Captive portal system with connection monitoring and on-premises content and applications management system (lokalfi)

Abstract

The present invention discloses a captive portal system with connection monitoring and on-premises content and applications management system which will let the end user, particularly students, educators, and others in the community to access a range of educational and informational web applications. The system comprises a content server hosting locally cached content, a router connected to the content server which routes the data from the content server to the access point installed on a rapidly deployable tower and distributes the internet and offline content via Wi-FI through an antenna installed on top of the rapid deployable tower.

Description

[0001] Captive Portal System with Connection Monitoring and On-Premises Content and Applications Management System (LokalFi)

[0002] SPECIFICATION

[0003] Technical Field

[0004] This invention generally relates to the captive portal system with connection monitoring and on-premises content and applications management system managing an internet point-of-presence in resource-limited, community-operated networks by enabling a captive portal to authenticate users and monitor user connections.

[0005] Background Art

[0006] LocalFi is a unique hub that lets you access a range of web apps right in your local area, even when the user not connected to the internet. LokalFi aims to establish small- scale, community-based WiFi networks that host a range of educational and informational web applications. These include LokalFlix, Kiwix, MathPlus, LokalHub, and STARBOOKS. By adhering to this documentation, end-users — comprising students, educators, and community members — can effortlessly navigate the LokalFi network and make full use of its services.

[0007] Designed to operate in underserved or remote areas across the Philippines, LokalFi seeks to bridge the digital divide by offering essential educational support through technology.

[0008] One related prior art is patent CN106302749 entitled “DIGITAL SCHOOL AFFAIR MANAGEMENT SYSTEM” which discloses digital school affairs management system comprising an Internet portal and an application service converter and the method of management thereof.

[0009] Both the cited invention and the present technology are computer-based systems used for educational purposes. However, the use of the aforementioned inventions differs from one another. The cited patent is used for overall managing digital school affairs systems, while the present technology provides educational content and applications rather than management.

[0010] CN113569175 entitled “CROSS-PLATFORM CONTENT MANAGEMENT METHOD” is a patent that discloses a cross-platform content management method, the following steps: establishing a content management background capable of providing an interface based on an HTTP, and establishing blocks of a portal background management system, a master station service and a static resource server through the content management background; configuring a content management system; reading the user content management configuration content, sending the configuration information and the ID identifier of the published content to the master station service, obtaining the data matched with the ID identifier from the database, matching the data with the template, replacing the label in the template with the extracted data, and outputting the replacement result to the temporary directory; and after the resource file is generated through the static resource server, enabling the content management background to deploy the generated resource file to the platform application server according to the configuration information..

[0011] Both cited patent and present technology are for content management with a server where their respective contents are stored and shared. However, the cited technology only mentioned the process of content management while the present technology covers content management and the sharing of said content through Wi-Fi.

[0012] Further, patent KR1020060005679 entitled “INTEGRATED SYSTEM AND METHOD FOR OFFERING CONTENT AND APPLICATION SERVICE IN REAL-TIME THROUGH LINK BETWEEN ONLINE PORTAL AND OFFLINE” discloses an integrated system and method for offering a content and application service in real-time through the link between an online portal and the offline is provided to intelligently and automatically classify, extract, and convert multimedia information generated in real-time into a language fit for the mobile Internet, and service the converted multimedia information by integrally supporting and optimizing management of security / certification network connection to a mobile environment.

[0013] Similar to the present technology, the cited patent is also used for providing content and applications through an online portal using the internet through the mobile environment. The present technology, however, differs from the cited technology in that the cited technology uses a web application integrator while the present technology employs a content server through caching proxy.

[0014] Another similar technology patent US20180136929 entitled “CONTENT DRIVEN AUTOMATED UPGRADE OF RUNNING WEB APPLICATIONS IN ON-PREMISE ENVIRONMENTS” which discloses an enterprise web application management system includes a cloud computing network having a WebApp database to store WebApp code. An on-premise local computing network is remotely located from the cloud computing network. While both the cited patent and present technology are being used for accessing on-premise content applications, the mode of providing internet-based content and applications are different. The cited patent specified that the content is stored in the WebApp database server while the present technology uses locally cached contents.

