Difference between revisions of "BasicInternet:Solutions"

From its-wiki.no

Jump to: navigation, search
m (Cost examples)
 
(28 intermediate revisions by the same user not shown)
Line 3: Line 3:
 
When providing Internet in areas with low availability or high costs the focus is on getting as much information as possible through a thin (or bandwidth limited link). Examples of such low availability links are satellite links, bad coverage from mobile networks or congested mobile networks.  
 
When providing Internet in areas with low availability or high costs the focus is on getting as much information as possible through a thin (or bandwidth limited link). Examples of such low availability links are satellite links, bad coverage from mobile networks or congested mobile networks.  
  
Basic Internet provides solutions which optimise the information stream such that a high amount of information can be provided. This information optimization is done in the Basic Internet Core Network or through technologies of our partners.
+
Basic Internet provides solutions which optimise the information stream such that a high amount of information can be provided. This information optimization is done in the Basic Internet Core Network or through technologies of our partners. Our infrastructure is based around a Local Information Spot, getting the Internet typically through a mobile network link, and distributing both Information from the Internet, as well as Local Content through a local Wifi Hot-Spot (see Figure 1). [[File:BasicInternet_generic.png|650px|right|thumb|''Figure 1: Basic Internet Infrastructure for optimised information provision'']]
 +
In order to have a cost effective solution, the Local Core Network and the Information spots are often integrated as one unit.  
  
== Example installation ==
+
Our distributed architecture opens for a quick deployment of a cost-effective Internet distribution worldwide, allowing for
Our infrastructure contains of the Basic Internet central AAA server located in Kjeller, Norway, the Local Core Network, installed at the site, and one or more Information spots (see Figure 1). [[File:BasicInternet_generic.png|550px|right|thumb|''Figure 1: Basic Internet Infrastructure for optimised information provision'']]
+
* A reception of a 3G/4G network even in areas with no connectivity. Our examples have proven that we connect even in places without connectivity:
The Local Core Network and the Information spots, both located in the customer network, can be integrated as one unit.  
+
** [[DigI:Selela|Selela]] at the border of the Serengeti, reaching the mobile tower being about 22 km away
 +
** [https://basicinternet.org/it-only-takes-90-min-to-connect-izazi Izazi]in the Iringa district, hidden by the mountain ridge between Izazi and the mobile towers in Migoli
 +
** In both cases we put up a 6 m pole, and mounted a directive antenna, both together increasing the mobile network by about 18 dB.
  
Our distributed architecture opens for a quick deployment of a cost-effective Internet distribution worldwide, allowing for
+
In areas without electricity, we can establish the [[InfoSpot]] based on a solar panel
* Free configurable ''provision of educational, informational and global content''. <br/>Our aim of ''Internet Lite for All'' requires as little as 4.5 MByte per user and month, which is about the size of one .mp3 music file.
+
* In [[Esilalei_(TZ)]] we used a 120 W solar panel and a 50 Ah battery for providing electricity for 3 lamps, mobile charging and the power for our equipment.
 +
 
 +
[[File:InfoSpot_config.png|400px|right|thumb|''[[Building InfoSpots|Tutorial: What is an InfoSpot?]]'']]
 +
[[File:InfoSpot_configuration.png|260px|right|thumb|''[[InfoSpot Configuration|Tutorial: How to configure an InfoSpot]]'']]
 +
 
 +
== Tutorials ==
 +
The following tutorials help you to understand an InfoSpot and how it is configured
 +
* [[Building InfoSpots|Tutorial: What is an InfoSpot?]]
 +
* [[InfoSpot Configuration|Tutorial: How to configure an InfoSpot]]  - ''Note: for experts at the [[Regional Competence Centre]] (RCC)''
 +
 
 +
 
 +
----
 +
 
 +
 
 +
The goal of establishing the [[InfoSpot]]:
 +
* Free configurable ''provision of educational, informational and global content''. <br/>Our aim of ''Internet Lite for All'' requires as little as 4.5 MegaByte (MB) per user and month, which is about the size of one .mp3 music file.
 
