Before the era of internet business in Indonesia, internet connections could only be found at a few leading universities. By using UUCP, university servers in Indonesia exchange information with other university servers in the world through their respective gateways. In 1994, the internet business in Indonesia was started, marked by the granting of an internet service provider (ISP) company license issued by the Indonesian government to PT. Rahajasa Media Internet or RADNET. [1] [2]
Based on OpenSignal in November 2016, there were only 58.8% of internet users in Indonesia who received 4G LTE signal, and received only HSPA+ signal or lower the rest of the time, ranking Indonesia 51st in the world. The download speed using 4G LTE in Indonesia was only an average of 8.79 Mbit/s (ranked 74th in the world). [3]
Based on the Indonesia Internet Service Providers Association, in mid-2016, there were 132.7 million internet users, representing more than half of the Indonesian population. Only 3% of users are 50 years old or over, but surprisingly 100% in the 10–14 age bracket. Users on the island of Java dominated (65%), followed by Sumatra with 15.7 million users. Almost 90% of users were employees and students. Almost all of the users knew about e-commerce, but only 10.4 million users used the internet for transactions. Almost 70% of the users used their mobile phones for access. [4]
According to eMarketer in 2014, Indonesia had 83.7 million users (in sixth place behind Japan), but Indonesia was predicted to surpass Japan in 2017, due to the slower growth rate in Japan compared to Indonesia. [5]
According to Akamai Technologies, Indonesia, with nine connections to undersea cables, had in Q1 2014 an average Internet connection speed of 2.4 Mbit/s, which was an increase of 55% from the previous year. Just 6.6% of homes had access to 4 Mbit/s or higher speed connections. [6] However, in Q4 2014, the average internet connection speed was 1.9 Mbit/s or dropped about 50% from Q3 2014 with 3.7 Mbit/s. [7]
Based on the Indonesia Internet Service Providers Association, in Q4 2013, there were 71.19 million Internet users in Indonesia or about 28% of Indonesia's population. [8] According to Cisco's Visual Networking Index, in 2013, Indonesia had the world's second-fastest growth of IP traffic and has become an "Internet of Everything" country. [9]
Based on Communication Ministry data, at the end of June 2011, there were 45 million Internet users in Indonesia, of which 64% or 28 million users are between the ages of 15 and 19. [10]
July 2011: Based on Nielsen's survey, 48% of Internet users in Indonesia used mobile phones for access, whereas another 13% used other handheld multimedia devices. It represents the highest dependence on mobile internet access in Southeast Asia, although Indonesia has the lowest level of overall internet penetration in the region with only 21% of Indonesians aged between 15 and 49 using the Internet. [11]
According to a survey conducted by the Association of Internet Service Providers in Indonesia, the number of internet users in Indonesia reached 171.17 million at the beginning of 2019. The Indonesian government is eager to complete the Palapa Ring project, an undersea fiber-optic cable network across the country to offer affordable and faster internet access. It is expected to be fully completed by August 2019. [12] The project comprises three sections – the west, central and east – that would span around 13,000 kilometers. It aims to expand domestic broadband service nationwide, particularly in the remote rural regions. [13] The project is estimated to cost Rp 1.38 trillion (US$97.74 million) and would provide 4G access with speeds of up to 30 Mbit/s. In addition to connecting all of Indonesia in the telecommunications network, the Palapa Ring development is intended to reduce the gap in telecommunications services between Java and other regions in Indonesia. [14]
May 2011: Based on TNS research, Indonesia has the world's second-largest number of Facebook users and the third-largest number of Twitter users. Eighty-seven percent of Indonesians have social networking site accounts, but only 14% access the sites daily, far below the global average of 46% due to access from old phones or inconvenient internet cafes. In line with the increase of cheap Android smartphones recently, there is the possibility that Indonesian internet user activity will increase as well. [15]
Based on the Yahoo Net Index survey released in July 2011, the internet in Indonesia still ranks second after television in terms of media usage. Eighty-nine per cent of users were connected to social network, 72% used the internet for web browsing, and 61% read the news. [16]
Indonesian Internet service providers (ISPs) offer service on PT Telkom's ADSL network. ADSL customers usually receive two separates bills, one for the ADSL line charges to PT Telkom and another for Internet service charges to the ISP.
