WO2022086349A1

WO2022086349A1 - Portable system for the deployment of an intraconnected digital network in rural areas

Info

Publication number: WO2022086349A1
Application number: PCT/PE2020/050015
Authority: WO
Inventors: Karim RIFAI BURNEO
Original assignee: Rifai Burneo Karim
Priority date: 2020-10-20
Filing date: 2020-10-20
Publication date: 2022-04-28
Also published as: ECSMU23028731U; CO2023004921A2; PE20231044Z; WO2022086349A4

Abstract

The invention relates to a low-cost, portable technology system including hardware and software. This low power consumption system was designed to facilitate the deployment of a distributed digital network that can be intraconnected with other compatible servers, and to deploy a high-coverage local community network with the capacity of hosting/distributing from 500MB to over 1000TB of content and digital tools. Furthermore, the user experience automatically takes you, once connected to the network, to a customisable multi-media centre. In addition, the system proposed can be installed in all types of hardware using available servers; the system is compatible with all types of content in any multimedia format; also, all applications are compatible with any device connected to the network. All these benefits provide a solution ready to be used to the full, right from the start.

Description

A PORTABLE SYSTEM FOR THE DEPLOYMENT OF AN INTRACONNECTED DIGITAL NETWORK IN RURAL AREAS

TECHNICAL FIELD

The present invention falls within the technical field of information systems and refers to a portable system that includes a portable technology kit for the deployment of an intraconnected network in rural areas, in order to provide access to the digital age to users in these rural areas.

STATE OF THE ART

Currently, to solve the problem of the lack of internet in rural areas, satellite internet is used, which can only ensure 30% of the bandwidth, which results in low speeds, in this internet the access of users to content that could sometimes be inappropriate, there is no user-friendly navigation guide on the internet, which hinders the experience of users unfamiliar with information systems, annual internet plans (satellite internet) for 20 users in remote areas they tend to have very high costs, while other conventional options (LTE 4G internet) could cost up to 20 times more; internet plans in remote and rural areas do not allow more than 15 users to connect simultaneously without being slow; and the range of coverage it offers is normally limited to a few radial metres.

Likewise, in the state of the art there is the patent document CN106530162A, published on March 22, 2017, for "Educational services system based on an intelligent community", which includes an integrated educational services system database to serve as data resources, a second server, an intelligent network selection optimization terminal serving as a network access operator, and an intelligent terminal serving as a service presentation terminal, in in which the second server is used to store family information of users in a community, training information, timely updated educational training data, and related information of teachers, so that the required data resources are provided to a server.

Another precedent is the patent document CN1 10738585A, published on January 31, 2020, and entitled "Remote educational data notification system based on cloud service", which reveals a remote educational data notification system based on cloud service, relates to the technical field of remote education, solves the problem of low learning efficiency, and is characterized by comprising a data display module, a cloud server, a database, and at least a data collection module, the data collection module is in communication connection with the cloud server; the cloud server is in communication connection with the database; and the data display module is in communication connection with the cloud server and is used to acquire the corresponding educational data from the database and display the acquired educational data, so that complete educational information of the head is provided to the queue, the educational content is updated in real time to its most recent version.

However, the antecedents CN106530162A and CN1 10738585A do not allow their operation without internet, nor do they present a solution to optimize the concurrence of data and facilitation of a periodic synchronization of the servers for their updates, nor does it present the possibility of modulating and enhancing The kit is simple according to the user's needs (coverage radius and maximum capacity of users connected simultaneously), nor do they present characteristics of high portability and low energy consumption, their servers do not have gigabit outputs. Finally, it is not mentioned that the antecedents have the capacity to be configured so that all types of computer devices (of any range and operating system, eg Android, Windows, ¡OS, Linux among others) is compatible with its interface, system, its applications and content, as well as that users connected to the network automatically access the applications and their content, facilitating access and use of the system by even new users. Finally, this solution is the only one of its kind that facilitates the customization of the initial Multimedia Center, as well as the categories available from the beginning in the web and mobile content portal.