* A ''high-bandwidth local distribution network'' supporting local collaboration and content distribution<br/>The village/society server can be preloaded with education, health or other information, with content being freely available for everyone
 
* A ''high-bandwidth local distribution network'' supporting local collaboration and content distribution<br/>The village/society server can be preloaded with education, health or other information, with content being freely available for everyone
 
* ''A business option for providing premium Internet''<br/>The ''freemium model'' of access promotes ''free'' access to information (text, pictures and local video), and ''premium'' access to entertainment, games and other bandwidth-demanding content. Premium access is part of the Basic Internet solution through the sales of ''vouchers''.
 
* ''A business option for providing premium Internet''<br/>The ''freemium model'' of access promotes ''free'' access to information (text, pictures and local video), and ''premium'' access to entertainment, games and other bandwidth-demanding content. Premium access is part of the Basic Internet solution through the sales of ''vouchers''.
  
 
[[File:BasicInternet_HighLevel.png|746px|center|thumb|''Figure 2: Basic Internet Infrastructure, high level overview (left) and detailed view of local core network (right)'']]
 
[[File:BasicInternet_HighLevel.png|746px|center|thumb|''Figure 2: Basic Internet Infrastructure, high level overview (left) and detailed view of local core network (right)'']]
In the easiest way (see Figure 2), the infrastructure consists of the local network, generating one information spot. Only three components are used: The ''Internet link reception'' of the mobile broadband signal, the ''local network control centre (LNCC)'' and the ''society server''. (see Figure 3)
+
In the easiest way (see Figure 2), the infrastructure consists of the local network, generating one information spot. Only three components are used: The ''Internet link reception'' of the mobile broadband signal, the ''local network control centre (LNCC)'' and the ''society server''. (see Figure 4 and Figure 3, the video https://vimeo.com/354375901)
 +
 
 +
[[File:How_to_connect_BasicInternet.png|450px|centre|thumb|''Figure 3: How to connect the Basic Internet Devices - see video on https://vimeo.com/354375901'']]
  
 
== Cost examples ==
 
== Cost examples ==
[[File:BasicInternet_cost_example.png|thumb|550px|right|''Figure 3: Cost overview for a Wifi network based on Mikrotik equipment'']]
+
[[File:BasicInternet_cost_example.png|thumb|550px|right|''Figure 4: Cost overview for a Wifi network based on Mikrotik equipment'']]
A typical cost example (status: Oct2018) is presented in the attached figure. From left to right, it shows the reception of the Internet link (''back-bone, IP-link''), the local network control centre (LNCC), the point to multipoint antenna, and the local hot-spot. In short, the functionality is as follows:  
+
A typical cost example (status: Oct2018) is presented in Figure 4. From left to right, it shows the reception of the Internet link (''back-bone, IP-link''), the local network control centre (LNCC), the point to multipoint antenna, and the local hot-spot. In short, the functionality is as follows:  
* The Internet link reception is either performed through a directive link, or through re-using the mobile 3G/4G/5G network. The link directly feeds the LNCC.
+
* The Internet link reception is either performed through a directive link, or through re-using the mobile 3G/4G/5G network. The link directly feeds the LNCC.<br/>''Internet Antenna: RBSXTR&R11e-LTE - see: https://mikrotik.com/product/sxt_lte_kit''<br/> LTE kit 2G/3G/4G/LTE High gain 17dBI CPE for very remote areas - https://mikrotik.com/product/lhg_lte_kit
* The Local Network Control Centre (LNCC) performs the filtering for the '''freemium''' access, with '''free''' access to information begin text, pictures and local information from the Society Server, and '''premium''' access to bandwidth-demanding services from the Internet. The LNCC is connected to the Society Server for access to free local content, and provides this information to the Multipoint antenna.
+
* The Local Network Control Centre (LNCC) performs the filtering for the '''freemium''' access, with '''free''' access to information begin text, pictures and local information from the Society Server, and '''premium''' access to bandwidth-demanding services from the Internet. The LNCC is connected to the Society Server for access to free local content, and provides this information to the Multipoint antenna. <br/> ''LNCC: RBD52G-5HacD 2HnD-TC - see:  https://mikrotik.com/product/hap_ac2''
* The Society Server (http://Yeboo.com) contains information such as health, education and entrepreneurial information, being freely available for everyone in the society. - For educational purposes, we recommend setting up Moodle, see [https://moodle.org/mod/forum/discuss.php?d=364358 link to Moodle usage.]
+
* The Society Server (http://Yeboo.com) contains information such as health, education and entrepreneurial information, being freely available for everyone in the society. - For educational purposes, we recommend setting up Moodle, see [https://moodle.org/mod/forum/discuss.php?d=364358 link to Moodle usage.]<br/>''Raspberry Pi - Model 3B+''
 +
 
