数据中心基础设施:通过电信普及率将农村社区
增长的数字技术和数字基础设施,以及改进的连接,与一个国家的GDP熊直接相关。一项研究表明,在固定宽带普及率增长10%催化作用在人均GDP的增长1.9%。
增长的数字技术和数字基础设施,以及改进的连接,与一个国家的GDP熊直接相关。一项研究表明,在固定宽带普及率增长10%催化作用在人均GDP的增长1.9%。
The cardinal role here is played by data centers that not just cradle the voluminous bulk of data generated by telecoms and government digital services, but also secure and endow business lines with scale, agility and actionable insights amongst others. As a result, rural communities of today are empowered with entertainment, news updates and weather forecasts, and have 24x7 access to a fathomless world of knowledge \u2013 right at their fingertips. Tapping into the power of data centers, the government has been able to capitalize on this digital wave and start offering and delivering e-governance services and other economic and social benefits to the rural sector -- unlocking the potential for a complete transformation in rural development.<\/p>
Rural sector fuelling growth<\/strong><\/p> India happens to be the second-largest telecommunications market in the world. Over 67% of Indians live in rural areas, and of these, 290 million are internet users. With the country achieving a 4G coverage of more than 90% and wireless teledensity of around 57.6%, there has been a 93% year-on-year rise in rural mobile internet users. As a result, it is anticipated that the digital boom in the country will be propelled by the rural sector, which will contribute to 70% of the incremental growth in the customer base over the next two years. Telecom players must bolster their data center capacity to meet this demand.<\/p> Government services changing the rural landscape<\/strong><\/p> Under its Digital India initiatives, the government is investing in creating a gamut of digital platforms, which have the potential to empower rural communities in different spheres of life. Rising mobile internet penetration is enabling rural citizens to apply for services such as PAN cards and other government documents remotely. Services such as e-Seva and e-District are allowing people to register for government documentation, schemes, and benefits. Since these platforms and services deal in volume-centric and sensitive data, the data centers that support them would need to offer security, high availability of data, scalability, efficiency, and reliability.<\/p> Farmers, for example, can use the AgriMarket app to get the prices of crops in a mandi within a radius of 50 km. Other platforms such as Crop Insurance, e-Choupal, mKisan, and KrishiMitr aim to help farmers improve their agricultural productivity and lifestyle. Using these government services, a farmer can learn how to maintain the health of the soil, select crops as per the season, learn about best farming practices, usage of fertilizers, and the judicial usage of pesticides, besides learning to connect with farmer producer organizations and establish market linkages. For a digital service such as a weather update for farmers to gain popularity of usage, the data center that supports it would need to offer a high degree of data reliability and minimum latency.<\/p> Besides farmers, government schemes also reach out to MSMEs. Common Service Centers (CSCs) in rural regions play a defining role in MSME programs such as Udyam Sakhi and Udyam Sathi. Through over 360,000 CSCs located across India, training is imparted to entrepreneurs about the various schemes that can be delivered through common service centers. Village Level Entrepreneurs (VLEs) have been instrumental in revolutionizing India by empowering women, marginalized communities, and rural citizens, besides providing opportunities for digital access to various government and other services to them. CSCs also serve as a delivery point for financial services and products for rural citizens. People can deposit, withdraw, and transfer money from their bank account, subscribe to term deposit plans, obtain small-value loans, pay bills, and other services through CSCs.<\/p> Data centers that power core banking functions will require several capabilities such as securing and encrypting data, ensuring data accuracy and integrity, making data available 24x7, minimizing latency, achieving almost 100% uptime, and offering analytics to bank business teams. The government's e-healthcare system uses Information and Communication Technologies (ICT) to support the delivery of health care services directly to people outside conventional care centers such as hospitals. One of the ways this is done is through telemedicine and tele-referral services, both of which are bandwidth-intensive, demanding agile and scalable data center capabilities.