[0015] Patent EP2702500 entitled “DETECTING AND PRESERVING STATE FOR SATISFYING APPLICATION REQUESTS IN A DISTRIBUTED PROXY AND CACHE SYSTEM” discloses a systems and methods for cache state management to preserve user experience with a mobile application on a mobile device while conserving resources in a wireless network

[0016] The cited technology is relevant to the present technology to the extent that both are based on proxy and cache systems. However, the cited patent only covers the management system and storage in mobile application itself while the present technology employs the same caching proxy system, providing content and application via Wi-Fi.

[0017] Another similar patent is GB2498064 entitled “DISTRIBUTED CONTENT flexible and dynamic integration schemas of a traffic management system with various network operators for network traffic alleviation

[0018] Like the preceding cited technology, this cited patent uses a caching mechanism as the present technology to distribute content and applications. However, the cited technology disclosed the process of traffic management using the caching method, unlike in the present technology which is how the cache proxy technology is being used in a particular application which is in this case, providing content and application for educational purposes.

[0019] Lastly, CN111494425 entitled “DETECTING AND PRESERVING STATE FOR SATISFYING APPLICATION REQUESTS IN A DISTRIBUTED PROXY AND CACHE SYSTEM” discloses systems and methods for cache state management to preserve user experience with a mobile application on a mobile device while conserving resources in a wireless network

[0020] The comments on the two preceding cited technologies also apply to this cited patent this technology also used a cache system. However, this particular technology is only applied to mobile devices.

[0021] Summary and Objects

[0022] The present invention relates to the captive portal system with connection monitoring and on-premises content and applications management system which The primary object of this invention is to establish small-scale, community-based WiFi networks that host a range of educational and informational web applications.

[0023] It is also an object of this invention to bridge digital divide by offering essential educational support through technology to underserved or remote areas across the Philippines.

[0024] Brief Description of the Drawing

[0025] Figure 1 presents a screenshot of voucher-based Captive Portal;

[0026] Figure 2 presents a screenshot of gateway to locally-hosted, on-premises content and applications;

[0027] Figure 3 presents a system integration diagram;

[0028] Figure 4 presents a system connection diagram;

[0029] Figure 5 presents a LokalFi connection monitoring system screenshot;

[0030] Figure 6 presents a graph of LokalFi aggregate data from connection monitoring

[0031] Figure 7 present a flow diagram of Intel NUC LokalFi and Starlink connection;

[0032] Figure 8 present a flow diagram of ASUS TS300-E9-PS4 LokalFi and Starlink connection;

[0033] Figure 9 presents a flow diagram of ASUS TS300-E9-PS4 LokalFi and Kacific Broadband connection;

[0034] Figure 10 presents a NUC LokalFi and Kacific Broadband connection;

[0035] Detailed Description

[0036] The purpose of the invention is to manage an internet point-of-presence in resource-limited, community-operated networks by enabling a captive portal to authenticate users and monitor user connections. Primarily intended to control limited bandwidth, the captive portal may also be utilized to gather information from users or to render localized announcements, advertisement, or digital marketing paraphernalia, as shown in Figure 1 . The invention is distinguished from other captive portals by integrating a customizable landing page, which serves as the gateway to zero-rated, on-premises, locally-hosted content and applications, which users can consume even if they do not have credentials to the internet service, effectively adding value to the community-operated network, as shown in Figure 2.

[0037] As of the date of disclosure, the following are the locally-hosted content and applications:

[0038] • LokalFlix, containing DepEd-produced educational Videos and Financial Education Videos from Bangko Sentral ng Pilipinas (BSP)

[0039] • Kiwix, an offline version of Wikipedia

[0040] • DOST-STII STARBOOKS, an offline e-library for STEM resources

[0041] • Ateneo de Manila MathPlus, a repository of offline games for teaching mathematical concepts

[0042] • Offline virtual galleries courtesy of the National Museum of the Philippines

[0043] • LokalHub, a repository of DOST-ASTI produced Mobile applications such as PhilSensors and Kooha.

