# Qualoo Whitepaper: Overview Qualoo is a revolutionary platform set to transform the internet user experience. Straddling the domains of customer experience, telecommunications and blockchain, Qualoo introduces a mechanism designed to solve many systemic issues plaguing current internet delivery for billions of users worldwide. Additionally, it aids in fostering new mechanisms for cooperation, overall health of the global internet while safeguarding the quality of over-the-top and e-services delivered to everyday users all over the world. These services rely on quality service delivery and multiple 3rd parties for success in an incredibly fast-growing industry which is expected to reach a staggering $7 trillion value by 2032. [source ](https://www.globenewswire.com/en/news-release/2022/05/10/2439839/0/en/Over-the-Top-OTT-Services-Market-Value-to-Grow-by-Almost-US-7-0-Trillion-during-2022-2032.html) Qualoo's Decentralized Physical infrastructure Network drives the global transformation and is powered by the people, incentivized to operate a Qualoo node. In return they earn passive income through rewards and revenue sharing while actively contributing to a better and more equitable internet for all. The core functionality of Qualoo is built on the Qualoo Test Nodes, owned and operated by individual users. Test Nodes perform internet performance tests, rewarding users with the Qualoo Experience Token (QXT). This dynamic has positioned us as a pioneer in internet performance monitoring, real-time diagnostics and to serve as a unified governance layer for the entire internet. With data processed by our proprietary algorithms, crafted by telecommunication engineering experts, we generate comprehensive metrics that provide valuable insights to users, ISPs, content providers, and regulators. This, in turn, drives a more transparent and accountable internet ecosystem. Qualoo seeks to revolutionize the digital landscape, fostering transparency, enhancing end-user experience, and connecting stakeholders. Please note: Qualoo is an evolving platform, so the contents of this document are subject to future changes. # Introduction The internet, an indispensable part of daily life for billions of individuals and countless businesses, remains confronted with ongoing challenges. Even in developed markets, significant outages afflict one in five organizations, resulting in substantial costs ([source](https://trilio.io/resources/cost-of-downtime/)). This issue exacerbates in developing markets, where more than 2 billion people still lack internet access ([source](https://www.itu.int/en/ITU-D/Statistics/Pages/facts/default.aspx)). The internet operates on a fragmented infrastructure, owned by diverse Internet Service Providers (ISPs) and investors. As such, no single participant has comprehensive visibility of the system's performance, leaving users in the dark. Qualoo emerges as a solution, championing a cooperative shared economy model that empowers individuals to contribute to a more efficient, transparent internet. We strive to construct a decentralized network for the collection of internet performance data. This data is then analyzed, and the resulting insights disseminated to stakeholders who can effectively act upon them, such as internet service providers (ISPs) and regulators. Performance data gathered by Qualoo' DePIN has been designed to align with the dynamic needs of a globally connected population - a necessity in the age of increasing digitization. Our philosophy is rooted in the belief that internet quality is not merely about last mile broadband speeds but extends to true global connectivity, stability, service quality, and the overall experience of popular applications and services. Qualoo enables users to run test Nodes, either through acquiring a physical Test Node connected to their broadband router or by installing a native app on their mobile. Nodes conduct regular connectivity tests, emulating genuine internet usage patterns and sharing this data to Qualoo, qualifying for rewards, including the Qualoo token (QXT). Qualoo turns raw internet performance data into tailored insights and recommendations for individual client segments. For instance, ISPs can benefit from real-time network performance monitoring and alerts, discern areas of robust or poor performance, identify critical issues, and obtain actionable solutions for problem resolution. Internet performance data is unified across the entire global network providing a single source of truth for serving the entire global internet ecosystem from the customer edge. Qualoo network removes significant burdens from individual internet stakeholders from deploying their own expensive and fragmented monitoring systems, while also solving problems caused by current fragmented monitoring methods. These methods typically produce closed, proprietary data sets within individual organizations that typically employ a wide range of different test tools, functions and data formats which are rarely deployed at the user point of service, have a narrow focus that makes it impossible to observe many customer impacting issues or share data effectively with other stakeholders . Qualoo empowers end users to actively participate in the enhancement of the internet through a rewarding system. We foster transparency and collaboration – the critical elements to solve inherent industry issues. Our goal is to decrease industry operating costs by at least 25%, enhance user experience, create a more data-driven approach to investing in global networks and accelerate progress towards connecting billions of currently unconnected individuals. # Internet landscape # Trends in telecommunications industry driving need for change The telecommunications industry is currently facing several compelling factors necessitating change and innovation: * **Government focus on the digital sector**: Across the globe, governments are paying increasing attention to the digital sector as a potential driver of economic growth and employment ([source](https://themalaysianreserve.com/2021/10/22/digital-economy-to-contribute-22-6-of-gdp-and-create-500000-jobs-by-2025/)). The COVID-19 pandemic has only accelerated this trend, with many aspects of daily life transitioning online, necessitating robust and reliable digital infrastructure. * **Public sector digital strategies**: Governments and intergovernmental organizations (IGOs) have been developing digital strategies and plans aimed at catalyzing growth in the digital sector ([source](https://asean.org/book/asean-digital-masterplan-2025/), [source](https://www.gov.uk/government/publications/roadmap-for-digital-and-data-2022-to-2025/transforming-for-a-digital-future-2022-to-2025-roadmap-for-digital-and-data)). Often these strategies include measures to improve the quality of digital services within specific regions or countries. Over time, these strategies may manifest as regulations influencing how the telecommunications industry operates. * **Increasing standards of connectivity**: In many regions, governments and IGOs have implemented enforceable legal directives to ensure a minimum standard of internet service is accessible to all end users. Penalties for non-compliance can include fines or even license suspensions ([source](https://www.itu.int/en/ITU-T/Workshops-and-Seminars/qos/201803/Documents/Badiel.pdf), [source](https://www.connectingafrica.com/author.asp?section_id=761\&doc_id=778663)). This trend suggests that the industry's standards and expectations are escalating, requiring further investment in infrastructure ([source](https://digital-strategy.ec.europa.eu/en/library/broadband-coverage-europe-2021), [source](https://www.irishtimes.com/business/2023/01/02/broadband-rollout-gathers-pace-with-100000-homes-ready-to-be-connected/)). * **Challenger business models**: As some observers question whether the traditional internet infrastructure can provide truly global connectivity, new businesses and projects are emerging that operate outside the typical framework. WorldMobile provides one example while community networks are another ([source](https://theconversation.com/the-remote-british-village-that-built-one-of-the-fastest-internet-networks-in-the-uk-137946)). These challenger entities may drive change and innovation within the industry by introducing novel approaches to connectivity. # Current industry benchmarking is not fit for purpose. Present performance tracking and benchmarking approaches for service providers are inadequate in today's globally interconnected internet landscape. These methods not only fail to accurately reflect the user experience, but they also foster a culture where service providers may feel incentivized to skew results. Additionally, they promote an overly narrow focus on the final leg of broadband service delivery, specifically pertaining to download and upload speeds. This type of speed measurement is typically served by a crowd sourced web solutions such as Ookla's speedtest.net and offers only a snapshot test result when an end user initiates a test and which by default runs to the closest test server to the end user. This does not take in to account the variation in performance over time which can be affected by temporary events, faults or time of day such as peak usage typically on an evening during 7pm-11pm. Internet service providers tactically position their speed test servers near the customer's edge, thereby reducing the number of network elements and the corresponding latency. This effectively curbs the impact of possible data loss. In essence, this tactic allows service providers to mask potential issues like core or border gateway network congestion from the data. Thus, speed test performance data often only mirrors performance up to the halfway point of a service provider's network. Furthermore, the functionality of Speedtest is skewed to overstate the maximum theoretical throughput that the line can support. It accomplishes this by utilizing multiple TCP threads, allowing the line to accelerate to speed, and discarding the bottom 30% of results. This approach further contributes to a result that appears better than the reality experienced by users when they engage with an internet application. Broadband speed test data currently forms the basis of many internet reports and rankings. These, in turn, are frequently cited by technical resources, media platforms, governments, and telecoms providers as a reliable measure of performance trends. However, considering that the internet is a global network of interconnected networks, solely relying on data points gathered from end-users to a mid-way point in a user's internet service provider can't truly reflect the end user's internet experience. Often, in cases of intermittent poor service, speed test data continues to display flawless results. This is because issues related to the service provider's core network and gateways—which are frequently the root of the problem and within the provider's control—are ignored.

