Monday, 29 January 2018

Cloud Computing an Ideal need for Indian Smart Cities



When do we call a city ‘smart’? Investments made in human capital & technology enabling high quality life, economic development and management of natural resources through human engagement together comprises of a smart city. The definition of a smart city differs from state to state and city to city depending on willingness to change and level of development needed. Indian Government’s definition of a smart city is “Smart City offers sustainability in terms of economic activities and employment opportunities to a wide section of its residents, regardless of their level of education, skills or income level”. Under any Smart City there are certain services which needs to be assured like water and electricity supply, solid waste management and sanitation, public transport, safety and security, IT connectivity, smart parking and many other basic needs which the smart city addresses. 

 In a smart city there are various software’s and applications which connect, fetches and manages data from a set of devices such as sensors and software’s that generate real time information, intelligence and analytics which aims to transform the overall city. It is understood that there is enormous amount of heterogeneous data generated by the applications, but to handle such high capacity of data we need larger silos and high compute power, thus the latest developments in smart cities is the adoption of cloud computing.

Smart cities need to make use of various Information and Communications Technology (ICT) solutions to monitor functions in the city and also needs the capacity to manage and process this large scale data in real time in a specific manner. The cloud eases big data storage, integration, processing and analysis of data in certain time frame. There are various services on cloud which smart cities can use for their benefits in delivering the best in diverse business and technological domains by offering internet based service delivery that encourages creation of services which are based on domain independent service delivery platform. Cloud computing enhances sharpness, speed and cost savings by providing on demand access, through a network to a pool of shared computing resources which can be quickly provisioned and scaled as needed.

We can study the extent of cloud computing through the means of highly innovative and scalable service platforms through which smart city services can be enabled. Smart City deployment requires the incorporation of a distributed open source network and decentralized cloud based platform. The tailored IoT functionalities which will be provided by the cloud platform will permit several multi-sensor applications to perform complex big data processing through distributed sensor networks. In India the smart city mission consists of various plans which the government wants to execute which differs from city to city based on the level of improvements needed.  Rural and urban areas in India are targeted to transform into Smart Cities with a vision to provide ease in all day to day activities and to enhance quality of life and increase contact between citizens and government. Promoting the use of land for various purposes, expanding housing opportunities for all, promoting a variety of transport options, making governance citizen friendly and cost effective and giving an identity to a city, all these features are important for the development of a Smart City.

Cloud computing offers a big platform for Smart Cities and offer services which domain specific applications require and drive all system component design and determine most of the technical choices, ranging from smart devices to sensors to middleware components and computing infrastructure.

Author BIO:

For more information about Smart City’s vision visit us at: Smart City solutions AND Smart city services

Monday, 8 January 2018

How IoT Service Providers can maintain relevancy…



According to the latest Ericsson Mobility Report, there could be over 30 billion connected devices by 2023, of which around 20 billion will be related to the IoT. Connected IoT devices include connected cars, machines, meters, sensors, point-of-sale terminals, consumer electronics and wearables. According to Gartner, IoT can grow in terms of value over $1.9 by 2020, which includes the Business to Consumer as well as Business to Business market segments with verticals including smart cities, smart grids, smart homes, smart cars and wearable appliances.



What IOT does…

Sensing or controlling objects remotely across a network infrastructure is enabled by IoT, this bridges the gap between the digital world and the physical one, thus helping in improving efficiency, accuracy and economic benefit in addition to reduced human intervention. The Internet of Things (IoT) is an integrated network of interconnected devices, gadgets, automobiles, buildings and other elements which exchange data with the help of software, sensors, actuators and network connectivity which enable these objects to share data and create actionable information systems which enable humans for better decision making.

IoT applications are being used across all business verticals. The smart transportation management, emergency services use the predictive maintenance, vehicle health monitoring and outage management system to manage their fleet and operations. Asset or Inventory Management, quality assurance and smart testing is being used in Industrial automations, Manufacturing, Energy and Utilities sectors. Data center and cloud service providers here play a major role in ensuring information intelligence safety and security while empowering complex programs churning out data management and analytics for comprehensive insights and forecasting. This not only ensures increased operational efficiency and productivity but also results into increased customer control with easy availability of real-time co-related information.

Marketplace

The IoT market is dissimilar and is likely to remain disintegrate in the short run. The CSPs need to adapt business vertical-based strategy, which delivers complete solutions without diluting their resources across a wide front. The most important game changer for them would be the scalability aspect and convergence. The solution needs to be designed to cover multiple business verticals including both B2B and B2C services. In order to be a one-stop-solution-hub CSPs will have to join hands with other ISVs and MSIs to broaden their business capabilities, particularly around bundling data processing services along with connectivity.

Scalability of Applications

The primary techno-commercial challenge that the CSPs face is with building IoT operations using their existing networks as many of the current legacy applications and systems are not horizontally scalable. End-to-end solutions will require seamless IoT device integration with the cloud which is only possible when the virtual machine is scalable vertically or the commercial unbalance spoils the game. A scalable security architecture is a must, including real-time traffic flow auditing with a per-per-consume billing model which ensures cost savings for a large part.

CSPs need IoT platform and solution partners to fast-track execution, propel innovation and promote convergence across their ultimate market scope. In order to bring a name for themselves, CSPs need to establish their brand and build a strong marketplace network within their targeted ecosystem. This might include B2B infrastructure owners, independent software vendors, manufacturers and OEMs amongst others.