 +
The network can be expanded to other access points using
 
* The Multipoint Antenna generates a 90 deg sector link coverage for any hot-spot connecting to it.  
 
* The Multipoint Antenna generates a 90 deg sector link coverage for any hot-spot connecting to it.  
* The Local Hot-Spot consists of two parts, a receive unit with a directive antenna to communicate with the Multipoint antenna, and the local hotspot device. If the distance to the Multipoint Antenna (Village information spot) is less than 1 km, then we can omit the receive unit and work with only the local hotspot.   
+
* The Local Hot-Spot consists of two parts, a receiver unit with a directive antenna to communicate with the Multipoint antenna, and the local hotspot device. If the distance to the Multipoint Antenna (Village information spot) is less than 1 km, then we can omit the receive unit and work with only the local hotspot.   
  
  
Line 36: Line 58:
 
* The solution is especially suited for connectivity within a village or on a campus, allowing all users free access within the campus, free access to information on the Internet and premium access to broadband content.
 
* The solution is especially suited for connectivity within a village or on a campus, allowing all users free access within the campus, free access to information on the Internet and premium access to broadband content.
  
* [[BasicInternet:Technology|''more technology topics ...'']]
+
'''Read more on '''
 +
* [[BasicInternet:Establish_InfoSpot|Steps to go for establishing an InfoSpot]]
 +
* [[BasicInternet:Problems|Problem handling after having installed the InfoSpot]]
 +
* or have a look at our [[BasicInternet:FAQ|Frequently asked Questions (FAQ)]]
 +
* specific instructions on how to configure an InfoSpot with all components [[BasicInternet:InfoSpot_configuration]]

Latest revision as of 14:55, 20 December 2021

Solutions for Internet Lite

When providing Internet in areas with low availability or high costs the focus is on getting as much information as possible through a thin (or bandwidth limited link). Examples of such low availability links are satellite links, bad coverage from mobile networks or congested mobile networks.

Basic Internet provides solutions which optimise the information stream such that a high amount of information can be provided. This information optimization is done in the Basic Internet Core Network or through technologies of our partners. Our infrastructure is based around a Local Information Spot, getting the Internet typically through a mobile network link, and distributing both Information from the Internet, as well as Local Content through a local Wifi Hot-Spot (see Figure 1).
Figure 1: Basic Internet Infrastructure for optimised information provision

In order to have a cost effective solution, the Local Core Network and the Information spots are often integrated as one unit.

Our distributed architecture opens for a quick deployment of a cost-effective Internet distribution worldwide, allowing for

  • A reception of a 3G/4G network even in areas with no connectivity. Our examples have proven that we connect even in places without connectivity:
    • Selela at the border of the Serengeti, reaching the mobile tower being about 22 km away
    • Izaziin the Iringa district, hidden by the mountain ridge between Izazi and the mobile towers in Migoli
    • In both cases we put up a 6 m pole, and mounted a directive antenna, both together increasing the mobile network by about 18 dB.