In this example Customers in an ASEAN country were complaining of slow services. Speedtest data shows near perfect 200M download speed and 3ms latency while Qualoo network shows major packet loss issues and congestion impacting traffic routes from USA caused at the service providers incoming gateway

As many internet service providers around the world are investing in next generation network solutions including FTTH (fibre-to-the-home) and 5G networks , the average speed test result of the typically user has increased exponentially with new regulator focus pushing for gigabit services to the home this is a trend that will continue, however this has often just shifted the bottle neck form the home to the telecoms exchanges and the same level of investment is needed on the interconnect between service providers and to data centers where popular services are served from. Qualoo network is designed to test internet performance in the same way an end user would experience it, while also ensuring data is collected to support new global digitization initiatives that call for true global connectivity, and an inter-connected population where no individual is left behind. This changes the focus from a very narrow view on last mile service speeds to a global connected network where each stakeholder can not only improve their own network, but also optimize their decision making of which 3rd party networks to partner and share traffic with. # Quality of Service (QoS) and Quality of experience (QoE) The International Telecommunication Union (ITU) characterizes Quality of Service (QoS) as "the collective attributes of a telecommunication service that influence its capacity to satisfy the user's expressed and implicit needs" ([source](https://www.itu.int/rec/T-REC-E.800-200809-I/en)). QoS is primarily assessed through objective metrics such as bandwidth, packet loss ratio, latency, etc. However, QoS measurement may vary depending on the location within the network where it is evaluated. The ITU defines Quality of Experience (QoE) as "the user's level of satisfaction or frustration with an application or service" ([source](https://www.itu.int/rec/T-REC-P.10-201711-I/en)). While QoE is linked to QoS, it also relies on subjective factors like the user's mood, the device used, and time of day. There is an ongoing discussion within the telecommunications industry about the best way to quantify QoE. Several models exist, but the connection between QoE and QoS can be simplified as follows: $$QoE=QoS+subjective factors$$ Considering that users prioritize QoE, which influences their decisions to lodge complaints with their service provider or switch providers, it's critical to establish a method for measuring this in a system that monitors internet performance. We propose several principles that must be fulfilled to ensure QoS data measurements align as closely as possible with QoE: * **Extensive Data Coverage**: The user experience should be assessed over a wide geographical area and with enough independent data points to support statistical analysis. * **Customer-Level Measurement**: Testing should occur at network points where the user interacts with the internet, such as the user's home, office, coffee shop, etc. * **Independent Unbiased Data**: Test results should be impartial, and analysis should be conducted independently of industry stakeholders to mitigate conflict of interest concerns. * **Data Sharing**: The collected data should be shared more openly than is currently standard in the industry, to prevent duplicate efforts and establish a single source of truth. * **Actionable Insights**: Data should be analysed to identify major events and ongoing service-impacting issues. The collected data and insights should be available to relevant stakeholders for necessary actions. # Current challenges in the telecommunications / internet industry Despite significant advancements, the internet industry continues to grapple with a multitude of issues. In developed markets like the US, internet downtime remains a critical problem. Over the last three years, approximately 20% of organizations have experienced a significant outage, presenting substantial costs in terms of lost productivity, revenue, data, and increased customer support, not to mention reputational damage. On average, downtime costs around $9,000 per minute ([source](https://trilio.io/resources/cost-of-downtime/)). Maintaining robust internet performance is paramount for Internet Service Providers (ISPs). Inability to provide reliable service is a leading reason for customers to switch providers ([source](https://www.infinivan.com/top-five-reasons-why-businesses-switch-isp/)). Customer attrition is a significant drain on resources in this industry, costing US ISPs around $780 million per year ([source](https://wp.nyu.edu/adityakapoor/2017/02/17/churn-in-the-telecom-industry-identifying-customers-likely-to-churn-and-how-to-retain-them/)). To ensure high-quality service delivery, ISPs heavily invest in their own network infrastructure. Network-related costs constitute roughly 50% of the industry's operating expenses, which are costs associated with running their business ([source](https://www.mtn-c.com/product/telco-opex-analyzer-2016-21/)). Globally, these operating expenses amount to approximately $1.5 trillion ([source](https://inform.tmforum.org/features-and-opinion/the-impact-of-5g-and-cloud-on-telco-capex-and-opex/)). Additionally, between 60% to 90% of capital expenditures, the funds used for building, acquiring, and maintaining physical infrastructure, are allocated to the network ([source](https://inform.tmforum.org/features-and-opinion/global-trends-in-telco-opex/)). In 2021, these capital expenditures totaled $326 billion ([source](https://www.mtn-c.com/telcos-are-upgrading-their-workforce-but-it-comes-at-a-price/)) In spite of the importance of maintaining a high-performing internet for both customers and ISPs, along with other stakeholders in the industry, there remain a number of unresolved performance challenges. We identify the key issues as follows: 1. No single ISP possesses enough high-quality data on internet performance. 2. Data sharing within the industry is not a common practice. 3. ISPs encounter difficulties in accessing and utilizing data within their own organizations. 4. End users typically have limited visibility into internet performance. # No single ISP possesses enough high-quality data on internet performance The internet, with its sprawling infrastructure, is incredibly extensive and technically challenging to build and maintain, making it a costly venture. Hundreds of thousands of miles of undersea cables—buried up to thousands of meters beneath the ocean surface—facilitate most intercontinental data transmission and demand regular upkeep. Given the enormity and cost of the internet infrastructure, it is beyond the scope of any single company or country to construct and sustain it. The ownership of this infrastructure is not exclusive to Internet Service Providers (ISPs); it is shared among larger ISPs, infrastructure investment funds, and leading tech firms such as Google and Facebook. This highly fragmented ownership results in no single ISP (or other industry stakeholder) having access to performance data spanning the entire internet infrastructure. Yet, customers rely heavily on this infrastructure for their daily online activities, including accessing popular global websites. Consequently, when there is a drop in internet performance, ISPs face significant challenges in identifying the cause due to inadequate data visibility regarding where the issue is occurring. Moreover, ISPs might not always gather the most accurate data to resolve customer issues. While ISPs commonly collect performance data through network probes located within their own networks, they do not necessarily measure performance data at the customer's point of experience—inside the customer's home. Implementing such a measure poses operational difficulties for ISPs, as they would need to individually contact customers and seek their permission. Furthermore, ISPs' network tests are primarily focused on technical performance indicators (QoS), such as the speed of data transmission through specific cables. They do not typically collect data that reflects the actual customer experience (QoE), which can differ greatly and is the key concern for customers. # Data sharing within the industry is not a common practice Given that customers rely on a broader internet infrastructure than that owned by their individual ISPs, data sharing among ISPs could significantly enhance the capacity of each ISP to identify and resolve network issues. This sharing is crucial as each ISP must appropriately configure the interfaces connecting them to other ISPs. Data sharing in the industry is, however, notably limited. While ISPs are required to cooperate to interlink their infrastructure, they often compete for the same customer base, constraining their willingness to share data. Additionally, the absence of an industry standard or a dedicated platform for data sharing does not facilitate the process for ISPs. Consequently, ISPs tend to operate in isolation with respect to the data they access, rather than embracing collective responsibility with other internet infrastructure owners/operators to ensure collaborative efforts for the betterment of end users. # ISPs encounter difficulties in accessing and utilizing data within their own organizations Internet Service Providers (ISPs) typically monitor performance data within their Network Operations Centre (NOC), a specialised unit within the organization. Only a select few employees within this unit typically have the expertise to understand and interpret this data. The data and insights derived from network performance monitoring within the NOC are not widely utilized for decision-making across the organization. Employees outside the NOC often lack the necessary understanding to effectively use this data, despite numerous divisions potentially benefiting from it. For instance, the marketing department, which targets reducing customer churn, and technical support, which aims to resolve customer complaints, could benefit from this data. ISPs frequently engage external vendors or contractors for technical support when dealing with substantial, ongoing network issues. These contractors often utilize NOC data, potentially supplementing it with their own data collected via