DESCRIPTION OF THE INVENTION

The present invention solves the aforementioned problems through the proposal of a system that includes a portable technological kit which in turn includes a low-cost and easy-to-replicate portable multimedia server designed to work in a decentralized manner to make the system work. optimally even in remote/rural locations without requiring an internet connection. Through its customizable multimedia center, this system allows you to access or download/install different digital services and applications, such as, for example, our customizable web and mobile content platform (multimedia portal) that works as a virtual library.

When turning on the technology kit, users connected to the network automatically access the multimedia center to be able to easily take advantage of all the available digital services and their contents from the first moment.

Through the Media Center administration panel (referred to as UcloudNet Center) you can add new applications, digital services and software as well as add and customize quick access to select content.

1. Integration of new services or software to the network of the proposed system and to the multimedia center panel: the user must request to the manufacturer so that the services/applications that "the client" seeks to add can be integrated remotely.

2. Users can add and customize new "shortcuts" within the proposed media center where they can place all kinds of content for easy access.

The multimedia center system, works in the kits and also connected to the Internet, has a search system that facilitates the navigation of the general content in all the services/applications of the portable technological kit. In turn, this search engine takes advantage of the Internet connection to search for content that is not in the kit. If the user finds a resource, it is automatically downloaded to the device after viewing it and is also uploaded directly to their virtual profile on the portal to then publish it and always be available on the system's local network.

*All searches or activities both offline and online by users are recorded to be later analyzed, evaluate the behavior / performance of users, as well as integrate new updates.

When the Portable Technology Kit is connected to the Internet, it is possible to take advantage of the available permanent connection to the Internet, so that light applications such as . messaging, advertising, sending money, which consume a minimum amount of bandwidth so that connectivity between the local cloud and the fiber optic internet backbone can be guaranteed.

This system is compatible with any type of computer and is prepared so that with only a hard drive or USB memory it has to be connected through any USB port to any available server or computer to assign a compartment of that equipment and turn it into a kit or alternative server (stationary or portable) while it is also being loaded with all the initial contents and all the software of the computer system proposed automatically.

The system makes it easy to redistribute, via the local network, "premium" content or content with licenses/rights from strategic allies (eg universities, educational platforms, TV, games, music, sports, etc.) for users with access permissions or subscribers to a monthly/annual premium plan. These contents can only be accessed when a registered user with permissions enters the network of the proposed system and the different premium services enabled. Regular users without premium status user status will not be able to access premium services and content available in the future.

The present invention combines hardware and software to create a solution capable of replacing the Internet as the only means of access to the digital age and all the enormous opportunities for learning and development that it brings. This innovative system is unique globally and allows multiple users, regardless of their location, once connected to the proposed decentralized server, users can access via a highly reliable connection to a series of digital services or web / mobile applications available in the Customizable Main Multimedia Center, the UcloudNet Center, where different digital services and quick access to content are available, including the proposed content platform or customizable portal for each specific client/program that can be managed from its own administration panel. The web and mobile content platform has been designed to facilitate user access to the most valuable digital resources currently available on the Internet through a very friendly and intuitive user experience flow, which promotes full use of the portal as also the discovery of all the available contents by having a customizable drop-down menu of categories/subcategories.

The architecture of the proposed server allows to reduce costs while facilitating the redistribution of content and tools from the version main of our online platforms such as, for example, the portal/virtual library "father" Ucloud.pe to ensure that all the content that is uploaded to this instance so that it is later recycled and redistributed to the customized sub-instances for the client/ally like minedu for example. ucloud.pe, once the portable technology kit is connected to the internet, local services can be synchronized with their online “twin/clone” versions. This architecture makes it easier to meet our objective of taking advantage of the digital resources uploaded/donated by our NGO and/or altruistic collaborators to the “parent” version of the Ucloud.pe portal via the internet, in order to guarantee that the content available in remote locations continues to grow progressively. in the time.