In areas without electricity, we can establish the InfoSpot based on a solar panel

  • In Esilalei_(TZ) we used a 120 W solar panel and a 50 Ah battery for providing electricity for 3 lamps, mobile charging and the power for our equipment.

Tutorials

The following tutorials help you to understand an InfoSpot and how it is configured




The goal of establishing the InfoSpot:

  • Free configurable provision of educational, informational and global content.
    Our aim of Internet Lite for All requires as little as 4.5 MegaByte (MB) per user and month, which is about the size of one .mp3 music file.
  • A high-bandwidth local distribution network supporting local collaboration and content distribution
    The village/society server can be preloaded with education, health or other information, with content being freely available for everyone
  • A business option for providing premium Internet
    The freemium model of access promotes free access to information (text, pictures and local video), and premium access to entertainment, games and other bandwidth-demanding content. Premium access is part of the Basic Internet solution through the sales of vouchers.
Figure 2: Basic Internet Infrastructure, high level overview (left) and detailed view of local core network (right)

In the easiest way (see Figure 2), the infrastructure consists of the local network, generating one information spot. Only three components are used: The Internet link reception of the mobile broadband signal, the local network control centre (LNCC) and the society server. (see Figure 4 and Figure 3, the video https://vimeo.com/354375901)

Figure 3: How to connect the Basic Internet Devices - see video on https://vimeo.com/354375901

Cost examples

Figure 4: Cost overview for a Wifi network based on Mikrotik equipment

A typical cost example (status: Oct2018) is presented in Figure 4. From left to right, it shows the reception of the Internet link (back-bone, IP-link), the local network control centre (LNCC), the point to multipoint antenna, and the local hot-spot. In short, the functionality is as follows:

  • The Internet link reception is either performed through a directive link, or through re-using the mobile 3G/4G/5G network. The link directly feeds the LNCC.
    Internet Antenna: RBSXTR&R11e-LTE - see: https://mikrotik.com/product/sxt_lte_kit
    LTE kit 2G/3G/4G/LTE High gain 17dBI CPE for very remote areas - https://mikrotik.com/product/lhg_lte_kit
  • The Local Network Control Centre (LNCC) performs the filtering for the freemium access, with free access to information begin text, pictures and local information from the Society Server, and premium access to bandwidth-demanding services from the Internet. The LNCC is connected to the Society Server for access to free local content, and provides this information to the Multipoint antenna.
    LNCC: RBD52G-5HacD 2HnD-TC - see: https://mikrotik.com/product/hap_ac2
  • The Society Server (http://Yeboo.com) contains information such as health, education and entrepreneurial information, being freely available for everyone in the society. - For educational purposes, we recommend setting up Moodle, see link to Moodle usage.
    Raspberry Pi - Model 3B+

The network can be expanded to other access points using

  • The Multipoint Antenna generates a 90 deg sector link coverage for any hot-spot connecting to it.
  • The Local Hot-Spot consists of two parts, a receiver unit with a directive antenna to communicate with the Multipoint antenna, and the local hotspot device. If the distance to the Multipoint Antenna (Village information spot) is less than 1 km, then we can omit the receive unit and work with only the local hotspot.


The Basic Internet Infrastructure is modular and applicable, including

  • Mobile and fixed Hotspot, e.g. a car solution using a 3G/4G modem connected to a Mikrotik RB951.
    This solution has been used to equip hospitals and health stations in Norway since 2012.
  • Dedicated IP solutions, where the incoming channel is either a radio link, an existing Internet access or a fibre connection.
    A solution connected to a backhaul fibre is used in India to enhance the last-mile connectivity.
  • The solution is especially suited for connectivity within a village or on a campus, allowing all users free access within the campus, free access to information on the Internet and premium access to broadband content.

Read more on