network probes, and present this information to managerial employees positioned outside the NOC. # End users typically have limited visibility into internet performance End users, or consumers, typically lack comprehensive visibility into the actual quality and reliability of their internet connectivity. ISPs usually do not provide this information transparently to end users. Even though consumers pay for internet service based on specific parameters, such as advertised connection speed, the ISP typically does not provide an easy means for the end user to verify whether they are indeed receiving the service as stipulated in their contract. There are some tools available that consumers can use independently to gain some insight into their internet performance. For example, Ookla's Speedtest ([www.speedtest.net](http://www.speedtest.net/)) is a popular tool that measures the speed of an internet connection, typically to a server located in the user's country. These tests can help users determine whether their ISP is meeting their contractual obligations in terms of speed (one aspect of QoS), but they do not offer a comprehensive measure of the overall Quality of Experience (QoE). Consequently, when consumers face internet issues, they have limited means to understand the root cause. They are mostly reliant on their ISP to identify and resolve the problem, often leading to prolonged downtimes and sub-optimal service. This lack of transparency and control can be a significant frustration for end users. # What happens when a user browses the internet? We present a simplified depiction of how the internet operates, using the example of a user from one country accessing a website hosted on servers in another country. In this scenario, the user is in one part of the world, the destination server is on a different continent, and the user successfully loads the webpage. * **Starting the request**: The user enters a website address (e.g., [www.abc.com](http://www.abc.com)) into their web browser and presses enter. This action triggers a request to open the specified webpage. * **Conversion of request to packets**: The request is broken into data packets according to the Transmission Control Protocol (TCP) for modular transmission. Beyond this point, all information is transmitted in these packets. * **Domain Name System (DNS) lookup**: The request is then forwarded to a DNS server, which translates the domain name ([www.abc.com](http://www.abc.com)) into an IP address that identifies the server. * **Server choice**: In the case of websites owned by large tech companies, the request is often directed to a Content Delivery Network (CDN) to find a locally stored copy of the desired webpage. If there is no CDN, or the CDN does not have a stored version of the page, the request proceeds to the origin server. * **Routing the request**: The request, via the Internet Service Provider (ISP), travels to the destination (CDN or Origin Server). This path typically involves passing through numerous routers, networks, and submarine cables. * **Accessing the server**: Once the request packets arrive at the destination server, they are compiled into the original request. The server then produces a response, including HTML, CSS, and JavaScript files, which are segmented into data packets for return to the user. * **Routing the response**: The server dispatches the response packets back to the initiating browser through a similar sequence of hops. * **Rendering the response**: The browser uses the response to display the webpage # What are the key components of internet infrastructure? The physical infrastructure that supports global data transmission, often referred to as the internet backbone, can be owned by commercial entities, government bodies, or academic institutions. This backbone transmits substantial quantities of data and comprises the following components: * **Fibre optic cables**: These cables are critical for major data routes, providing high-speed data transmission. Submarine cables laid on the seafloor for intercontinental data transmission are essentially fiber optic cables with protective casing. * **Routers and Switches**: These guide data packets between computer networks, handling traffic operations. Each router is connected to at least two networks. * **Internet Exchange Points (IXPs)**: These are physical locations where different networks (like ISPs or CDNs) exchange internet traffic. * **Network Access Points (NAPs)**: As an alternative to connecting via an IXP, ISPs can directly link their networks through a peering arrangement, referred to as a NAP. * **Data Centers**: These are extensive facilities that host servers, storage, and other telecommunication equipment. * **Content Delivery Networks (CDNs)**: Geographically distributed networks of proxy servers that improve performance by locating servers closer to internet users * **Satellites**: Primarily used for providing internet access to areas lacking terrestrial internet infrastructure such as remote islands (or planes in flight) # What does an Internet Service Provider (ISP) network look like? One can envision a country's internet network as a system of tree roots. The central roots are thicker and as we move away from the center, the roots become more distributed and thinner. In this analogy, the central points are where large Internet Service Providers (ISPs) establish international connections. In a medium-sized country, only a few ISPs may have these international connections, meaning all the country's network traffic must pass through a limited number of routers to leave the country. Smaller ISPs would connect to these larger ones to direct traffic internationally, most likely via an Internet Exchange Point (IXP). These connection points form what is known as the Core Network, which in a small to medium country, would likely be located in a single city. SPs extend their Access Network to provide internet services to their customer base across the regions they cover, which could be an entire country or specific provinces/states. The Access Network is where ISPs install their cell towers to deliver 3G/4G/5G services to mobile phone users. For fixed broadband end users, connection to the Access Network is facilitated through Points of Presence (PoPs).

Illustration of ISP Network Design

# How do ISPs monitor their networks? ISPs oversee their networks from a Network Operations Centre, which usually falls under the Technology department. This Operations Centre is essentially a large control room featuring numerous screens that display various information such as network usage, providing warnings if specific metrics fall outside the acceptable range. ISPs tend to concentrate their monitoring on the core network as it is the primary conduit for all data and any issues here would affect a significant number of their customers. There are several approaches that ISPs might follow to monitor their networks, which for simplicity's sake, we can categorize into three main types: 1. **Reactive Monitoring**: Some ISPs adopt a basic, reactive model, where issues are primarily identified through customer complaints. The resolution method involves dispatching technicians to customer locations. 2. **Network Management System (NMS) Driven**: A more advanced approach involves the use of a Network Management System, often provided by a major equipment manufacturer (e.g., Nokia, Huawei). These systems provide data on system monitoring metrics, such as CPU usage and bandwidth utilization. However, this measurement approach isn't explicitly issue-oriented, and not all problems can be detected using this method. 3. **Advanced Data Monitoring and Automated Action**: The most progressive ISPs might take one or both of the following steps, though a limited number of ISPs globally have achieved this level of development: * **Issue Identification**: Implementing a system that focuses on capturing data that identifies a broader range of issues than can be detected by an NMS alone. This system is usually provided by a third party. * **Action**: They have set up automated actions in response to known issues. For example, they might reroute traffic or activate additional resources once capacity reaches 40% The team in charge of network monitoring at the Network Operations Centre is usually led by a mid-level management employee. Their reports to senior management typically focus on average network utilization over the previous period. However, this approach doesn't emphasize issue identification or resolution performance and may not be leveraged to its full potential within the organization. # Qualoo work supporting ASEAN Digital Masterplan In collaboration with the Association of Southeast Asian Nations (ASEAN), Qualoo has developed guidelines that aid in the implementation of the ASEAN Digital Masterplan (ADM) 2025. The guidelines emphasize internet quality, customer experience, and foster a digitally inclusive, human-centric, and sustainable future. ADM 2025 ([source](https://asean.org/book/asean-digital-masterplan-2025/)) provides actions that governments and regulators can undertake to materialize this vision. The goal is to develop a digital society that is founded on high-quality, ubiquitous, and high-speed connectivity across ASEAN. This entails improving existing infrastructure, expanding connectivity to unconnected regions, and catering to underserved areas. Qualoo produced the Guidelines for Quality of Experience (QoE) Framework to assist in executing ADM 2025, promoting cooperation and collaboration between ASEAN member states in enhancing internet quality and customer experience. The document underscores the need for a data-driven approach to enhance the end-user experience, proposing a monitoring network for proactive optimization, strategic investment, and effective governance. This is projected to augment the customer experience for internet end users and diminish the industry's delivery costs. Key features of the QoE Framework document include: 1. **Establishment of Unified Standards**: The framework initiates unified standards across all member states, fostering collaboration and improving connectivity quality. 