<\/p> Wrap up<\/strong><\/p> With rising telecom and internet penetration in rural regions, governments across the world can design and deliver services and benefits to rural communities via e-governance and other channels, resulting in enhanced awareness, empowerment, and development. Regardless of the nature of the program, the underlying mechanism for running any digitally enabled service remains a robust data center infrastructure that has high reliability and uptime, low latency, adequate storage, processing and computing power and of course, analytical power that provides actionable insights for monitoring and further intervention. As more and more governments expand their bouquet of services in rural regions, the initial focus will need to be on building and running powerful data centers to support the growth objectives.<\/p>","blog_img":"","posted_date":"2020-05-17 11:39:10","modified_date":"2020-05-17 12:10:36","featured":"0","status":"Y","seo_title":"Data center infrastructure: Transforming rural communities through telecom penetration","seo_url":"data-center-infrastructure-transforming-rural-communities-through-telecom-penetration","url":"\/\/www.iser-br.com\/tele-talk\/data-center-infrastructure-transforming-rural-communities-through-telecom-penetration\/4268","url_seo":"data-center-infrastructure-transforming-rural-communities-through-telecom-penetration"}">
增长的数字技术和数字基础设施青鸾,以及改进的连接,与一个国家的GDP直接相关。一项研究表明,在固定宽带普及率增长10%催化作用在人均GDP的增长1.9%。定价,根据这项研究,确定采用宽带也是一个关键因素,可以提高采用率下降10%百分之三以上。智能手机penetration, along with increased availability of bandwidth and cost-effective data plans, has rapidly bridged the digital gap between urban and rural India. 这里的基本作用是由数据中心不仅摇篮的大部分数据生成的电信和政府的数字服务,而且安全,赋予业务规模、敏捷性和可操作的见解在别人。因此,今天的农村社区授权与娱乐、新闻更新和天气预报和24 x7访问一个深不可测的世界的知识——在他们的指尖。乐动扑克利用数据中心的力量,政府已经能够利用这一数字波和开始提供和交付电子政务服务和其他农村部门的经济效益和社会效益,解锁的潜力在农村发展一个完全的转变。 农村部门推动增长 印度是世界上第二大电信市场。超过67%的印度人生活在农村地区,其中,2.9亿人互联网用户。与该国实现4 g的覆盖率超过90%,无线电话密度约为57.6%,有农村移动互联网用户同比增长93%。结果,预计将推动全国数字繁荣农村部门,这将导致70%的增量增长的客户群在接下来的两年。电信玩家必须提高他们的数据中心的容量,以满足这一需求。 政府服务改变农村面貌的 根据其数字印度项目,政府投资创建的数字平台,这有可能使农村社区在生活的不同方面。移动互联网普及率上升使农村居民申请服务,如远程潘卡和其他政府文件。服务,如e-Seva和e-District允许人们注册政府文档,计划,和福利。因为这些平台和服务交易在volume-centric和敏感数据,支持他们的数据中心需要提供安全、高可用性的数据,可伸缩性、效率和可靠性。 农民,例如,可以使用AgriMarket应用在曼迪让农作物的价格在一个半径50公里。农作物保险等其他平台电子集市,mKisan, KrishiMitr旨在帮助农民提高农业生产力和生活方式。使用这些政府服务,农民可以学习如何保持健康的土壤,选择作物按照季节,学习最好的农业实践,使用化肥,而司法部门使用的杀虫剂,除了学习与农民生产者组织和建立市场联系。数字服务,比如天气更新农民获得流行的用法,支持它的数据中心需要提供高度的数据可靠性和最小延迟。 除了农民,政府计划也伸出男男同性恋者。公共服务中心(二者)在农村地区发挥决定性作用MSME项目如Udyam Sakhi和Udyam Sathi。通过超过360000二者坐落在印度,培训的企业家的各种方案,可以通过公共服务交付中心。村级企业家(1)已经被授权工具在对印度女性边缘化社区和农村居民,除了提供数字访问各种政府和其他服务的机会。二者也作为交货地点为农村居民金融服务和产品。人们可以存款,收回,从他们的银行账户转账,订阅定期存款计划,获得较小的值贷款,支付账单,通过二者和其他服务。 权力核心银行功能的数据中心需要一些功能如保护和加密数据,确保数据的准确性和完整性,使数据24 x7可用,减少延迟,实现近100%的正常运行时间,并提供分析银行业务团队。政府e-healthcare系统使用信息和通讯技术(ICT)直接支持卫生保健服务的提供传统保健中心等医院以外的人。的方法之一是通过远程医疗和tele-referral服务,这样做是两者都是超宽带视频,要求灵活和可伸缩的数据中心的功能。 总结 与日益增长的电信和互联网普及率在农村地区,各国政府可以设计和农村社区提供服务和福利通过电子政务和其他渠道,导致增强意识,赋权,和发展。无论项目的性质,底层机制运行任何数字化服务仍然是一个健壮的数据中心基础设施高可靠性和正常运行时间,低延迟,充足的存储、处理和计算能力当然,分析电力监测提供了可行的见解和进一步干预。随着越来越多的政府扩大束服务在农村地区,最初的焦点需要构建和运行强大的数据中心支持经济增长的目标。 免责声明:作者的观点仅和ETTelecom.com不一定订阅它。乐动体育1002乐动体育乐动娱乐招聘乐动娱乐招聘乐动体育1002乐动体育ETTelecom.com不得负责任何损害任何个人/组织直接或间接造成的。
The cardinal role here is played by data centers that not just cradle the voluminous bulk of data generated by telecoms and government digital services, but also secure and endow business lines with scale, agility and actionable insights amongst others. As a result, rural communities of today are empowered with entertainment, news updates and weather forecasts, and have 24x7 access to a fathomless world of knowledge \u2013 right at their fingertips. Tapping into the power of data centers, the government has been able to capitalize on this digital wave and start offering and delivering e-governance services and other economic and social benefits to the rural sector -- unlocking the potential for a complete transformation in rural development.<\/p>
Rural sector fuelling growth<\/strong><\/p> India happens to be the second-largest telecommunications market in the world. Over 67% of Indians live in rural areas, and of these, 290 million are internet users. With the country achieving a 4G coverage of more than 90% and wireless teledensity of around 57.6%, there has been a 93% year-on-year rise in rural mobile internet users. As a result, it is anticipated that the digital boom in the country will be propelled by the rural sector, which will contribute to 70% of the incremental growth in the customer base over the next two years. Telecom players must bolster their data center capacity to meet this demand.