The system of the present invention guarantees that all users, regardless of the type of device or computer they use, can view, download, share, organize and even interact around content and digital tools in all multimedia formats, including eg. PDFs, videos, books, images, audios, mobile applications and software, as well as Microsoft Office files (eg Word, Excel and PowerPoint). On the other hand, it should be noted that the proposed System has mechanisms that will help restrict user access to biased/inappropriate content such as pornography and violence, among others.

At the same time, it should be noted that the proposed portable multimedia server, with only a slight enhancement, allows the deployment of local-clouds with great coverage and scope. In this way, it will be possible to simultaneously connect potentially thousands of users without prior connection with the digital content needed by the disadvantaged population located in rural or remote areas. Likewise, it should be noted that this local-connection is high-speed and thanks to the fact that the present invention has the potential to be synchronized, the software and data (user activity reports and others) are kept up to date and the content is constantly expanding. The synchronization can be done by connecting the servers of the present invention to the nearest internet port, as it should also be noted that in case of having With the possibility (budget and provider alternatives) of providing a permanent Internet connection to the proposed system, the synchronization/updating of the server and its software, data and content is executed in real time, significantly enhancing the benefits of the solution.

The multimedia center, through its different integrated services, facilitates the interaction of users with the content, consequently, through the algorithms, the system proposes content recommendations related to the content that was recently accessed by the user.

In addition, all the interactivity with the content through the proposed Content Portal generates a gemification system (local and global), promotes the use, loyalty and use of the solution, and in turn the generation of new content and consequently generates greater interactions and greater demand for the use of these contents and the application. This portable technological kit is highly versatile thanks to its modular capacity and configurations, in this way, it can be easily enhanced even by personnel without technical experience in networks to expand its radio range, storage capacity and limit of users connected simultaneously to the platform. content or other digital services available.

The present invention uses a low-cost portable technology kit designed to function as a server and deploy large digital connection clouds of more than 1,000 radial meters. In this way, hundreds of residents, even in the most remote areas, will be able to access all content and digital tools. In the first instance, from the box a single kit can connect to approximately 100 electronic devices such as computers, laptops and even low-end cell phones, within a radius of 100 meters, without losing navigation speed. This coverage can be improved with the help of network enhancement and thus increase its capacity of simultaneously connected devices as well as the radio range. As mentioned above, this system can work without requiring Internet access, although it is powered by permanent Internet access, whether satellite (VSAT), ADSL, fiber optics, etc. It provides the Administrator with real-time access to user activity reports, as well as keeping the software and digital content of interest updated and growing progressively, always available at high speed for the entire local population.

This system has the capacity to provide more than 1000 Mb/s of broadband, guaranteeing high speeds, and is configured to prevent users from accessing inappropriate content.

The system of the present invention can replace the internet as well as complement it. In order to be used in both scenarios, it has a series of configurations. In one configuration alternative, it can replace the Internet and in another configuration alternative, it can complement the Internet, avoiding the need for large investments to break the digital divide in remote areas, thus allowing hundreds of users to browse simultaneously at high speed while being In turn, it facilitates all users to discover new valuable content on the Internet with autonomy and freedom to later upload/share them with the system network to be able to access them without data consumption, avoiding slow downloads and allowing users to save on data costs. .

The portable technological kit of the present invention guarantees a reliable connection to the network and helps to avoid bottlenecks even in remote locations because its own decentralization guarantees redundancy while its architecture and configurations optimize data concurrence and facilitate periodic synchronization or between local and online servers. Likewise, through the periodic or permanent interconnection between the local servers of the present invention, it is possible to synchronize the software, data and contents of all the servers. connected to the local network, even allowing users connected to different portable technological kits to have access to the same content and to interact with each other.

At the same time, it should be noted that through the use of our configuration, multiple levels of caching are generated, and it is possible to optimize the efficiency of the local-network by maximizing the number of concurrent users inside.