[0044] Figure 3 shows the overall system diagram. The objective is to provide internet access from the internet point-of-presence to the target WiFi enabled devices. A caching proxy is employed as the first line of bandwidth optimization. A content server, which hosts the locally cached content, is implemented so that subscribers can already have access to valuable information without needing to access the internet, thereby saving the use of bandwidth to applications critical to the community. The server also performs network administration tasks such as voucher generation, account management, and authentication bypass. To distribute the internet and offline content via Wi-Fi, an access point will have to be established using the rapidly deployable mast designed by DOST- MIRDC, and the locally developed antenna by DOST-ASTI.

[0045] Note that 1 .) The rapidly deployable mast designed by DOST-MIRDC, and 2.) The locally developed antenna by DOST-ASTI, are not part of this disclosure, as the system is compatible with any ethernet-based internet point-of-presence and access point. For example, Figure 4 shows the connection diagram featuring a Starlink Internet connection, a Mikrotik HAP Lite Router, and an Intel NUC as file server.

[0046] Figures 5 and 6 shows screenshots of the user connection monitoring system, where data such as length of connection, data allocation available, and aggregate sites visited are monitored. Main Computing Unit

[0047] The Main Computing Unit is powered by a computer. It is capable of handling multiple applications and ensuring that the end user have a seamless during streaming, browsing, or downloading. LokalFi cannot run without its Main Computing Unit. This unit stores all the necessary data and manages the traffic between your device and the apps you want to use. It is the command center that keeps everything running smoothly.

[0048] Once the end user connect to the LokalFi network, the device sends a request to the Main Computing Unit. The Main Computing Unit processes this request, verifies it, and then grants you access to the application or internet service you've chosen.

[0049] The main computing unit can be either Intel NUC or Asus TS300.

[0050] For Intel NUC: Minimum Hardware Specification:

[0051] • CPU: Intel Core i5 Processor

[0052] • RAM: 8 GB DDR4-3200

[0053] • Storage: 512GB NVMe SSD

[0054] • Ports: 2 x Thunderbolt 4, 4 x USB 3.1

[0055] • Networking: Wi-Fi 6, Bluetooth 5.2, Gigabit Ethernet

[0056] • OS: Compatible with Windows 10 / 11 or Linux distributions

[0057] How to Connect the Power Supply to Your Intel NUC11 PAH

[0058] Requirements:

[0059] • Intel NUC11 PAH unit

[0060] • Power adapter that came with your NUC1 1 PAH

[0061] • The power cord that fits the adapter and plugs into your wall outlet

[0062] Steps on Connecting the Power Supply to Your Intel NUC1 1 PAH:

[0063] 1 . Locate the Power Adapter and Cord

[0064] There should be a black box (that's the power adapter) and a separate cord in the packaging.

[0065] 2. Connect the Cord to the Adapter

[0066] One end of the cord will plug into the adapter. This is usually a circular or rectangular hole. Just match the shapes and plug it in.

[0067] 3. Find the DC Power Jack on the NUC Turn the Intel NUC11 PAH around looking at the backside of it. There are several ports. Look for the one labeled "19V DC" or similar. It is the hole where the other end of the power adapter will go.

[0068] 4. Plug the Adapter into the NUC

[0069] Take the other end of the adapter (the end that did not connect to the cord) and plug it into the DC Power Jack on the back of the NUC. It is to plug it in one way.

[0070] 5. Plug the Cord into the Wall Outlet

[0071] The free end of the cord (the one not connected to the adapter) should now be plugged into an available electrical outlet in your room.

[0072] 6. Turn On the NUC

[0073] Go back to the front side of your NUC and press the power button. It's usually a circular button on the front panel.

[0074] 7. Check for Lights

[0075] If everything is set up correctly, the user should see some lights come on, indicating that the NUC is powered up and ready to use

[0076] For ASUS TS300 Server

[0077] The ASUS TS300-E9-PS4 is a robust, enterprise-grade server designed for high- performance computing, data centers, and virtualization.

