by
Team STL
September,2020
STL, a Data Networks Innovator, took the initiative of designing an integrated system, STL Garv, for empowering the people of rural India with digital services that can transform rural living. Garv is a supercomputer in the form of a kiosk that enables access to multiple coordinated digital infrastructure and services for rural communities. STL Garv is a combination of applied infrastructure and services platform that enhances technology adoption and usage. Garv has been implemented in three villages across 5 states of rural India – Telangana, Uttar Pradesh, and Maharashtra.
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 endeavoured to create a worldclass ICT infrastructure to cater to the growing population as well as to empower the citizens to easily and digitally access administrative services. ', 'https://www.stl.tech/sterlite-live/blog_banners/99/medium/gandhinagar416f.png?1513575006', 'brain-share/case-study/sterlite-tech-leads-the-development-of-india-s-first-smart-city-gandhinagar.html')){kind=link}
 endeavoured to create a worldclass ICT infrastructure to cater to the growing population as well as to empower the citizens to easily and digitally access administrative services. ', 'https://www.stl.tech/sterlite-live/blog_banners/99/medium/gandhinagar416f.png?1513575006', 'brain-share/case-study/sterlite-tech-leads-the-development-of-india-s-first-smart-city-gandhinagar.html')){kind=link}
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 is making an attempt\nin that direction to make women\nself sufficient through various skill\ntraining programmes.', 'https://www.stl.tech/sterlite-live/blog_banners/73/medium/women789b.png?1505485607', 'brain-share/case-study/women-empowerment.html')){kind=link}
 is making an attempt\nin that direction to make women\nself sufficient through various skill\ntraining programmes.', 'https://www.stl.tech/sterlite-live/blog_banners/73/medium/women789b.png?1505485607', 'brain-share/case-study/women-empowerment.html')){kind=link}
 under its Corporate Social\nResponsibility initiatives to continue\nthe providing ancient invaluable\neducation through Vedas in part-\nnership with Swami Sacchidanand\nVedahyay Pratisthan and Swami\nDayanand Seva trust at Pirangut\ncampus. \n The Ved Pathshala is following the\nancient method to teach the vedas\nand the STL has created/developed\nthat type of structure for joyful\nlearning.Guruji Mr. Siddhivinayak\nrises from his sleep sharp at the\nstroke of 4 every morning when the\nbell rings loud and clear. After a\nquick face wash, he is at his seat,\nimmersed in the study of the ancient\nVedas in Sanskrit in the stillness\nof the breaking dawn for two\ncontinuous hours. Between 6 am\nand 6:30 am, he starts milking the\ncows. Once the daily chore is over,\nthe 25-year-old student bathes and\nbegins chanting the Gayatri mantra\njapa to attain the blessings and\nboons of this mantra. ', 'https://www.stl.tech/sterlite-live/blog_banners/72/medium/PATHASHALA0ed4.png?1505485496', 'brain-share/case-study/ved-pathashala.html')){kind=link}
 under its Corporate Social\nResponsibility initiatives to continue\nthe providing ancient invaluable\neducation through Vedas in part-\nnership with Swami Sacchidanand\nVedahyay Pratisthan and Swami\nDayanand Seva trust at Pirangut\ncampus. \n The Ved Pathshala is following the\nancient method to teach the vedas\nand the STL has created/developed\nthat type of structure for joyful\nlearning.Guruji Mr. Siddhivinayak\nrises from his sleep sharp at the\nstroke of 4 every morning when the\nbell rings loud and clear. After a\nquick face wash, he is at his seat,\nimmersed in the study of the ancient\nVedas in Sanskrit in the stillness\nof the breaking dawn for two\ncontinuous hours. Between 6 am\nand 6:30 am, he starts milking the\ncows. Once the daily chore is over,\nthe 25-year-old student bathes and\nbegins chanting the Gayatri mantra\njapa to attain the blessings and\nboons of this mantra. ', 'https://www.stl.tech/sterlite-live/blog_banners/72/medium/PATHASHALA0ed4.png?1505485496', 'brain-share/case-study/ved-pathashala.html')){kind=link}
 under the\nCompanies Act, 1956, to construct a\nMass Rapid Transit System (MRTS)\nin Delhi. This Metro system is\ndesigned to be integrated with\nother means of mass transit and will\nalleviate traffic congestion on national\nhighways, thereby reducing the\nnumber of accidents and increasing\npublic safety. ', 'https://www.stl.tech/sterlite-live/blog_banners/71/medium/communicationb460.png?1505485321', 'brain-share/case-study/sterlite-s-foc-enable-communication-signal-integrity-in-delhi-metro-5.html')){kind=link}