All of the GSM major cellular telecommunication providers offer 3G, 3.5G HSDPA and 4G LTE, which cover cities and countrysides. They include Indosat, Telkomsel, Excelcomindo (XL) and 3. The usage of CDMA EV-DO has been phased out as the last provider, Smartfren, pulled its support in 2017 and converted to LTE-A. In 2016, almost all CDMA providers in Indonesia moved to either GSM or 4G LTE service such as Smartfren.
Due to COVID-19, Indonesia is adapting to digital transformation faster than predicted. The country is one of the striving mobile markets, underpinned by strong economic fundamentals, hence fast developing. With the population of the country, Indonesia is among the biggest market especially for smartphones along with China and India. [17] 4G in Indonesia will continue to be the main network for mobile internet in Indonesia as 3G gradually resides over the years. [18] The country is predicted by GSM Association to launch the new 5G network for commercial usage by 2022 and forecasted to have more than 20 million 5G connections by 2025.
Telkomsel launched 5G on 27 May 2021 in Jakarta and 8 other cities. [19] Indosat have been given a permit to operate 5G networks, and will roll out 5G in four cities in Java and Sulawesi. [20] [21] Smartfren is currently testing mmWave 5G in its office. [22]
Internet filtering in Indonesia was deemed "substantial" in the social arena, "selective" in the political and internet tools arenas, and there was no evidence of filtering in the conflict/security arena by the OpenNet Initiative in 2011 based on testing done during 2009 and 2010. Testing also showed that Internet filtering in Indonesia is unsystematic and inconsistent, illustrated by the differences found in the level of filtering between ISPs. [23]
The Indonesian Defence Ministry has proposed plans for creating a cyber army in order to protect the state's portals and websites. Though no law has been created in order to establish the cyber army, the ministry is seeking talented Internet security specialists who, upon hiring, could be trained in cyber-warfare. [24]
Upon learning that about 80% of local internet traffic went abroad, the government began to encourage Indonesian institutions, business people and the public in general to use domestic domains. In mid-April 2015, there were about 20,000 .id domains and about 47,000 .co.id domains. The government targeted one million domestic domains with funding of Rp 50 billion ($3.85 million). Some users with non-domestic domains also possess domestic domains and redirect searches from its non-domestic domains to domestic domains. [25]
The following is an outline of communications technology in Morocco.
Telecommunications infrastructure in South Africa provides modern and efficient service to urban areas, including cellular and internet services. The Independent Communications Authority of South Africa (ICASA) is the watchdog of the telecommunications in the country.
Telecommunications in Sri Lanka commenced in 1858 after the first telegraphic circuit between Colombo and Galle was commenced. The sector continues to grow in the modern times.
Telecommunications in Uruguay includes radio, television, telephones, and the Internet.
4G is the fourth generation of broadband cellular network technology, succeeding 3G and preceding 5G. A 4G system must provide capabilities defined by ITU in IMT Advanced. Potential and current applications include amended mobile web access, IP telephony, gaming services, high-definition mobile TV, video conferencing, and 3D television.
Telkom SA SOC Limited is a South African wireline and wireless telecommunications provider, operating in more than 38 countries across the African continent. Telkom is majority state-owned (55.3%) with the South African government owning 40.5% of Telkom, while another 14.8% is owned by another state-owned company - the Public Investment Corporation (PIC), which is closely linked to the South African government.
Ooredoo QSC is a Qatari multinational telecommunications company headquartered in Doha. Ooredoo provides mobile, wireless, wire line, and content services with market share in domestic and international telecommunication markets, and in business and residential markets.
Sri Lanka Telecom PLC, doing business as SLT-MOBITEL, is the national telecommunications services provider in Sri Lanka and one of the country's largest companies with an annual turnover in excess of Rs 40 billion. The company provides domestic and corporate services which include fixed and wireless telephony, Internet access and IT services to domestic, public and business sector customers. As of 2018 SLT-MOBITEL was Sri Lanka's second largest mobile network operator with over 7.9 million subscribers.
PT Telekomunikasi Selular is an Indonesian telecommunications company founded in 1995. Its ownership is divided between Telkom Indonesia (69.9%) and Singtel (30.1%), which serves as Telkom's consumer services arm starting 1 July 2023 by its management takeover of IndiHome. It is headquartered alongside Telkom in the Telkom Landmark Complex.