2. **Use of Comprehensive Metrics**: The framework introduces a comprehensive range of metrics that align with regional strategic and digitization goals. These metrics concentrate on the objective of measuring QoE, not QoS. 3. **Independent Data Collection**: The framework advocates for unbiased and independent data collection to ensure an accurate performance assessment. This framework can be implemented globally as it lays out a blueprint for how government and private sector can work together in a proactive way to otpimize quality of existing networks while targeting investment based on real-time internet performance data. These principles offer a real world approach to solving a major global problem and pre-requisite to delivering on industrial revolution 4.0 and global digitization promises. Qualoo network has been designed to facilitate these requirements and help uplift global networks and end user experience at a reduced cost and timeframe. # Design Principles for Qualoo Reflecting the current industry landscape and Qualoo's work on the ASEAN Quality of Experience (QoE) Guidelines, we've established several guiding principles that underpin our vision for Qualoo. These guiding principles form the basis of Qualoo's strategic vision and contribute to its overarching mission - to help create a better internet for everyone. Let's delve into how these principles manifest within Qualoo's vision: 1. **Cooperation**: Qualoo aims to facilitate a collaborative environment between various stakeholders of the internet ecosystem. This includes ISPs, regulators, and end-users, to collectively work on enhancing internet performance. This cooperative approach extends beyond national borders, as evident in Qualoo's collaboration with ASEAN. 2. **Transparency**: By making network performance data accessible and understandable, Qualoo aims to demystify the industry and provide clear information to all stakeholders. This not only helps ISPs maintain their network but also empowers end-users by enabling them to understand the service they are receiving. 3. **Inclusion**: The aim is to involve end-users actively in the process of internet enhancement. This participation fosters a shared responsibility for the internet, its use, and its quality. End-users' experiences, represented by the Quality of Experience (QoE) metric, are crucial in this endeavor. 4. **Insight**: Data is key to driving improvement in internet performance. By capturing and analyzing crucial data, Qualoo aims to offer precise insights into internet performance, including QoE. This information allows stakeholders to identify and address issues proactively, leading to better internet service for all. By adopting these guiding principles, Qualoo aspires to transform the current landscape of the internet industry and pave the way towards a reliable, high-quality, and user-centric internet experience for all. # How Qualoo works # Overview The Qualoo network architecture consists of three interconnected components that aim to deliver an efficient solution to assess and improve internet performance. Here's a deeper look at each of them: * **Decentralized Test Network**: A network of Test Nodes distributed globally that conduct internet performance tests. These Test Nodes are owned and maintained by a variety of stakeholders that opt to participate - from individuals to private enterprises. Test Nodes regularly carry out testing procedures that include measures of speed, latency, packet loss, and other important factors of internet quality. The data generated by these tests are submitted to Qualoo Analytics for analysis. Additionally, this network implements measures to ensure that all tests are conducted fairly and that Test Nodes owners are incentivized for their participation. * **Analytics Platform:** This is where the raw data from the Decentralized Test Network is processed, analyzed, and converted into actionable insights. Sophisticated data analysis and machine learning techniques are used to interpret the data, identify patterns, and highlight areas of concern. The insights generated here are crucial for informing the improvement efforts of ISPs and other stakeholders. They can help identify weak spots in network performance, guide infrastructure investment decisions, and monitor the effectiveness of remedial actions. * **Product Offering**: The final component is the range of products and services that Qualoo offers to its clients. These are essentially the applications of the data insights generated by Qualoo Analytics. They can include detailed performance reports for specific network segments, tools for ISPs to monitor and improve their service quality, and platforms for regulators to oversee the industry's performance. The ultimate goal of these products is to empower all stakeholders to create a better internet experience.
# Decentralized Physical Test Network The Qualoo model introduces an innovative, decentralized approach to Internet performance testing, harnessing the power of collective action and tokenized incentives. **Test Network**: Qualoo invites internet end-users to become part of the solution. Users who set up a Qualoo Test Nodes participate in regular connectivity tests. These tests are broad-ranging, capturing various aspects of internet performance, including Quality of Service (QoS), DNS, HTTP, and bandwidth tests. This enables a more holistic and accurate measurement of internet performance, capturing the actual user experience. **Tokenized Incentives**: For their contributions, users are rewarded with QXT tokens. The quantity and type of tests performed influence the number of tokens awarded. This creates a dynamic, shared economy model where every participant has a stake in the network's success and is incentivized to contribute. **Benefits of Decentralization and Shared Economy Model**: Qualoo's decentralized network overcomes the significant cost barriers that the telecommunications industry would face in creating a similar centralized test network. Sharing responsibilities and rewards with end users enables rapid and cost-effective deployment and scaling of the network. The model also empowers users, fostering a sense of shared ownership and mutual benefit. In essence, the Qualoo model combines decentralization, broad participation, and tokenized incentives to create a more robust, responsive, and cost-effective solution to measuring and improving internet performance. # Test Nodes Participation in the Qualoo Test Network is open to all individuals or businesses, and it can be done in three ways * **Fixed Test Node**: A hardware device that the individual purchases from Qualoo that comes with the necessary software pre-installed or a dedicated smart phone or other compatible device with Qualoo application installed that is physically connected to a wi-fi router or modem via ethernet cable. * **Mobile Test Node**: Individual's own smartphone or tablet with Qualoo native application installed and Test Node activated. * **Browser Extension.** Simple web based Qualoo native application installed on any computer. Each of these methods provides different types of test data, and both have their specific advantages. **Mobile Test Nodes**: These can use any smartphone. Since smartphones can move around, the data they provide is dynamic, reflecting the performance of different networks in different locations. This can be particularly relevant in developing markets, where many users rely primarily on mobile data. **Fixed Test Nodes**: These are directly connected to the user's router and remain in a fixed location. They offer a consistent measure of the network's performance in a particular setting. The data from these Test Nodes is especially valuable to some of Qualoo's target clients, who place a premium on stability and consistency. **Rewards System**: Rewards for participating in the network and conducting tests are issued in the form of QXT tokens. The potential for earning rewards is higher for Fixed Test Nodes, to compensate users for the initial purchase cost of buying the Test Node (approximately $50). **Control and Flexibility**: Once set up, users become part of the Qualoo Test Network and can start earning rewards. However, users maintain full control and can suspend their participation at any time through the application's settings. By offering different ways to participate and incentivizing users through token rewards, Qualoo is enabling the widespread and diverse data collection necessary to accurately measure and improve Internet performance across a broad range of settings and circumstances. # Standard testing process Qualoo implements a fair and methodical system for its regular internet testing procedure across the Test Network. Here is a detailed description of the testing process: 1. **Testing Schedule:** Tests are run at regular intervals across the Test Network (e.g., every 15 minutes). This regular testing forms the basis for the core products that Qualoo provides to clients. 2. **Coordination via API:** Before each testing round, the Qualoo platform communicates with Test Nodes via an API. This allows Test Nodes to coordinate the timing of their tests and the submission of their results. It also allows Qualoo to assign test slots to Test Nodes. 3. **Geographic Representation:** Qualoo ensures that the data collected is geographically representative by allocating a specific number of test slots per country and region within that country for each testing round. 4. **Oversubscription:** In regions where there are more active Test Nodes than available test slots, Qualoo allocates slots based on several factors. These factors include the user's service provider, specific location, the quality of past submissions, how long it has been since the user last submitted test results, and certain metadata, such as the quality of the user's mobile signal for Mobile Test Nodes. This rigorous testing process enables Qualoo to collect comprehensive and reliable data on internet performance from a wide range of locations and service providers. It ensures the fairness of test distribution and prioritizes geographic representativeness and data quality. # Custom testing process The Qualoo network will be major infrastructure asset, offering fixed and mobile test points, that not only will span the entire globe but will also serve multiple use cases far beyond that of the initial goal of securing our digital online experience. Our vision is that 3rd parties can leverage this global asset to derive their own location-based testing , analytics or distributed infrastructure needs. One of the initial implementations of this will be the ability to conduct custom tests. This will be initially a customable option of Qualoo's existing tests but will eventually be extended to a similar function to a virtual machine where 3rd parties can write their own programs to conduct tests or analyze data. This service can be particularly beneficial to clients who deliver services over the internet , examples of this would be e-commerce web provides or Over-The-Top (OTT) video or cloud service providers, who can not only test their own own service quality of service alongside general internet performance from each endpoint, but also competitor services. This will help organizations understand the impact 3rd party network and internet service providers have on their own service delivery to customers, but also help optimize their own network , expand strategically for maximum benefit to users and also better keep customers informed of intermittent issues which may impact user experience. The process for custom testing is similar to that of standard testing: 1. **Communication via API:** Prior to a custom test, the Qualoo platform communicates with selected Test Nodes via the Qualoo API. This ensures the coordination of test timing and the submission of results. 