 under the\nCompanies Act, 1956, to construct a\nMass Rapid Transit System (MRTS)\nin Delhi. This Metro system is\ndesigned to be integrated with\nother means of mass transit and will\nalleviate traffic congestion on national\nhighways, thereby reducing the\nnumber of accidents and increasing\npublic safety. ', 'https://www.stl.tech/sterlite-live/blog_banners/71/medium/communicationb460.png?1505485321', 'brain-share/case-study/sterlite-s-foc-enable-communication-signal-integrity-in-delhi-metro-5.html')){kind=link}
 and real-\ntime access to mine operating\ninformation. \n The majority of these tasks involve\ncommunication with a mobile worker,\ndevice or piece of equipment. Thus,\nwireless links are required in any\nmine communications system. But\nunderground mines, consisting of\ninterconnected mining rooms are\na difficult environment for wireless\ncommunications and thus typical\nmine communications networks\nconsist of a wired backbone with\nwireless access points. There is\nawide selection of minerelated\ncommunications systems available\ninvolving both wired and wireless\nimplementations. The majority of\nthese systems are proprietary and\nsingle source, which generally\nincreases the system cost,\nlimits expandability and, if the\nmanufacturer encounters difficulties,\nmay result in no product support. ', 'https://www.stl.tech/sterlite-live/blog_banners/70/medium/communicating7b14.png?1505485207', 'brain-share/case-study/sterlite-installed-fiber-communicating-1-5-kms-below-the-earth-s-surface.html')){kind=link}
 and real-\ntime access to mine operating\ninformation. \n The majority of these tasks involve\ncommunication with a mobile worker,\ndevice or piece of equipment. Thus,\nwireless links are required in any\nmine communications system. But\nunderground mines, consisting of\ninterconnected mining rooms are\na difficult environment for wireless\ncommunications and thus typical\nmine communications networks\nconsist of a wired backbone with\nwireless access points. There is\nawide selection of minerelated\ncommunications systems available\ninvolving both wired and wireless\nimplementations. The majority of\nthese systems are proprietary and\nsingle source, which generally\nincreases the system cost,\nlimits expandability and, if the\nmanufacturer encounters difficulties,\nmay result in no product support. ', 'https://www.stl.tech/sterlite-live/blog_banners/70/medium/communicating7b14.png?1505485207', 'brain-share/case-study/sterlite-installed-fiber-communicating-1-5-kms-below-the-earth-s-surface.html')){kind=link}
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. The F1 season\nconsists of a series of races, known\nas Grands Prix, held on purpose-\nbuilt circuits. The results of each\nrace are combined to determine\ntwo annual World Championships,\none for the drivers and one for the\nconstructors. Till 2010, races have\nheld have been held at 68 circuits in\n29 countries. \n Formula 1 and India\nThe 69th F1 circuit in the 30th\ncountry is being built in India. The\nraces would be held at the Buddh\nInternational Circuit in Greater Noida,\n50 km from Delhi. ', 'https://www.stl.tech/sterlite-live/blog_banners/67/medium/Formula1ed3b.png?1505484749', 'brain-share/case-study/sterlite-fiber-cables-deployed-in-india-s-first-formula-1-race-track.html')){kind=link}
. The F1 season\nconsists of a series of races, known\nas Grands Prix, held on purpose-\nbuilt circuits. The results of each\nrace are combined to determine\ntwo annual World Championships,\none for the drivers and one for the\nconstructors. Till 2010, races have\nheld have been held at 68 circuits in\n29 countries. \n Formula 1 and India\nThe 69th F1 circuit in the 30th\ncountry is being built in India. The\nraces would be held at the Buddh\nInternational Circuit in Greater Noida,\n50 km from Delhi. ', 'https://www.stl.tech/sterlite-live/blog_banners/67/medium/Formula1ed3b.png?1505484749', 'brain-share/case-study/sterlite-fiber-cables-deployed-in-india-s-first-formula-1-race-track.html')){kind=link}