Some other benefits derived from the use of the present invention in the educational field are mentioned below: o It allows (distributing) users to access, view, share and even download an unlimited number of digital resources in all types of formats. It even makes it easy to share content and tools massively for each user, saving time. o The proposed content platform guarantees a very friendly and intuitive user experience, allowing easy access to more than 30,000 educational resources through a menu of varied categories and subcategories, as well as through the search engine, home, highlights that have algorithms that phorize the contents to facilitate their access, and at random that search randomly among all the resources available on the portal. o Via the proposed multimedia center, it allows users and administrators to add/customize quick accesses (easy access content repositories) where specific content uploaded by users will appear by topic (eg Agriculture, Technology, Sports, etc.) in order to be viewed or downloaded without the need to enter the content portal. The resources available in these shortcuts can be in the proposed content portal as well as outside the portal on the internet or created by users locally. The system also allows easy integration or addition of different software, applications, digital services whether developed by third parties or by the manufacturer, future Applications to be developed to be integrated into the proposed Multimedia Center (eg, Messaging Service, Social Network Service, Map Service , Ads/Classified Service, Remote Payment Service, Sales Service, News Service, Film, Music, TV Entertainment Service, among others). Users will be able to interact with each other through the different tools available, such as chat or messaging service. In any case, within the Content Portal, users can also do so via comments, the “like” button, the button to follow another user on their profile, among others. These functionalities allow promoting the "Carnification" strategy, which as a final goal seeks to promote user loyalty and the upload of new valuable digital resources. The user experience through the designed interface promotes the attention and retention capacity of users, as well as motivates students to lose their fear of technology and finally become digitally literate. The flow or user experience allows, indirectly, the computational literacy of inexperienced users. Promotes reading and helps generate savings on printed material. It allows promoting programs of basic education and higher education, linguistic and digital literacy, among many other social development programs. It allows to promote face-to-face learning as well as distance learning of users. Highly reliable connection to the server allows a significant number of users to access virtual education simultaneously. The Content Platform (Ucloud) Administration Panel allows you to manage multiple deployments locally or remotely, filter content, as well as facilitate access to user activity reports and customization of the categories available on the portal (Ucloud) by the administrators of each particular program.

BRIEF DESCRIPTION OF THE FIGURES

The following figures illustrate some embodiments of the present invention, said figures or their description are not intended to limit in any way the scope of protection defined by the claims.

Figure 1: Connecting a local network of the technology kit

Figure 2: Synchronization scheme of the technology kit.

Figure 3: Multimedia center interface with the set of services and applications offered.

Figure 4: Content portal interface with customization options. Figure 5: Network system with several portable technological kits (UcloudKits), with satellite connection and by radio link.

The reference symbols used in figures 1 to 4 refer to:

A1 : Server of the present invention

A2: Power on/off button

A3: Stabilizer

A4: Hard drive

A5: Network cable

A6: Access Point / Omnidirectional or Sectorial Antenna

A7: Network cable

A8: USB cable

A9: Switch Device (Switch)

A10: Platform URL

A11 : Set of services and applications offered

A12: Platform Logo A13: Settings Panel

A14: Option to add additional services and applications or add content shortcuts

A15: Customizable main logo of the ally.

A16: Ally Customizable Parent Category

A17: Custom Categories Menu

A18: Space for complementary customizable logo

The numbers 1 to 1 1 in Figures 1 and 2 indicate the order in which the connections of the present invention should be made.

PREFERRED EMBODIMENT OF THE INVENTION OR DETAILED DESCRIPTION OF THE INVENTION

Figure 1 shows the recommended connections of the stabilizer with the server, the hard drive, the switch, one or more Access point/sectoral or omnidirectional antenna; also, the server connects with the hard disk and the switch; The Access points/Antenna are also connected to the switch.

A preferred synchronization scheme is shown in Figure 2. The synchronization can be done by a classic Sync via the Internet (Adsl, Satellite, Fiber Optic), this allows the Server to be interconnected so that the software, data and content can be updated through the interconnection with the Internet as well as via intranet or DTH technology. (direct to home). Synchronization via intranet/DTH generates great savings.