2. **Test Slot Allocation:** For each custom test, a specific number of test slots are allocated. End users will have the option to opt-in to perform custom test jobs and increase their earnings potential. Test Nodes are selected to participate based on factors such as the user's service provider, location, quality of past submissions, and other metadata like the quality of the user's mobile signal (for Mobile Test Nodes). Results from custom test will be available to users in a number of ways from pre-built custom broadcast reports, alerts, dashboards or raw data access via API. Custom testing requires a premium subscription package or additional credits which can be purchased in fiat or QXT. By offering this custom testing service, Qualoo allows clients to gain insights that are specifically relevant to their operations and that can help them improve their services based on real-world user experience data. # Connectivity test types The Qualoo testing process involves running multiple groups of connectivity tests. These tests, performed by the Test Nodes in the Qualoo network, cover a variety of aspects of internet performance to provide comprehensive data about the quality of experience (QoE). Below are some examples of connectivity test types: 1. **Quality of Service (QoS):** This test measures data between the user and major exchange points globally. Metrics include packet loss, latency, jitter, and throughput. 2. **DNS Tests:** These tests assess the performance of the Domain Name System (DNS), which translates domain names to IP addresses. These tests may be performed against different common DNS providers to evaluate their reliability and speed. 3. **HTTP Tests:** These tests evaluate the performance of Hypertext Transfer Protocol (HTTP), which is the foundation of any data exchange on the web. HTTP tests might be performed against multiple websites to assess the loading speed and efficiency of data transfer. Metrics include total page load time, time to open TCP port, download speed, number of elements downloaded, authentication time (SSL handshake), and hello time (time to first data packet). 4. **Bandwidth Tests:** These tests measure the speed of internet connectivity. They can be performed against multiple servers in different locations to assess the capacity and speed of the internet connection. 5. **Trace Route:** This test measures latency to hops along common routes. 6. **Video Streaming Tests:** These tests are designed to assess the quality of video streaming on the network, which can be a significant factor in the overall user experience, especially for services like Netflix or YouTube. 7. **Mobile Signal Tests:** These tests are specific to Mobile Test Nodes and measure the strength and reliability of the mobile signal. These tests cover a wide range of connectivity aspects, providing comprehensive data on the performance of internet connections. This allows Qualoo to deliver actionable insights to clients. The tests run on each Test Node may differ based on the type of Test Node and other considerations. For example, mobile signal tests can only be run on Mobile Test Nodes. Additionally, tests with higher bandwidth requirements, like bandwidth tests or video streaming tests, may not be run as frequently to minimize the impact on users' data. This approach ensures a balanced and effective testing process that provides valuable data without excessively burdening users' resources. # Analytics Platform Qualoo's Test Network collects user experience and engineering performance data, encompassing elements like service quality, network routing, and data delivery. These tests are meticulously designed to generate high-quality data, with insights derived from a unified testing approach and comprehensive analysis across the Qualoo network, informed by decade of telecom consultancy experience. Managing the vast real-time data collected, we utilize diverse methodologies for data storage, processing, and conversion into bespoke solutions tailored to various client segments and use cases. These solutions range from raw data, alerts, reports, dashboards, and visualizations to features like issue fingerprinting, real-time diagnostics, and push notifications. Qualoo's Artificial Neural Network (ANN) harnesses machine learning to analyze real-time test results gathered every 15 minutes from each node. These tests cover the entire internet delivery stack and popular apps, with the ANN trained to predict service impacts and diagnose root causes. By analyzing performance over different timeframes and historical data, Qualoo detects new service degradation or notable shifts in user experience. Common problem sources are identified through real-time performance data fingerprinting, grouping data by metadata like router hardware provider, location, ISP, IP subnet groups, and more. Our analytical solutions cater to diverse client segments, from individual users to major global service providers. Given the varying technical proficiency, our insights packages are layered and scalable, with varying depths of analysis, enabling users to comprehend network status, pinpoint performance issues, and understand resolution steps. Qualoo's analytics are delivered through various channels including our mobile application, web portal, email and SMS reports, or via API for premium subscribers. Below is an overview of some key features / tools available within the Qualoo ecosystem: * **Test Node Analytics:** Node operators can access insights on their test nodes, such as node health, QXT earnings, participation, staked tokens, and summarized internet performance data related to their location, benchmarked against global and local internet users' performance. * **Client Dashboards:** Each client segment uses Qualoo's internet performance data differently. Accordingly, Qualoo provides pre-made dashboards for each client type and also allows clients to create custom dashboards using accessible data based on their subscription tier. * **Client Alerts:** Alerts notify clients when performance thresholds are breached, either individually or in aggregate. These alerts can be served on-platform or integrated with third-party tools via API. * **Client Reports:** Predefined reports by Qualoo's team are available on our platform. These consultancy-style analytical and summary reports are tailored to each client segment. Advanced subscribers can generate their own reports, scheduled or triggered by exceptions like KPI breaches. * **Stakeholder Notifications:** Qualoo's analytics platform analyzes collected data, tagging events with our proprietary logic. These events can be converted into push notifications for different users like customers, engineers, customer care teams, and senior management. These alerts can inform engineering teams of new problems and their root cause, and keep customers updated about intermittent issues, reducing complaint calls as users are assured that known performance issues are being addressed. # Product Offering Qualoo offers a variety of products to its clients, focusing initially on its core offerings and gradually expanding into additional products and services. This phased approach allows Qualoo to prioritize its resources and to meet the most immediate needs of its clients. ### **Core Products:** 1. **Qualoo Data:** The raw data from the performance tests conducted by Qualoo's Test Nodes provide a wealth of information about network performance, latency, throughput, and more. This data is invaluable for internet service providers, regulators, and other stakeholders who need a detailed, ground-level understanding of internet performance. 2. **Qualoo Insights:** This is a client dashboard that provides custom analytics based on the client's needs. For example, an ISP could use Qualoo Insights to get a heatmap of their network's performance, highlighting areas where connectivity is strong or weak alongside a prioritized list of issues across their network, along with recommendations for how to address them. We can also provide real time warnings of upcoming issues allowing ISPs to react quickly to issues. ### **Adjacent Products:** As Qualoo matures and expands, it plans to offer additional products and services, including: 1. **Training:** Qualoo can provide training to clients on how to use Qualoo Data and Qualoo Insights to their full potential. This could include training on how to interpret the data, how to identify and prioritize issues, and how to use the insights provided to improve network performance. 