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 too is engaged in several\nCSR initiatives, expressed through\nvarious communication tools and\nNGOs. In line with this, Sterlite Tech\nFoundation – the CSR arm of Sterlite\n– hasbeen set up. This latest initiative\nfocuses oncreating sustainable\nlivelihoods for local communities, as\nwell as those who belong tounder\nprivileged section of the society.\nThe concept of the project is to\nbuildcommunities that are more\nskilled andcapable of sustaining\nthemselves independently by\ncapitalizing on the company’s\nexpertise, knowledge and\ncompetencies, rather than merely\nproviding continued financial\nsupport. It directly provides\nsolutions to the critical community\nproblem of unemployment, through\na method, which is “development”\norientedand lays the foundation for\nlong-termsuccess of the society.', 'https://www.stl.tech/sterlite-live/blog_banners/64/medium/Village_Development42ca.png?1505484223', 'brain-share/case-study/model-village-development-project.html')){kind=link}
 too is engaged in several\nCSR initiatives, expressed through\nvarious communication tools and\nNGOs. In line with this, Sterlite Tech\nFoundation – the CSR arm of Sterlite\n– hasbeen set up. This latest initiative\nfocuses oncreating sustainable\nlivelihoods for local communities, as\nwell as those who belong tounder\nprivileged section of the society.\nThe concept of the project is to\nbuildcommunities that are more\nskilled andcapable of sustaining\nthemselves independently by\ncapitalizing on the company’s\nexpertise, knowledge and\ncompetencies, rather than merely\nproviding continued financial\nsupport. It directly provides\nsolutions to the critical community\nproblem of unemployment, through\na method, which is “development”\norientedand lays the foundation for\nlong-termsuccess of the society.', 'https://www.stl.tech/sterlite-live/blog_banners/64/medium/Village_Development42ca.png?1505484223', 'brain-share/case-study/model-village-development-project.html')){kind=link}
\nundertook the challenge of supplying\nand installing of Optical Ground\nWires (OPGW) on GETCO’s old\n220kV transmission line.\n Critical attributes and challenges\n The most critical attribute of this\nproject was that the OPGW was to\nbe strung on 30 Year old towers\nwhich were built in accordance to\nthe old BIS standard. This placed\nemphasis on the OPGW to be of\na very light and at the same time\nthis was to be installed in one of\nIndia’s hottest regions, which meant\ntheconductivity of the OPGW should\nbe highenough to evacuate the fault even when theconductor was at a\ntemperature of 50°C andstill not to\nexceed 200°C even in the worst\ncase scenario.', 'https://www.stl.tech/sterlite-live/blog_banners/63/medium/OPGW_cablescab1.png?1505484125', 'brain-share/case-study/installation-of-opgw-cables-for-getco-s-220-kv-transmission-line.html')){kind=link}
\nundertook the challenge of supplying\nand installing of Optical Ground\nWires (OPGW) on GETCO’s old\n220kV transmission line.\n Critical attributes and challenges\n The most critical attribute of this\nproject was that the OPGW was to\nbe strung on 30 Year old towers\nwhich were built in accordance to\nthe old BIS standard. This placed\nemphasis on the OPGW to be of\na very light and at the same time\nthis was to be installed in one of\nIndia’s hottest regions, which meant\ntheconductivity of the OPGW should\nbe highenough to evacuate the fault even when theconductor was at a\ntemperature of 50°C andstill not to\nexceed 200°C even in the worst\ncase scenario.', 'https://www.stl.tech/sterlite-live/blog_banners/63/medium/OPGW_cablescab1.png?1505484125', 'brain-share/case-study/installation-of-opgw-cables-for-getco-s-220-kv-transmission-line.html')){kind=link}
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, an end-to-end power and telecom solutions provider, is the 7th largest manufacturer of Telecom and Power products & services globally. The company was facing transportation challenges for its power conductors and cables products due to wooden drums which are used for packaging. These products are sensitive to damage during handling, storage and installation. Any damage degrades product performance to the extent that replacement becomes necessary. Increasing product lines, recurring cost of drums, and increased packaging weight had generated the need to address the issue immediately. To solve this, Sterlite came up with the innovation of shifting packaging material from wood to steel with returnable model. Sterlite introduced a new approach to storage/shipments of power transmission conductors, combining packaging improvements as well as switching from wooden drums, to steel drums. Since its inception, this initiative has helped the company reduce wood consumption, eliminate quality complaints due to fungus and nail damages to the product, and gain substantial savings on recurring cost of drums.', 'https://www.stl.tech/sterlite-live/blog_banners/36/medium/steel-drum36f5.jpg?1459945674', 'brain-share/case-study/sterlite-technologies-saves-60-packaging-cost-through-returnable-steel-drums.html')){kind=link}
