a data exchange platform through a single window (Ex: a portal). Data can be requested and procured through the same window – either in real-time or in batch mode depending on the nature of the request. At minimum, this will ease government operations and make them more effective and efficient. Also, it makes life easy for the citizen so that he/she does not have to share the same data multiple times with different agencies.

This is best implemented by encapsulating the data sharing services as APIs since it can potentially foster further innovation within the government ecosystem.

Once the data has been opened up between agencies, it makes it relatively easy to progress to share the non-sensitive data with non-government stakeholders. The API-approach can be leveraged further to encourage innovation in the digital economy.Open Government data - Progression pathThe next level of progression will be to linked open government data (LOGD) and use this as a revenue stream. LOGD can demonstrate value in a wide range of use cases that were not thought of earlier. As an example, imagine the impact of accessing real-time public transport services data (from the Transportation department) to an event in the city (organized by Tourism department) that links up with the weather data (gathered from Meteorological department) and helps the citizen plan their journey.

Governments need to take up planned initiatives to tap into the potential of locked up data. The data needs to be pruned and polished to make it more relevant and ease consumption. This data, once tapped into by the city ecosystem, can be applied in daily-life scenarios that impact the community and thereby, deliver a signature city experience. The possibilities are immense. All that is required is to take the initiative and tap into the value of the new natural resource – data. The sooner the better.

Closing thought – Is the Open Government Data story complete once government entities have made data available in 5-star format (the best possible format)? Or would you say the story has only started on a strong footing? There is a lot more to follow…

Tapping into Social, Economic value of Government Data

Data has been dubbed as the new natural resource and the possibilities it creates are numerous. Its economic value is being tapped into by private enterprises worldwide. They are leveraging data from various sources to bolster their bottom-line through advanced analytics and generating customer insights. On the contrary, governments have been very late to jump on the bandwagon because of the closed environments in which they operate and the opinion that “all” government data is sensitive. While it is known that Governments often have a lot of personal data, a closer look at the public data in the context of relevant use cases will help identify data that can potentially be opened up. Open data - Pvt vs Govt enterprises

There are a range of different arguments for open government data. It could be used to facilitate government transparency, drive accountability and public participation, support technological innovation and economic growth. The possibilities are immense and the society at large can benefit from making public data available to various stakeholders. Here are a few scenarios:

Government to Government (G2G) – It is imperative that government agencies have to communicate to each other during the course of their operations. This, at most times, involves exchange of information between agencies that is contextually relevant. Traditionally, this has happened through physical paper, phone conversations or emails, at best. For example, the Ministry of Labor (MOL) will need a regular feed of the commercial permits issued within a jurisdictional area by the Ministry of Urban Planning (MUP) G2Gand commercial registrations approved by Ministry of Commerce (MOC) to check and ensure regulatory compliance to labor laws by all commercial entities. The time spent by the government agencies in fulfilling these requests is substantial considering the repetitive nature of the requests. This is an ideal scenario to identify such datasets and make them available on a Government Data Exchange (GDX). Each agency exposes the datasets from its in-house databases and makes them available as web services on the GDX. The GDX can be accessed through a portal user interface by any agency to receive latest data that is relevant to their context from other agencies. This will potentially result in operational efficiencies and better utilization of the limited government resources.

The progression to Open Data needs a methodical approach and each government agency needs to scrutinize its data to identify datasets that is sought by other agencies and identifying non-sensitive datasets that can be opened up between each other.

Government to Business (G2B) – The inherent potential of data is only limited by the number of use cases that can be defined. Governments are being forced to “do more with less” in in a challenging economic environment worldwide. With constrained resources, the governmG2Bents can deliver a limited set of services, thereby cap the potential of Government data. This is where the evolution to the next phase of Open Data initiatives kicks in. A further level of scrutiny of Government datasets is required to identify the subset of data that can be exposed to non-government city stakeholders (private entities, general public).

In today’s world, having a strong API strategy isn’t just good software practice; it’s a powerful business practice. The volumes of data provided through government systems can be leveraged through APIs by various business organizations that will benefit from the information to run their operations. This will be facilitated through exposed APIs that can be consumed by the individual organizations and drive their business-specific use cases by leveraging the data from various government agencies. This doesn’t just create value for business establishments. The government wins as well by expanding the ecosystem, increasing retention, and driving up the value of the data platform. As an example – The student transportation industry depends heavily on real-time traffic conditions to ensure that the students are transported from their homes to schools and back. They can combine and correlate the traffic data, weather data, and planned events data from the various government agencies to plan/adjust their routes. Another example is the 3PL providers who can also leverage the same datasets to deliver their supply chain management functions.

Governments can potentially develop models where they can enrich datasets and make them readily consumable by business entities. Such high quality datasets can potentially be used to generate revenue on an ongoing basis by selling them for a nominal fee to business establishments while the raw datasets are still made available without any fee.

Government to Citizen (G2C) – The digital movement has infused a plethora of rich mobile apps into the citizen’s lifestyle. From finding an ideal road route based on reG2Cal-time traffic to pay your utility bills – mobile has had a significant impact on our lives and enhanced our living experience. Citizens interact with multiple government agencies as part of their routine and are best equipped to identify challenges that they face during these interactions. Some of them also have potential solutions to these challenges, that when implemented to have a widespread impact on the society. They are however constrained by the limited access to government data. As was done in the case of G2B, government agencies can potentially make data available to the Citizens. This is when the social value of data could potentially be tapped into by the citizens themselves. As an example – Mandi Trades is a Location based F2S (Farm to Shop) Trading Platform for agricultural products. The App provides the daily agricultural commodity prices as updated by Open Government Data Platform in India.

There are many such citizen-centric applications of open data in the emerging markets, developed by the citizens themselves. This drives engagement of citizens and more importantly, it drives social uplift.

Indeed governments need to approach their open data strategies with an open mind. Governments need to take up planned initiatives to tap into the potential of locked up data. The data needs to be pruned and polished to make it more relevant and ease consumption. The potential that Open data holds is immense – no two ways about it.