[0078] Hardware Components:

[0079] • Processor: Intel Xeon E-2200 series

[0080] • Memory: Up to 64GB DDR4 ECC UDIMM

[0081] • Storage: Multiple storage options with hot-swappable bays

[0082] • Network: Dual Gigabit LAN

[0083] • Expansion Slots: 6 PCIe slots

[0084] • Power Supply: Redundant 500W

[0085] Front Panel Description

[0086] • Power Button

[0087] • LED Indicators (Power, HDD Activity, LAN Activity)

[0088] • USB Ports (USB 3.0)

[0089] • Hot-Swappable HDD / SSD Bays

[0090] Rear Panel Description • Power Supply Units

[0091] • Ethernet Ports

[0092] • USB Ports (USB 2.0 & 3.0)

[0093] • VGA Port

[0094] • Serial Port

[0095] • Expansion Slot Area

[0096] System LED Indicators

[0097] • Power LED: Green when powered on

[0098] • HDD Activity LED: Blinks during data transfer

[0099] • LAN Activity LED: Blinks during network activity

[0100] Basic Setup

[0101] • Connect the power cables to the power supply units.

[0102] • Connect an Ethernet cable to one of the Gigabit LAN ports.

[0103] • Attach peripherals like keyboard, mouse, and monitor.

[0104] • Press the power button to boot up.

[0105] How to Connect the Power Supply to ASUS TS300-E9-PS4 Server

[0106] 1 . Locate the Power Supply Unit (PSU) on the Server

[0107] Go to the backside of the server. There is a rectangular box with a power socket, often labeled 'AC IN' or similar. That's the Power Supply Unit (PSU).

[0108] 2. Unravel the Power Cord

[0109] Take the power cord that came with your server. Untangle it if necessary.

[0110] 3. Connect the Power Cord to the Server

[0111] Find the end of the power cord that fits into the power socket on the PSU. Gently insert this end into the PSU socket at the back of the server. The user should hear a slight click or feel it securely fit into place.

[0112] 4. Connect the Power Cord to the Power Outlet

[0113] Take the other end of the power cord. Plug it into an available power outlet or power strip.

[0114] 5. Double-Check Your Connections

[0115] Make sure the power cord is securely connected at both ends — in the power outlet and the PSU socket on the server.

[0116] 6. Turn On the Power Locate the power button on the front side of the server. It is often marked with a universal power symbol (a circle with a line through it). Press the power button to turn on the server. You should see some LED lights come on, indicating the server is starting up.

[0117] AP Wi-Fi Options

[0118] The networking device in the context of Wi-Fi options serves as the 'messenger' or 'transmitter' in the LokalFi system. It's responsible for broadcasting the Wi-Fi signal throughout the coverage area, ensuring that end-users like you can connect their devices — be it laptops, smartphones, or tablets — to the LokalFi network.

[0119] The networking device plays a crucial role in ensuring that the data from the Main Computing Unit reaches the end user, wherever they are within the coverage area. Without it, the superb apps and features of LokalFi would be like undiscovered gems, unreachable and unusable.

[0120] Once the end user within the coverage area, their device will detect the Wi-Fi network broadcasted by the networking device. After they connect, the device serves as a bridge between your gadget and the Main Computing Unit. When they want to access any LokalFi app or the internet, their request first goes to the networking device. It then forwards this request to the Main Computing Unit for processing. Once the Main Computing Unit sends back the data (like the video you want to watch or the website they want to browse), the networking device ensures that this data reaches their device smoothly and quickly.

[0121] Comfast EW73

[0122] • LED indicators: Indicates the status of various functions such as Power, WAN, LAN, and Wi-Fi.

[0123] • WPS button: Allows you to quickly and easily connect new devices to the network using Wi-Fi Protected Setup.

[0124] • Reset button: Restores the router to its factory default settings when pressed and held for a specific duration.

[0125] • LAN ports: These ports are used to connect wired devices, such as computers or gaming consoles, to the network.

[0126] • WAN port: This port is used to connect the router to the Internet, typically via an Ethernet cable connected to your modem. • Power port: Connects the router to the power supply, ensuring it receives the necessary electrical power to operate.

[0127] Bullet M2 HP

[0128] The Bullet M2 HP (High Power) is a wireless radio device designed by Ubiquiti Networks. It serves as an outdoor access point, designed to connect distant network nodes seamlessly. The device operates in the 2.4 GHz frequency range and is often used for point-to-point or point-to-multipoint setups.