• Satellite Internet, Adsl, fiber optics

• Satellite Intranet, Fiber Optic (backbone network)

• Intranet via DTH (One way, only synchronizes down, not down and up. Download data and content, but not upload) Preferably, the portable technology kit includes a server with a mini laptop, preferably Raspberry Pi, with internal micro SD memory, a hard drive with storage space between 500 MB - 1000 TB, this server has at least two Gigabit outputs, one of ethernet and another that takes advantage of the USB 3.0 output that can be converted into an ethernet output with an adapter, both independently or simultaneously through the connection with a fast-ethernet 10/100 or Giga 10/100/1000 Access Point (Access Point) it is possible to broadcast high-speed local networks, even exceeding 1,317 Mbps in the 5GHz band and up to 450Mbps in the 2.4GHz band. It should be noted that if you want to use more than 2 Access Points or outdoor antennas simultaneously, it is possible to connect the server via a multiple connector or switch with multiple Access Points or Antennas. In addition, the portable technology kit has an 8-port voltage stabilizer, a USB hub (USB HUB) with multiple charging ports for laptops such as tablets, and a portable and rainproof protective case.

The minicomputer could have the following technical specifications to guarantee its compatibility, although it can be compatible with practically any type of computer:

- Processor: Quad core Cortex-A72 (ARM v8) 64-bit SoC @ 1.5GHz

- RAM Memory: 8GB LPDDR4-3200 SDRAM

- Gigabit RJ45 port

- 2 USB 3.0 Ports / 2 USB 2.0 Ports

- 2 Micro HDMI Ports

- Power supply 5V and 3A.

Through the strategy known as “SneakerNet”, new content and software can be easily distributed even in remote locations with limited access to internet data. Once connected to the nearest Internet port (eg Internet cabin), residents/users are invited to discover valuable material, download it and transport it via USB sticks and/or portable devices to later share it with their community cloud. This In this way, it is possible to guarantee high-speed access to the entire community and without incurring more data consumption.

Ways to enhance the invention:

The complete system may be used in person by installing the server in educational centers or libraries. The server can be easily enhanced with basic equipment such as a 500 MB - 1000 TB hard drive, as well as connection to a low-cost router or access point, in this way it can be guaranteed with a minimum investment to have a tool capable of connecting to multiple users simultaneously without requiring an internet connection.

Portable System compatible with any energy source: The portable technological kit can be strategically moved to extremely remote locations as it can work without problems with the support of any available energy source (eg Public Electricity Network), it can even be made to work by connecting it to a portable photovoltaic solar power system. In this way, the kit can be transferred to provide connection to the network system to multiple users located in populated centers or remote rural communities where it is difficult to implement network infrastructures. This portable implementation of the server is strategically complemented by the offline resource list modality that allows users to download selected digital content to their mobile devices and then view it within the friendly interface of the multimedia content platform, even without an internet or wireless connection. the network of the proposed system.

Equipment and Infrastructure with the capacity to be exploited

Omnidirectional Antennas: The System can be enhanced by taking advantage of high-end Wi-Fi omni-directional antenna technology. In this way, decentralized servers will be enhanced with omnidirectional antennas that will provide wireless Wi-Fi access. approximately 500 users simultaneously within a radius of approximately 500 meters.

Sectorial Antennas: In another preferred modality, the System may be enhanced by taking advantage of high-end Wi-Fi sectoral antenna technology. In this way, the proposed decentralized servers will be integrated with sectoral antennas that will allow wireless Wi-Fi access to be provided to approximately 250 users simultaneously for each sectoral antenna within a radius of approximately 1,000 meters. It should be noted that multiple sector antennas can be installed on the same tower to radiate up to 360 degrees of high-speed Wi-Fi signal in order to provide a reliable connection to approximately 1,000 users for each decentralized server.