<\/p> Government services changing the rural landscape<\/strong><\/p> Under its Digital India initiatives, the government is investing in creating a gamut of digital platforms, which have the potential to empower rural communities in different spheres of life. Rising mobile internet penetration is enabling rural citizens to apply for services such as PAN cards and other government documents remotely. Services such as e-Seva and e-District are allowing people to register for government documentation, schemes, and benefits. Since these platforms and services deal in volume-centric and sensitive data, the data centers that support them would need to offer security, high availability of data, scalability, efficiency, and reliability.<\/p> Farmers, for example, can use the AgriMarket app to get the prices of crops in a mandi within a radius of 50 km. Other platforms such as Crop Insurance, e-Choupal, mKisan, and KrishiMitr aim to help farmers improve their agricultural productivity and lifestyle. Using these government services, a farmer can learn how to maintain the health of the soil, select crops as per the season, learn about best farming practices, usage of fertilizers, and the judicial usage of pesticides, besides learning to connect with farmer producer organizations and establish market linkages. For a digital service such as a weather update for farmers to gain popularity of usage, the data center that supports it would need to offer a high degree of data reliability and minimum latency.<\/p> Besides farmers, government schemes also reach out to MSMEs. Common Service Centers (CSCs) in rural regions play a defining role in MSME programs such as Udyam Sakhi and Udyam Sathi. Through over 360,000 CSCs located across India, training is imparted to entrepreneurs about the various schemes that can be delivered through common service centers. Village Level Entrepreneurs (VLEs) have been instrumental in revolutionizing India by empowering women, marginalized communities, and rural citizens, besides providing opportunities for digital access to various government and other services to them. CSCs also serve as a delivery point for financial services and products for rural citizens. People can deposit, withdraw, and transfer money from their bank account, subscribe to term deposit plans, obtain small-value loans, pay bills, and other services through CSCs.<\/p> Data centers that power core banking functions will require several capabilities such as securing and encrypting data, ensuring data accuracy and integrity, making data available 24x7, minimizing latency, achieving almost 100% uptime, and offering analytics to bank business teams. The government's e-healthcare system uses Information and Communication Technologies (ICT) to support the delivery of health care services directly to people outside conventional care centers such as hospitals. One of the ways this is done is through telemedicine and tele-referral services, both of which are bandwidth-intensive, demanding agile and scalable data center capabilities.<\/p> Wrap up<\/strong><\/p> With rising telecom and internet penetration in rural regions, governments across the world can design and deliver services and benefits to rural communities via e-governance and other channels, resulting in enhanced awareness, empowerment, and development. Regardless of the nature of the program, the underlying mechanism for running any digitally enabled service remains a robust data center infrastructure that has high reliability and uptime, low latency, adequate storage, processing and computing power and of course, analytical power that provides actionable insights for monitoring and further intervention. As more and more governments expand their bouquet of services in rural regions, the initial focus will need to be on building and running powerful data centers to support the growth objectives.<\/p>","blog_img":"","posted_date":"2020-05-17 11:39:10","modified_date":"2020-05-17 12:10:36","featured":"0","status":"Y","seo_title":"Data center infrastructure: Transforming rural communities through telecom penetration","seo_url":"data-center-infrastructure-transforming-rural-communities-through-telecom-penetration","url":"\/\/www.iser-br.com\/tele-talk\/data-center-infrastructure-transforming-rural-communities-through-telecom-penetration\/4268","url_seo":"data-center-infrastructure-transforming-rural-communities-through-telecom-penetration"},img_object:["","retail_files/author_1589697167_76399.jpg"],fromNewsletter:"",newsletterDate:"",ajaxParams:{action:"get_more_blogs"},pageTrackingKey:"Blog",author_list:"Prasanna Sarambale",complete_cat_name:"Blogs"});" data-jsinvoker_init="_override_history_url = "//www.iser-br.com/tele-talk/data-center-infrastructure-transforming-rural-communities-through-telecom-penetration/4268";">