[0129] Main Components

[0130] 1 . Physical Parts: a. RJ45 Ethernet Port

[0131] Provides Power-over-Ethernet (PoE) and network connectivity. b. RF Connector (N-Type)

[0132] For connecting the antenna. c. LED Indicators

[0133] Display device status (Power, LAN, WLAN). d. Reset Button

[0134] To restore factory settings. e. Weatherproof Enclosure

[0135] Designed for outdoor use.

[0136] 2. Internal Hardware: a. CPU

[0137] Processor for controlling device functions. b. Flash Memory

[0138] For storing firmware and settings. c. RAM

[0139] Temporary memory for operational use.

[0140] 3. Software: a. AirOS

[0141] Proprietary firmware for device configuration and management.

[0142] Connectivity

[0143] • IEEE Standards: IEEE 802.11 b / g / n

[0144] • Frequency Range: 2.4-2.4835 GHz

[0145] • Max Output Power: Up to 28 dBm Power Supply

[0146] • Input Voltage: 12-24V

[0147] • Power Consumption: Up to 7W

[0148] WAVLINK AX1800M

[0149] The WAVLINK AERIAL HD6 utilizes Wi-Fi 6 (802.11 ax) technology to deliver faster speeds, increased capacity, and reduced network congestion compared to previous generations. It achieves a total networking speed of approximately 1775Mbps, with 1201 Mbps on the 5GHz band and 574 Mbps on the 2.4GHz band.

[0150] Features:

[0151] • 1024-QAM Support: Enables much faster wireless connections.

[0152] • MU-MIMO & OFDMA Support: Allows simultaneous communication with multiple devices in an efficient manner.

[0153] • Multiple PoE Options: Supports both 802.3af / at active PoE and passive PoE power supply for easy and flexible installation.

[0154] • High-Gain Antennas: Four 8dBi omni-directional detachable antennas significantly strengthen signals. The glass tube antenna is designed for high precision, corrosion resistance, long life, and strong wind resistance.

[0155] • Weatherproof Enclosure: The durable, weatherproof IP67 enclosure protects the access point against harsh outdoor conditions and ensures stable wireless coverage up to 200-300 meters.

[0156] • Easy Setup: Sets up in minutes using the WavRouter App or Web Ul, allowing for easy management of WiFi settings and monitoring of data usage.

[0157] • Versatile Mounting: Can be easily installed on a wall or a pole with the provided mounting kits.

[0158] • Mesh System Compatibility: Better Partner with the Wavlink Everything Mesh WiFi system for seamless roaming and whole-home coverage.

[0159] Connectivity Diagrams a. For For Intel NUC LokalFi and Starlink Connection Diagram

[0160] Figure 7 provides a detailed visual representation of how the Starlink satellite network interfaces with the LokalFi system through a MikroTik hAP lite router. Each port on the MikroTik router serves a specialized function, connecting different components for a seamless user experience.

[0161] Port-by-Port Breakdown

[0162] Port 1 : Starlink Connection

[0163] This is where global meets local. Port 1 of the MikroTik hAP lite router connects directly to the Starlink network, bringing high-speed, satellite-based internet into the LokalFi system. This connection expands the reach and reliability of the network, making internet access more accessible even in remote areas.

[0164] Port 2: Intel NUC (Main Computing Unit)

[0165] Port 2 is the gateway to the 'brain' of LokalFi, the Intel NUC. This port ensures that all the fantastic apps you love on LokalFi, like LokalFlix and Kiwix, run smoothly. It manages the data and makes sure everything gets where it needs to go, swiftly and efficiently.

[0166] Port 3: Outdoor WiFi Access Point for Long-Range WiFi

[0167] The third port serves as your link to the great outdoors — or at least to a broader area around you. This port connects to an outdoor WiFi access point specifically designed for long-range broadcasting. Perfect for extending LokalFi’s reach to cover larger areas, like community centers, schools, or outdoor events. b. For ASUS TS300-E9-PS4 LokalFi and Starlink Connection Diagram

[0168] Figure 8 vividly illustrates the intricate yet organized flow of connections between Starlink, MikroTik hAP lite, ASUS TS300-E9-PS4, and an outdoor WiFi access point. Specifically:

[0169] 1. Starlink Connection: The diagram kicks off by showing how the Starlink system connects directly to Port 1 of the MikroTik hAP lite. This is the initial gateway that brings Starlink's global internet connectivity into the LokalFi network.