Enhancement/Replication of Cloud-Local proposal through Radio Links: The System may be enhanced by taking advantage of high-end radio link technology. In this way, the proposed decentralized servers will be enhanced with radio links and antennas that will significantly expand/replicate the propagation of the Wi-Fi signal of each server (*Extension of network range: Approx. up to 10 km away from the main HUB ). This propagation can be outside for a square or inside for each home (install a router or conventional access point in each home to enhance access to the signal).

Interconnection of distributed portable technological kits: It should be noted that either through radio links or UTP cables, the system allows multiple portable servers of the present invention to be easily interconnected, generating a large interconnected local network, which is constantly updated/synchronized where all the Users have access to the same content and can interact with each other and with the content in real time. Synchronization on a scale of portable technological kits with the Internet: Via the interconnection of distributed servers, it is possible to synchronize the equipment locally, this in turn allows multiple servers of the present invention to be updated simultaneously by connecting one of the equipment to the Internet and simultaneously interconnected with each other via, for example, radio links or UTP ethernet cables to avoid requiring 1 internet service for each portable technological kit. This interconnection of kits with each other and with the internet makes it possible to avoid large investments in case multiple kits need to be synchronized in the same district, for example.

Synchronization of portable technological kits with each other (without internet): A portable technological kit already synchronized with the internet previously can be used later to synchronize 1 or multiple portable technological kits located in remote areas where it is difficult to find an internet outlet. The already synchronized/updated kit will be able to update the other distributed servers with new content, applications, among others.

Infrastructure of Private Telecommunications Service Providers: The System may be significantly enhanced by taking advantage of infrastructure already deployed belonging to companies that offer private network services (VPN), such as: 1) Mobile phone and internet operators, 2) Private network operators of fiber optics, 3) Private operators of satellite networks, 4) Private operators of rural mobile infrastructure. It is proposed to integrate the decentralized infrastructure at the national level with the proposed System. The system can be hosted on a private network (VPN) to facilitate access to allied operators and thus ensure efficient integration and deployment. Once this integration is done, it will only be necessary to install the operator's SIM cards inside the LTE 4G routers that will be located inside each home and/or educational institution where it is sought to provide connection to the proposed System.

Large-scale scaling of the proposed system The proposed system makes it possible to take advantage of the infrastructure already in place, but in many cases it is underutilized. By enhancing this infrastructure with our portable servers, the proposed System can be integrated into a district/provincial/departmental/national intranet backbone. In this way, it will be possible to connect all the residents and students of the country with the digital age, guaranteeing a high-speed connection, controlling the risks attributed to indiscriminate access to inappropriate Internet content by users, as well as drastically reducing costs. and estimated times needed to bring internet to remote areas.

Examples of available infrastructure that is underutilized and with the possibility of being used by the present invention:

1. National fiber optic backbone network: Communications infrastructure that unites the 21 regions and all their provincial capitals throughout Peru. This backbone network currently provides connection throughout 5 Regions (including all provinces, districts and population centers): Lambayeque, Apurímac, Ayacucho, Huancavelica and Cusco. This "terrestrial road" may not only be used to connect to the Internet, but it may also be used to connect with the System of the present invention, thus achieving a national intranet backbone capable of providing a reliable connection to potentially the entire country.

2. Satellite HUB of the Ministry of Education of Peru: With a bandwidth of 36 MHz (Ku Band), it allows the integration of different platforms for education, communication, content, among others. This infrastructure is currently underutilized. This satellite HUB would have to make some optimizations to expand the DTH service (direct to home) as well as downstream data services (One-way). In this way, the satellite HUB will allow wirelessly connecting the most remote regions of Peru with the national intranet backbone system and the System of the present invention. 3. SES-10 Satellite: With a bandwidth of 17 MHz (Ku Band), this SES-10 Satellite was delivered by a Luxembourg company as compensation for making use of the geographic position of the Andean Community of Nations. This available resource would be used as a new communications platform or satellite HUB. It will be necessary to rent a satellite antenna and other technological equipment to compose the satellite HUB that allows wirelessly connecting the most remote regions of Peru with the national intranet backbone system and the System of the present invention.