2. **Consulting:** Qualoo's team of experts can provide consulting services, leveraging the insights provided by Qualoo Data and Insights to help clients make important decisions. This could involve advising on where and how to upgrade network infrastructure, how to manage network performance issues, and more. 3. **Outsourcing:** For clients that require additional support, Qualoo can take on operational responsibilities, such as running a Network Operations Centre (NOC). This allows clients to focus on their core competencies while benefiting from Qualoo's expertise in network performance management. These products and services together provide a comprehensive solution for improving and managing internet performance, tailored to the needs of each individual client. # Client Data and Insights Platform (B2B) The client-facing side of Qualoo’s business consists of both products and services. While both are powered by the end-user test network data pipeline, they both offer different values to different clients. Qualoo’s test network collects client data from different end users within the client’s network. This raw data and resulting reports and insights performed by Qualoo’s platform are available to clients on the client dashboard. The raw data access allows clients to perform their own analytics to understand user network bandwidth consumption, activity, peak times, etc. Additionally, clients are able to integrate test network data into their own analytical models and processes through API integrations. This serves to supplement a client’s existing data analytics efforts by providing the missing infrastructure from the end-user side. Qualoo’s platform will analyze this data via a machine learning backend to offer valuable insights in helping clients with the following objectives: \ • Technical Troubleshooting: Clients can quickly identify and resolve issues within their own network through Qualoo’s real-time fault detection and resolution processes, all based on active network monitoring. Multiple test network nodes will provide issue detection from the end-user experience, allowing Qualoo to create a better customer experience. \ • Network Optimizations: Qualoo’s insight dashboard will offer industry-informed recommendations to optimize client networks based on performance data from the test network. Our machine learning engines will offer issue prediction and insights on network congestion. This can allow clients to create implementation plans to solve recurring network issues. ‘\ • Business Development: Qualoo’s comprehensive database can be leveraged to identify current end-users network activity habits and common issues to target for new customer acquisition, package upgrades, or customer retention. \ • Customer Management: The client dashboard serves as a conduit to connect clients and their customers in an industry that traditionally lacks this level of interfacing and communication. Test network nodes can help clients understand their customer experiences in particular regions of their coverage map, giving valuable insights into a particular customer’s issues. Qualoo’s clients can streamline customer support efforts by more quickly and effectively addressing concerns. \ • Comprehensive Reporting: The data analytics platform can supplement the client’s own reporting\ processes for both internal corporate reporting and regulatory reports. # Node Types ### Fixed Test Nodes The fixed node refers to a standalone hardware device that can be connected to any ISP or Telecommunications network. The device’s sole purpose is to analyze network traffic and various connectivity metrics via continuous or event-based tests. The fixed node provides the highest measure of reliability for a given network’s data since it is physically connected and operating continuously. Because of this, the deployment and installation of fixed nodes among various parts of the network are pivotal for Qualoo’s test network data pipeline. Aside from Qualoo's dedicated hardware device, other devices that are compatible for Qualoo node software installation can be used and include, smartphones connected to a router or modem via a powered ethernet cable, dedicated servers and other hardware devices such as those used for blockchain mining or validating. \ Because Qualoo fixed node hardware devices require operational and manufacturing costs to produce and deploy, the company must offset these costs by potentially requiring upfront payment in return for a cryptocurrency-based incentive mechanism, such as rewards emissions for data provisioning to the test network. Additionally, the registration and designation of the fixed test node among various points of the test network without transfer of ownership or intermittent operation is essential for the data feed. Qualoo incorporates a token rewards mechanism for each fixed node operator to register this device to a user’s account, where they will be granted a node NFT to verify activation and ownership. Node operator device registration will include information about the location of the device in relation to a network router, type of ISP service, some network identifying information, etc. The user’s registered device will then be associated with a verification NFT that serves as an identifier for the user and a marker to claim token rewards for operating the node. ### Mobile Nodes \ Mobile Test Nodes supplement the Test Network in the sense they provide data from devices that can reach low traffic areas to expand network coverage. Although much of the priority network coverage can be achieved from the Fixed Test Nodes, mobile nodes help create a greater picture of the entire network, providing more valuable data on the client side. \ Any user can turn their device into a Mobile Test Node by installing the Qualoo mobile app on their smartphone, wearable smart device, IoT device, etc. The mobile app will perform low-energy testing periodically to fill out network coverage while minimizing the impact on the user’s battery or device performance. # Qualoo Consumer Features ### Mobile and Web Platform The end-user side of Qualoo’s ecosystem relies on decentralization and crowdsourced data provisioning and hosts all of the digital asset integration through incentive mechanisms. The following section outlines the segmentation of incentives and token use cases through various products and features. ### Free-User Platform Access and Features **Overview** The mobile application will include a number of different products and features that users will have access to on their smartphones, computers, or IoT device interfaces. Some of these features will be openly accessible to any node operator; however, some more exclusive and valuable features incorporate payment barriers or digital asset access models to entice users to gain entry through Proof-of-Network-Contribution (PoNC). Qualoo will develop a consumer dashboard on both their mobile application and website, accessible to all node operators. The mobile application will serve two purposes. The first is data provisioning from mobile, desktop, or IoT devices to help contribute to network analytics. The second provides access to the dashboard, which includes a variety of product features, services, and promotions. ### **Product Features** **1. Network Testing:** Users can perform a diagnostics test on the application to understand the connection status for their current network provider or public network they are connected to. These tests will show the users various useful metrics around their connectivity and benchmark them against a variety of other datasets to help them understand comparisons to other providers or networks. **2. Live Public Wifi Map:** The Qualoo network consists of user-provisioned data to map public networks and Wifi quality. The mobile application allows users to search for public networks for remote working or leisure-based internet usage. Qualoo’s data analytics will provide insights that competitors cannot, such as: congestion times, application effectiveness, speed and ping trends, etc. The application will also mark malicious hot spots and host up-to-date login credentials so users are able to easily connect to networks they can trust. **3. Public Network Vendor Promotions:** Qualoo will allow local businesses with reputable connections to offer promotions and discounts to entice new customers. This will provide added benefits for users, such as a free coffee voucher or co-working space discount in return for added marketing reach for these businesses. **4. Bounty Programs:** The Qualoo network thrives on user-provided data, especially in areas of low network coverage. Our bounty program is designed to incentivize users in specific areas to search and perform network tests in areas of low or no network coverage to help fill the map. Users can earn off-chain points that are redeemable for promotional rewards or discounts to local businesses. Users may be eligible for cryptocurrency token rewards as well, depending on the significance of the network coverage campaign for our B2B business operations. \ **5. Critical Event Scheduler:** Qualoo actively analyzes networks in the area and provides users with insights into high-traffic events. Users are informed of these various events that can impact network performance and produce congestion that will disrupt their connectivity. ### Premium Platform Access and Features **Overview**\ Premium access for mobile application and web platform users will include all features and services offered to free users in addition to premium features. These premium features will provide tangible value benefits to these users and offer them exclusive insights provided through Qualoo network analytics.
**Product Features** \ **1. Premium Public Network Live Map:** The premium subscription offers improved functionality where users will benefit from complex analytical data from Qualoo’s platform. They will be able to view aggregated peak network times and congestion periods so they can schedule their remote workday around them. **2. Vendor Comparisons and Offers:** Platform users can compare ISP and Telecommunication vendors based on data-powered analytics and performance metrics for their specific area of network coverage. Additionally, HiPo network contributors will have access to promotional offers provided by vendors who wish to onboard users who demonstrate Proof-of-Network-Contribution (PoNC). \ **3. ISP / TelCo Communications Dashboard:** Fixed Test Node users that demonstrate proof-of-network contribution via rewards accumulation will be prioritized in submitting customer inquiries to their particular service providers. Qualoo will facilitate this communication on the client side by providing these user insights in their periodic reports.
**4. Premium Bounty Programs:** Premium subscription users are able to participate in bounty programs that will reward them with cryptocurrency rewards.
**5. Qualoo Store Discounts:** Qualoo will ultimately provide custom routers and modems that will integrate our technology. This will serve to consolidate hardware while providing a more consistent stream of diagnostics data to bolster the network. Users are able to gain discounts on these consumer products on the Qualoo store through their premium service subscription.