[0170] 2. ASUS TS300-E9-PS4 Integration: From MikroTik's Port 2, the data flow moves to Ethernet Port 1 of the ASUS TS300-E9-PS4. This creates a stable and powerful network backbone, allowing for more efficient data handling and distribution.

[0171] 3. Outdoor WiFi Access Point: Lastly, Port 3 of the MikroTik hAP lite is linked to an outdoor WiFi access point. This is specifically designed for long-range broadcasting, making sure the internet reaches every nook and cranny of your area.

[0172] This setup is designed for optimal performance, scalability, and reach. The Starlink connection ensures high-speed internet, MikroTik serves as the flexible router, ASUS provides additional networking muscle, and the outdoor WiFi access point extends coverage over a broad area. Understanding this connection layout is critical for both setup and troubleshooting. c. For ASUS TS300-E9-PS4 LokalFi and Kacific Broadband Connection Diagram

[0173] Figure 9 serves as a roadmap for the connection architecture between the Kacific Broadband Modem, MikroTik hAP lite, ASUS TS300-E9-PS4, and an outdoor WiFi access point. Here's how it breaks down:

[0174] 1. Kacific Broadband Modem: The starting point of our connectivity journey. The diagram shows the Kacific modem connected to Port 1 of the MikroTik hAP lite router. This is the vital link that funnels Kacific's broadband internet service into the LokalFi system.

[0175] 2. ASUS TS300-E9-PS4 Integration: Following the data path, Port 2 of the MikroTik hAP lite is wired directly to Ethernet Port 1 of the ASUS TS300-E9-PS4 server. This ensures a robust and resilient networking backbone for efficient data management and distribution.

[0176] 3. Outdoor WiFi Access Point: Finally, Port 3 of the MikroTik hAP lite connects to an outdoor WiFi access point designed for long-range broadcasting. This extends the reach of your LokalFi network to cover larger areas efficiently.

[0177] The particular configuration portrayed in this diagram has been meticulously designed for peak performance and extended reach. With Kacific's reliable broadband as the internet source, the MikroTik router as the nimble switchboard, and the ASUS server adding more networking horsepower, this setup is primed for scalability. The addition of an outdoor WiFi access point ensures far-reaching network coverage. d. For NUC LokalFi and Kacific Broadband Connection Diagram

[0178] Figure 10 serves as a detailed visual guide, shedding light on how different components of your networking setup are connected. Specifically, the diagram outlines: 1. Kacific Broadband Modem Connection: The journey begins with the Kacific Broadband Modem, which feeds its internet connectivity into Port 1 of the MikroTik hAP lite. This is your starting point for receiving high-speed, reliable internet from the Kacific satellite network.

[0179] 2. Intel NUC Integration: Port 2 of the MikroTik hAP lite is linked to the Intel NUC. The NUC acts as the computing powerhouse of the system, making sure all your applications run smoothly and efficiently.

[0180] 3. Outdoor WiFi Access Point: The chain of connections extends further from Port 3 of the MikroTik hAP lite, directly connecting to an outdoor WiFi access point. This ensures that high-speed internet is available over a long range, reaching every corner of your targeted area.

[0181] This precise arrangement optimizes your network for both performance and reach. The Kacific Broadband Modem ensures that you have a reliable and high-speed internet source. The MikroTik hAP lite routes this connectivity to the Intel NUC for high-capacity data processing and to the outdoor WiFi access point for wide-range coverage. Understanding this setup is key for efficient network management and troubleshooting.

[0182] Navigating the LokalFi Captive Portal

[0183] A Captive Portal is a web page that pops up automatically when you connect to a Wi-Fi network. It's like the "front door" to our services, and it's where you can log in or input a voucher code to start using the Internet or access our on-premise apps like LokalFlix, Kiwix, MathPlus, LokalHub, and STARBOOKS.

[0184] Steps to Navigate

[0185] 1 . Connect to the Network: Enable Wi-Fi on the device and select "LokalFi" from the list of available networks.

[0186] 2. Automatic Redirect or Manual URL Entry:

[0187] • Automatic Redirect: Once connected, the browser should automatically open the LokalFi Captive Portal.