4. National radio-tv transmission: This Radio and Television HUB of the Peruvian Government may be adapted to increase the scope of the proposed System through the use of Radio and TV frequencies. To this Radio and TV HUB it will be necessary to install DTH receivers with network output (RJ-45) connected to the decentralized server of the portable technological kit of the present invention. It should be noted that this transmission technology will only allow a One-way connection to be made without compromising the use of all the functionalities of the platforms of the portable technological kit of the present invention.

In summary, the system of the present invention allows this strategy to be implemented, having the ability to take advantage of the available infrastructure such as terrestrial networks and satellite communications infrastructure, both currently underutilized. It should be noted that no further investment is required to expand the operation and scope of all the previously mentioned technologies.

The versatility of the proposed System through its different empowerment strategies will make it easier to integrate them under a single district/provincial/departmental/national intranet or intranet network. In a preferred embodiment, the present invention can be hosted on AWS (Amazon Web Services) online servers such as Google, Oracle, Huawei, among other online cloud service providers, with a virtual machine, database servers of data and storage in the cloud connected to the backbone of the global internet. Likewise, it can also be hosted on its own servers permanently connected to the Internet as well as permanently connected to an intranet connection.

The deployment of the portable technological kits proposed in conjunction with the content platform will make it easier to connect to any remote location, thus breaking the digital divide.

As mentioned above, the wearable tech kit is low cost and low power consumption, once it is turned on, it automatically broadcasts a dual band wifi connection (5GHz and 2.4GHz Bands) and the system is configured so that once connected to any laptop, the content platform automatically opens where the available services appear, for example, the virtual library portal, application, news portal, among others. This network server can be easily upgraded, since it has been designed so that equipment can only be added/connected via its Gigabit Ethernet or USB 3.0 ports, such as: Access Points, Outdoor Antennas or Radio Links (either low or high range, in order to easily extend the range of the signal and maximum capacity of users connected simultaneously as well as even replicate/clone the signal in nearby locations without requiring another kit.Likewise, the great portability of the present invention facilitates its care and protection .

Finally, it should be mentioned that since the system (hardware and software) is configured to be compatible with any type of server/computer to be converted into a server in its stationary version (not portable), due to this all the components of hardware included in the kit can be replaced with substitute tools that have similar characteristics. In this way, unused equipment can be used, allowing greater savings to be generated in these remote areas.

Claims

CLAIMS A portable system for the deployment of an intraconnected network in rural areas characterized in that it comprises: at least one portable technology kit which in turn includes: a server, where the server includes at least two Gigabit outputs, where the server is connected to a hard drive with storage space between 500 MB to 1000 TB and a Switch, where the Switch is connected to at least one Access Point, omnidirectional and/or sector antenna; a stabilizer connected to the server, the hard disk, the Switch and the at least one access point or omnidirectional or sectoral antenna; a briefcase containing the aforementioned components; a customizable content platform configured to play on laptops; where the system is configured to allow a periodic or permanent interconnection to the internet between local and online servers; and where the portability of the kits facilitates their transfer to be able to connect with an external internet port. The portable system for the deployment of an intraconnected network in rural areas, according to claim 1, characterized in that the server is configured to synchronize with satellite internet, satellite intranet or intranet via Direct to Home Technology (DTH), allowing access to TV and radio channels while at the same time making it easy to send content unidirectionally. The portable system for the deployment of an intraconnected network in rural areas, according to claim 1, characterized in that the technology kit comprises a USB hub (USB HUB) with multiple charging ports for laptops. The portable system for the deployment of an intraconnected network in rural areas, according to claim 1, characterized in that the system is configured so that once connected to any laptop, the content platform automatically opens where the available services appear, for example, virtual library portal, application, news portal, among others. The portable system for the deployment of an intraconnected network in rural areas, according to claim 1, characterized in that the system is configured to be compatible with any type of server/computer to be converted into a server in its stationary version (not portable ).