, an end-to-end power and telecom solutions provider, is the 7th largest manufacturer of Telecom and Power products & services globally. The company was facing transportation challenges for its power conductors and cables products due to wooden drums which are used for packaging. These products are sensitive to damage during handling, storage and installation. Any damage degrades product performance to the extent that replacement becomes necessary. Increasing product lines, recurring cost of drums, and increased packaging weight had generated the need to address the issue immediately. To solve this, Sterlite came up with the innovation of shifting packaging material from wood to steel with returnable model. Sterlite introduced a new approach to storage/shipments of power transmission conductors, combining packaging improvements as well as switching from wooden drums, to steel drums. Since its inception, this initiative has helped the company reduce wood consumption, eliminate quality complaints due to fungus and nail damages to the product, and gain substantial savings on recurring cost of drums.', 'https://www.stl.tech/sterlite-live/blog_banners/36/medium/steel-drum36f5.jpg?1459945674', 'brain-share/case-study/sterlite-technologies-saves-60-packaging-cost-through-returnable-steel-drums.html')){kind=link}
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 project, by Bharat Sanchar Nigam Ltd (BSNL), was envisaged to build a new communication network for exclusive use by the armed forces in lieu of the spectrum.The project is among the largest projects globally deploying G.655 Fibre Optic Cables.', 'https://www.stl.tech/sterlite-live/blog_banners/17/medium/J-K9f30.jpg?1459918977', 'brain-share/case-study/enabling-end-to-end-telecom-infrastructure-network-for-spectrum-project-in-jammu-kashmir-india.html')){kind=link}
 project, by Bharat Sanchar Nigam Ltd (BSNL), was envisaged to build a new communication network for exclusive use by the armed forces in lieu of the spectrum.The project is among the largest projects globally deploying G.655 Fibre Optic Cables.', 'https://www.stl.tech/sterlite-live/blog_banners/17/medium/J-K9f30.jpg?1459918977', 'brain-share/case-study/enabling-end-to-end-telecom-infrastructure-network-for-spectrum-project-in-jammu-kashmir-india.html')){kind=link}
 is a 1,400-km pipeline project for supplying natural gas to the Indian state of Karnataka from Ratnagiri Gas and Power Pvt Ltd in the Indian state of Maharashtra. The project: Dabhol-Bangalore Gas Pipeline In the part A of the first phase 402 km of pipeline will be laid from Dabhol to Gokak and it is expected to be completed by 2011-12. In part B of the phase 1,570-km pipeline will be laid from Gokak to Bangalore and would be completed by 2012-13. Natural gas also finds gasacross residential, commercial, industrial and transportation sectors, in varying amounts. In the second phase, 417 km of feeder lines will be laid to Ratnagiri, Kolhapur, Sangli in Maharashtra and Bijapur, Dharwad, Davangere, Harihar and Tumkur; and would be completed by 2013-14. The success in large-scale adoption of natural gas as an environment friendly energy source largely depends on efficient transportation of natural gas from its processing centres to its end consumers.', 'https://www.stl.tech/sterlite-live/blog_banners/15/medium/natural-gas-pipeline.jpg?1459919025', 'https://www.stl.tech/brain-share/brain-share/case-study/sterlite-fiber-optic-cables-deployed-in-india-s-longest-natural-gas-pipeline')){kind=link}