**6. Network Data Analytics:** Users can collect various analytics on their network usage and understand trends across multiple dimensions to perform their own data analytics if they choose to do so. # Clients Segments: Definitions and Use Cases Qualoo's solutions offer a wide range of applications across a variety of client segments. These segments and their specific use cases for Qualoo include: **Internet Service Providers (ISPs)**: ISPs can harness Qualoo in two main areas: customer service delivery and network optimization. Our insights aid ISPs in boosting user experience, refining network performance, and fortifying their infrastructure. The data we provide offers insights into engineering support, routing efficiency, data delivery quality, and customer experience metrics. This allows ISPs to improve their services and gain a competitive edge. Moreover, with Qualoo's quality verification and benchmarking data, ISPs can demonstrate their superior network performance, promoting a quality-centric approach to service delivery. **Government Agencies and Regulatory Bodies**: These groups can use Qualoo to gain insights into the health of the internet within their jurisdiction, examining individual ISP performance, end-user service quality, and regulatory compliance. Qualoo data can guide policy decisions, help set regulatory standards, and highlight areas of poor internet coverage for targeted improvement. **Over-The-Top (OTT) Providers/Large App Developers**: OTT providers and app developers can employ Qualoo for performance diagnostics, troubleshooting, and assessing the effect of third-party networks on application performance. Our service can minimize time spent on non-infrastructure issues, optimize resilience, and foster proactive collaboration with global providers to enhance customer experience. **Large Enterprises and Multinationals**: These clients benefit from Qualoo's data on global connectivity, application performance, and network security. Qualoo equips them to hold service providers accountable for quality connections and optimize their own global network infrastructure, enhancing application performance and cybersecurity strategies. With Qualoo, they can boost uptime, improve network performance, save costs, and heighten staff productivity and operational efficiency. **Small to Medium Enterprises (SMEs)**: SMEs seek insights on their office network performance, connection stability, and cloud service efficiency. Qualoo's data empowers them to optimize internet operations, enforce service level assurances from providers or vendors, solve connection bottlenecks, and enhance digital service quality. Optional custom tests allow monitoring of critical infrastructure and instant alerts on performance issues that could affect productivity or customer interactions. **End Users (Individual Consumers)**: Individual users benefit from Qualoo's clear insights into their personal internet performance and ISP service quality. Qualoo elucidates home network issues, app service performance, and global reach, providing reasons for intermittent problems and quality comparisons with nearby and global ISPs. Node operators also gain visibility into their earnings, rewards, and their data's contribution to a better internet. **Hardware Suppliers to the Telecommunications Industry**: These clients leverage Qualoo for optimizing hardware setup/configuration, benchmarking against competitors, testing interoperability, managing software and firmware updates, and providing customer support and maintenance. **Service Providers to the Telecommunications Industry**: Third-party service providers utilize Qualoo's real-time or historical data to track global trends, analyze digital states of regions or providers, prioritize actions, and evaluate the impact of their services. With such a diverse range of use cases, Qualoo has the potential to be a significant player in the telecommunications industry, providing valuable data and insights that can help to improve internet performance and connectivity for all users. # Target State ### Exploring Qualoo's role in fostering global transparency and accountability for the internet, and its profound impact on digital humanity. The internet is not only the largest network ever constructed, but it's also a critical communication tool, bringing us closer in near real-time regardless of geographical location. As we evolve towards a more digital and interconnected society, the demand for high-quality, high-speed internet becomes paramount, impacting both personal and economic dimensions of our lives. As we enter a new era of digital interconnectivity, the potential seems boundless. However, realizing this potential requires universal access to high-speed, affordable, and quality internet. Our reliance on digital services, both personal and economic, continues to escalate, making the quality of our internet connections increasingly crucial. This heightened dependency exposes online businesses and services to risks often beyond their control. With digital services worth nearly $1 trillion already delivered annually over the internet, issues like poor connectivity and coverage gaps can reduce customer reach and increase attrition, costing cloud and streaming service providers millions in customer retention and technical resources to address global internet provider-related problems. The Qualoo network stands at the forefront of internet management revolution with its user-driven, decentralized network of test nodes. Every stakeholder in the internet ecosystem, from an individual managing their home network to a tier-1 service provider interconnecting global internet regions, plays an essential role in maintaining the global internet's health. Stakeholders must not only understand their network's health but also how their actions affect the broader internet ecosystem. Achieving this comprehensive understanding is a step towards a truly connected global community. Qualoo simplifies this process by enabling each stakeholder to understand, in layman's terms, whether their part of the internet is functioning as intended. It provides mechanisms for stakeholders to demonstrate their network's quality and instantly report and diagnose new issues, identifying the source and responsible party for resolution. This revolutionary approach fosters transparency and accountability among stakeholders, potentially saving millions for internet providers by eliminating trial-and-error solutions and needless engineering visits. Furthermore, it optimizes capex and investment in global networks, enabling data-driven decisions after quick network optimizations. ### **Reporting global performance for internet stakeholders** Qualoo will offer a live view to display the performance of major internet stakeholders, such as service providers, as well as overall performance across entire countries and regions. This snapshot of quality, informed by data from the Qualoo network, will determine whether issues are isolated to user networks or related to widespread problems reported by various service providers. It will cover congestion, service throttling, blocked services, and network faults that impact multiple subscriber groups. Trends and historical data will be readily visible, revealing whether a network or region's connectivity is improving, declining, or facing long-term instability. Such insights are vital for assessing overall internet health and the ability to deliver services in specific regions. For a more detailed view, Qualoo's tiered subscription packages, priced in Fiat, offer rich, real-time data. These include probable root cause identification, future experience predictions, and insights into where network investment is needed. Each package is tailored and priced according to client segment and use case. Harnessing the wealth of insights and data gleaned from the Qualoo network, we'll actively engage with various stakeholders to enhance the overall health of the internet and encourage increased participation within the Qualoo network. ### Use of Qualoo's Proof of Quality for consumer protection and new payment structures**.** Qualoo's revolutionary concept of Proof of Quality serves multiple roles within the network and beyond. We envision a future where the Qualoo network is instrumental in validating experience quality and SLA consistency, customer billing, and subscription services. But that's not all - the Qualoo network doesn't just verify service quality, it can also issue NFTs or certificates to high-performing providers or those meeting baseline standards. These could be tied to smart contracts and a dynamic payment mechanism where service quality directly impacts the provider's compensation from users. Studies show that many consumers would be willing to pay more to their ISP for improved connection speeds for both their fixed/broadband connection and mobile services ([source](https://www.oliverwyman.com/our-expertise/insights/2020/nov/what-telco-consumers-are-prioritizing-.html)). Such a setup not only safeguards consumers but also incentivizes service providers to maintain superior networks, address problems swiftly, and create a unique competitive edge in markets where experience quality is crucial. This strategy could solve the prevalent problem of consumers being stuck in lengthy broadband contracts with substandard service. Customers can ask for Qualoo quality assurance, and providers who adopt it are likely to be seen more favorably, attracting more subscribers. Plus, with Qualoo's advanced insights, these providers can optimize their network and cut operational costs - making it a win-win for everyone involved. # Qualoo Economy
The ecosystem wherein Qualoo's platform operates is essentially a dual-sided marketplace, comprising two distinct groups. For the platform to be effective, there needs to be balanced incentives for both sides. **Supply:** The supply side comprises Test Network participants who voluntarily contribute their resources. Attracting these participants to the Qualoo ecosystem necessitates addressing any potential barriers they may face. Once they are part of the ecosystem, keeping their involvement necessitates little effort, but continuous value must be consistently demonstrated to maintain their long-term engagement. As such, a blend of short-term and long-term incentives must be implemented to attract and sustain a wide range of participants. **Demand:** On the demand side, we have client segments who pay for the platform's services. These clients must receive ample value from the platform to warrant their continued investment. They need precise data, insightful analytics that are easy to understand, and a user-friendly interface, among other things. The subsequent sections will delve into how these forces come into play. # Qualoo Economy Design Principles The design of