[0188] • Manual URL Entry: If the Captive Portal doesn't automatically appear, open the web browser and manually type in the URL: reiinn.asti.dost.net. This will take the end user directly to the Captive Portal page.

[0189] 3. Log In or Use a Voucher: The Captive Portal will present the end user with two options — log in with an existing account or use a voucher code. Select the preferred method to proceed. • Log In: If the end user has a LokalFi account, simply enter their username and password.

[0190] • Voucher: If the end user has a voucher code, enter it in the designated field.

[0191] Access Granted: Once successfully logged in or entered a valid voucher, the end user granted access to the LokalFi network.

[0192] The end user can always check how much data they have used and how much time they have left by revisiting the Captive Portal. The end user can now free to surf the web, stream educational content, or explore the educational apps.

[0193] Accessing On-Premise Apps Without a Voucher or Account

[0194] 1 . Captive Portal: Upon connecting to the LokalFi Wi-Fi network, the end user will be directed to the Captive Portal. If not, manually navigate to reiinn.asti.dost.net.

[0195] 2. Locate the 'On-Premise Apps' Section: Even before logging in, the end user should see a section on the Captive Portal labeled 'On-Premise Apps' or similar.

[0196] 3. Select an App: The end user will choose the app they like to explore by clicking or tapping on its icon or link. These could be LokalFlix for educational videos, Kiwix for offline Wikipedia access, MathPlus for fun math games, LokalHub for Android APKs, or STARBOOKS for scientific and technological resources.

[0197] 4. Immediate Access: The end user will be redirected to theirchosen app and can start benefiting from its features right away.

[0198] Switching Between Apps:

[0199] • Returning to the Captive Portal: Navigate back to the initial page to select another app.

[0200] Additional Options

[0201] • Log Out: If the end user wish to disconnect, they can do so by logging out via the Captive Portal.

[0202] Troubleshooting

[0203] Even the best-configured networks can run into hiccups. Being equipped to identify and resolve these issues quickly ensures minimal disruption and maintains the quality of service. Effective troubleshooting helps you get your LokalFi network back to optimal performance with minimal downtime. Common Issues and How to Solve Them

[0204] 1 . Connectivity Problems: If the end user is unable to connect to LokalFi, make sure the Kacific Broadband Modem or Starlink (depending on your setup) has a stable connection. Rebooting the modem and the MikroTik hAP lite router can often solve minor glitches.

[0205] 2. Slow Performance: If the end user is facing lag or slow speeds, check if the ASUS TS300-E9-PS4 server is running optimally. Also, check the outdoor WiFi access point to ensure it's not overloaded or facing interference.

[0206] 3. Limited Range: If the network isn't reaching as far as it should, adjust the settings on the outdoor WiFi access point or consider adding an additional one for wider coverage.

[0207] 4. App Issues: For problems specific to LokalFi apps like LokalFlix or MathPlus, the end user ensure they are connected to the correct network and that the Main Computing Unit is running without issues.

[0208] The present invention has been described in terms of specific embodiments incorporating details to facilitate the understanding of the principles of construction and operation of the patent. Such reference herein to specific embodiments and details thereof is not intended to limit the scope of the claims appended hereto. It will be apparent to those skilled in the art that modifications may be made in the embodiment chosen for captive portal system with connection monitoring and on-premises content and applications management system (LokalFi) without departing from the spirit and scope of the invention.

Claims

CLAIMS:1 . A captive portal system with connection monitoring and on-premises content and applications management system comprising a content server hosting locally cached content, a router connected to the content server which routes the data from the content server to the access point installed on a rapidly deployable tower and distributes the internet and offline content via Wi-FI through an antenna installed on top of the rapid deployable tower.

2. The captive portal system with connection monitoring and on-premises content and applications management system as claimed in Claim 1 wherein a caching proxy is employed as a first line of bandwidth optimization.

3. The captive portal system with connection monitoring and on-premises content and applications management system as claimed in Claim 1 wherein the server performs network administration tasks comprising voucher generation, account management, and authentication bypass.

4. The captive portal system with connection monitoring and on-premises content and applications management system as claimed in Claim 1 wherein the system is compatible with ethernet-based internet point-of-presence and access point.

Images