 is a 1,400-km pipeline project for supplying natural gas to the Indian state of Karnataka from Ratnagiri Gas and Power Pvt Ltd in the Indian state of Maharashtra. The project: Dabhol-Bangalore Gas Pipeline In the part A of the first phase 402 km of pipeline will be laid from Dabhol to Gokak and it is expected to be completed by 2011-12. In part B of the phase 1,570-km pipeline will be laid from Gokak to Bangalore and would be completed by 2012-13. Natural gas also finds gasacross residential, commercial, industrial and transportation sectors, in varying amounts. In the second phase, 417 km of feeder lines will be laid to Ratnagiri, Kolhapur, Sangli in Maharashtra and Bijapur, Dharwad, Davangere, Harihar and Tumkur; and would be completed by 2013-14. The success in large-scale adoption of natural gas as an environment friendly energy source largely depends on efficient transportation of natural gas from its processing centres to its end consumers.', 'https://www.stl.tech/sterlite-live/blog_banners/15/medium/natural-gas-pipeline2b69.jpg?1459919025', 'brain-share/case-study/sterlite-fiber-optic-cables-deployed-in-india-s-longest-natural-gas-pipeline.html')){kind=link}
 and real-time access to mine operating information. The majority of these tasks involve communication with a mobile worker, device or piece of equipment. Thus, wireless links are required in any mine communications system. But underground mines, consisting of interconnected mining rooms are a difficult environment for wireless communications and thus typical mine communications networks consist of a wired backbone with wireless access points. There is a wide selection of mine related communications systems available involving both wired and wireless implementations. The majority of these systems are proprietary and single source, which generally increases the system cost, limits expandability and, if the manufacturer encounters difficulties, may result in no product support.', 'https://www.stl.tech/sterlite-live/blog_banners/14/medium/earths-surface.jpg?1459918804', 'https://www.stl.tech/brain-share/brain-share/case-study/sterlite-installed-fiber-communicating-1-5-kms-below-the-earth-s-surface')){kind=link}
 and real-time access to mine operating information. The majority of these tasks involve communication with a mobile worker, device or piece of equipment. Thus, wireless links are required in any mine communications system. But underground mines, consisting of interconnected mining rooms are a difficult environment for wireless communications and thus typical mine communications networks consist of a wired backbone with wireless access points. There is a wide selection of mine related communications systems available involving both wired and wireless implementations. The majority of these systems are proprietary and single source, which generally increases the system cost, limits expandability and, if the manufacturer encounters difficulties, may result in no product support.', 'https://www.stl.tech/sterlite-live/blog_banners/14/medium/earths-surface21eb.jpg?1459918804', 'brain-share/case-study/sterlite-installed-fiber-communicating-1-5-kms-below-the-earth-s-surface.html')){kind=link}
 under the Companies Act, 1956, to construct a Mass Rapid Transit System (MRTS) in Delhi. This Metro system is designed to be integrated with other means of mass transit and will alleviate traffic congestion on national highways, thereby reducing the number of accidents and increasing public safety. The Challenge: The Delhi Metro is a rapid transit system serving Delhi, Gurgaon and Noida in the National Capital Region (NCR) of India, being built and operated by the Delhi Metro Rail Corporation Limited (DMRC). The network consists of six lines with a total length of about 190 kilometers (118 mi) with 142 stations of which 35 are underground. The metro system has an average daily ridership of 1.5 million commuters.', 'https://www.stl.tech/sterlite-live/blog_banners/13/medium/Delhi-Metrof2ad.jpg?1459918789', 'brain-share/case-study/sterlite-s-foc-enable-communication-signal-integrity-in-delhi-metro.html')){kind=link}
 under the Companies Act, 1956, to construct a Mass Rapid Transit System (MRTS) in Delhi. This Metro system is designed to be integrated with other means of mass transit and will alleviate traffic congestion on national highways, thereby reducing the number of accidents and increasing public safety. The Challenge: The Delhi Metro is a rapid transit system serving Delhi, Gurgaon and Noida in the National Capital Region (NCR) of India, being built and operated by the Delhi Metro Rail Corporation Limited (DMRC). The network consists of six lines with a total length of about 190 kilometers (118 mi) with 142 stations of which 35 are underground. The metro system has an average daily ridership of 1.5 million commuters.', 'https://www.stl.tech/sterlite-live/blog_banners/13/medium/Delhi-Metrof2ad.jpg?1459918789', 'brain-share/case-study/sterlite-s-foc-enable-communication-signal-integrity-in-delhi-metro.html')){kind=link}