The Indonesia Internet Exchange (IIX) is the national interconnection point for Internet Service Providers in Indonesia. Launched in August 1997, the IIX is operated by the Indonesian Internet Service Providers Association (APJII).
The Internet in South Africa, one of the most technologically resourced countries on the African continent, is expanding. The internet country code top-level domain (ccTLD) .za is managed and regulated by the .za Domain Name Authority (.ZADNA) and was granted to South Africa by the Internet Corporation for Assigned Names and Numbers (ICANN) in 1990. Over 60% of Internet traffic generated on the African continent originates from South Africa. As of 2020, 41.5 million people were Internet users.
Internet access is widely available in New Zealand, with 94% of New Zealanders having access to the internet as of January 2021. It first became accessible to university students in the country in 1989. As of June 2018, there are 1,867,000 broadband connections, of which 1,524,000 are residential and 361,000 are business or government.
Since its beginnings in 1995, the Internet in Malaysia has become the main platform for free discussion in the country's otherwise tightly controlled media environment. As of Q1 2017, Malaysia had broadband penetration rates of 103.6% and 81.8%.
Internet in the Czech Republic and Internet access are largely provided by the private sector and is available in a variety of forms, using a variety of technologies, at a wide range of speeds and costs. In 2013, 68% of Czechs were connected to the Internet.From 2013 to 2022, the number of Internet users in the Czech Republic increased rapidly to 91.48%.
Internet in Moldova is one of the fastest and least expensive in the world. The country ranks 3rd in the world by gigabit coverage with around 90% of the population having the option to subscribe to a gigabit plan. The overall infrastructure is well developed which allows many users to experience good quality services throughout the country. However, despite high speeds and cheap prices, the penetration level is quite low when compared with many EU or CIS countries. In 2018, 49% of Moldovan households had broadband access. In 2015, there were 80 registered Internet Service Provider's (ISP's) in the country, with the majority being local or regional with only a few offering their services throughout the country. Moldtelecom and StarNet are the country's leading providers sharing around 88% of the market. The remaining 12% are shared between other ISPS, like SunCommunications, Arax Communications and others. Almost all ISPs that offer their services across the country have their headquarters located in the capital-city of Chişinău.
Internet in Greece reached an 82% usage rate among individuals in 2022, yet it slightly trails behind the European Union averages in digital skills among individuals aged 16-74, as highlighted in the European Commission's Digital Decade Country Report 2023. In an effort to bridge this gap and enhance digital proficiency across the nation, Greece implemented the "Works Again" law in April 2022. This law is designed to modernize the Public Employment Service, aligning it more closely with the demands of the labor market and vocational training needs. Additionally, Greece has launched a strategic initiative for Vocational Education and Training (VET) and lifelong learning. This initiative aims to revamp educational curricula to include digital and green skills.
Broadband Internet in Israel has been available since the late 1990s in theory, but it only became practically accessible to most customers in 2001. By 2008, Israel had become one of the few countries with developed broadband capabilities across two types of infrastructure—cable and DSL—reaching over 95% of the population. Actual broadband market penetration stands at 77%, ranked 7th in the world. In 2010, Israel was ranked 26th in The Economist's Digital Economy Rankings. In 2022, Israel was ranked first for digital quality of life by Surfshark.
In Romania, there are 18.8 million connections to the Internet. Romania's country code is .ro. The .eu domain is also used, as it is shared with other European Union member states. There were over 600 000 domains registered under .ro at the end of 2012.
Hutchison 3G Enterprises S.A.R.L., trading as 3 (Three) and Hutchison 3G, is the owner of several originally UMTS-based mobile phone networks and broadband Internet providers, which operate in Hong Kong, Macau, Austria, Denmark, Indonesia, Ireland, Italy, Sweden, and the United Kingdom.
A mobile broadband modem, also known as wireless modem or cellular modem, is a type of modem that allows a personal computer or a router to receive wireless Internet access via a mobile broadband connection instead of using telephone or cable television lines. A mobile Internet user can connect using a wireless modem to a wireless Internet Service Provider (ISP) to get Internet access.
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