the Qualoo Economy adheres to the following key principles: * **Equilibrium**: The system encourages a balanced two-sided marketplace, where value provided by the supply side is rewarded proportionately. * **Decentralization**: The economy is structured to promote diverse participation and prevent reward and control consolidation within a limited group. * **Scalability**: The platform and its ecosystem should expand sustainably on both sides. As the platform evolves, it becomes feasible to implement more sophisticated procedures and mechanisms that were initially less practical. * **Simplicity**: The design of various components should prioritize simplicity while adhering to other principles, avoiding unnecessary complexity. # Key economic activities The Qualoo Economy is driven by key activities including: * **Standard Testing**: Regular connectivity tests are carried out by the Test Network, generating valuable data and insights which form the core products offered by Qualoo. Revenue from these products is used to incentivize the network participants responsible for the tests. * **Custom Testing**: For clients with specific requirements, customized tests are available. The revenue from these tests is used to reward the participants who performed them. * **Token Allocation**: A proportion of QXT tokens are set aside to incentivize users to set up Test Nodes and conduct connectivity tests, contributing to the growth of the Qualoo ecosystem and Test Network. Key aspects of token allocation include: * **Airdrops**: This allocation is primarily used to motivate users to install Test Nodes, with a subset reserved for rewarding network participants for conducting connectivity tests. * **Ecosystem Rewards**: This allocation encourages network participants to carry out connectivity tests. # QXT Token Utility **Token Overview**\ The Qualoo Experience Token (QXT) is the fungible token serving as the primary driver of value in the Qualoo ecosystem. This token has several functions and is integrated primarily into the consumer end-user facing side of the business. * **Payment for Partner Services**: QXT tokens can also be used for payment of services provided by Qualoo partners. * **Testing Access**: QXT token holders have the opportunity to take part in Qualoo's standard and custom testing processes, earning further rewards. * **Payment for Services**: QXT tokens can be used to pay for services offered by Qualoo. * **Community Access**: Token holders gain access to status within the Qualoo community. * **Staking**: By staking QXT tokens, holders can earn additional yields and share of Qualoo revenues by staking their token and keeping it in the Qualoo ecosystem longer. As the ecosystem evolves, new utility use cases will emerge. \ **Token Use Cases** \ **1. Rewards Mechanism**\ Users are incentivized to install Fixed Node devices and the Qualoo application on mobile\ and IoT devices through rewards mechanisms and access models. Fixed Node token rewards must allow enough incentive to onboard the minimum viable number of users to ensure adequate network coverage. These users will then be converted into registered participants on the platform or mobile app, where user retention focuses on the value provided by premium application services and features. Free mobile users will have access to features targeted towards a general economic agent profile while offering incentives to convert into premium users. \ **2. Access Model and Payment Barrier**\ The QXT token will not only serve as an incentive mechanism for data provisioning but will be\ integrated into various access models and payment barriers for both the Free and Premium\ versions of the application and platform. This will create an incentive for users to collect, hold, and\ spend the cryptocurrency, which will bring long-term value accrual to the asset for early financial\ backers. \ **3. Proof-of-Network-Contribution (PoNC)**\ Fixed Node operators that accrue token rewards demonstrate financial and emotional investment\ into the ecosystem and overall network health of their network vendor and Qualoo’s global network\ in general. This balance, therefore, serves as an effective metric in measuring participants\ contributions. Qualoo can prioritize these users by granting them exclusive rights and access to\ valuable services that align with their economic agent profiles. \ **Proof-of-Network-Contribution (PoNC)** \ The product economy allows token accrual in users' registered accounts in exchange for a\ number of different contributions. Many of these contributions involve data provisioning for the test network or contributing to network mapping efforts to create more accurate measurements of public network performance and reliability. Users that contribute information and data through diagnostics tests or node operation receive fungible tokens in exchange, which are deposited into a custodial contract. Each user account will have access to their PoNC tokens only accessible by connecting their registered wallet. The simple metric of token accrual in each individual’s account measures their contribution and investment to the network efficiency and improvement of the Qualoo ecosystem. This metric can therefore be used to identify power users and target them specifically for exclusive benefits. These benefits may include \ • Access to exclusive features on the mobile, desktop, and IoT applications\ • Special promotions by ISP and Telecom providers\ • Prioritized access to submitting customer service inquiries to their ISP or Telecom\ Network provider\ • Participation in community-based initiatives launched by their ISP or Telecom Network\ provider \ **Rewards Replenishment Function**\ • Qualoo is dedicated to reallocating revenue from both Mobile Application subscriptions\ and service revenues from Telecom and ISP clients to a token buyback and lockup program. \ • A dedicated revenue reallocation to rewards replenishment will ensure that the token\ economy can be sustained as Qualoo expands its network of Fixed Nodes across global\ markets. This will also ensure investors see value accrual for their early financial\ backing. \ • A portion of mobile platform revenues through premium subscriptions and in-app purchases will\ be automatically converted into the $QXT token and locked in a rewards replenishment\ smart contract, along with a 10% baseline portion of client-facing service revenue. The\ tokens will be released aligning with the business development expansion plan to\ ensure ecosystem rewards are sustained as the network grows. \ **Non-Fungible Identifier Overview**\ Qualoo leverages NFT identifiers for all Fixed Test Node devices. Users are required to provide\ some hardware and network information on the Qualoo platform when registering their device\ and installing it on their network. Fixed Node operators must also elect to accrue\ cryptocurrency rewards for node operation, or forego rewards for recurring Premium\ Subscription on the platform.
If users elect to accrue token rewards, they must provide a decentralized wallet address that\ will be whitelisted to claim their accumulating rewards. After registration, an NFT identifier\ corresponding to their specific Fixed Node Device is sent to their designated wallet address.\ This NFT serves as a certificate of authentication, denoting the device was successfully\ registered to the intended user, the device is actively connected, and the user is eligible to\ accrue token rewards. The NFT is also used for logging into rewards claiming function, where\ the designated wallet address must be holding the NFT to redeem tokens granted to the\ registered account holder.
The added layer of the NFT identifier allows account authentication without the need to\ collect personal identifying information while buffering Qualoo from regulations that may\ hinder reward distribution.\
# Test Rewards Design
### Overview Participants in the Test Network conducting tests are entitled to both financial and non-financial incentives. This section elucidates the ways in which users can earn financial rewards in the form of QXT tokens. ### Rewards pools Two main reward categories exist: standard testing and custom testing. Each category is funded separately, and while the beneficiaries might overlap, they are not identical. Custom testing reward recipients constitute a subset of the larger group of standard testing reward recipients. There is no reward pool for airdrops as their distribution to Test Network participants aligns with Qualoo's marketing activities and roadmap. ### Standard testing rewards pool The standard testing rewards pool receives allocations from two sources: the ecosystem rewards allocation and client revenue accrued from standard products. Initially, the ecosystem rewards allocation predominantly fuels this pool, but client revenue will take precedence as demand escalates over time. #### Ecosystem rewards allocation The release of the ecosystem rewards allocation is steered by two factors: * **Baseline release**: This is based on a simple exponential decay model with a three year half-life. * **Scaling factor**: This factor, which takes the ecosystem's growth into account, is applied on top of the baseline. The scaling factor adjusts rewards downward initially when the number of network participants is low. As the ecosystem expands, the release schedule factoring in the scaling factor converges to the baseline release schedule. #### Client revenue (Standard Products) Client revenue paid to Qualoo is employed to fund ecosystem rewards, influenced by multiple underlying mechanisms: * **Client cashflow**: Specifically it is client payment flows received by Qualoo within a period of time (e.g. month) that drive this portion of rewards * **Rewards Replenishment:** Upon receiving payment from clients, a predetermined percentage of revenues are redistributed into the ecosystem. This percentage can never be lower than 10% but can be adjusted upwards. * **Secondary Market Token Purchase**: This shared revenue is then used to buy tokens on the secondary market, which are allocated to various ecosystem benefits: * **Staking Rewards**: Some tokens are set aside for staking rewards (approximately 80%) * **Token Rewards**: These tokens contribute to the Standard testing rewards pool. ### Custom testing rewards pool The custom testing rewards pool is exclusively financed by the revenue clients provide for custom tests. This pool is not singular; it consists of several sub-pools, each differentiated based on the respective custom tests. Here, the Network Allocation Factor plays a role, wherein a specified portion of the revenue is shared with the Test Network participants involved in those tests. This allocated revenue is used to purchase QXT tokens on the secondary market, which are then added to the Custom testing rewards pool. ### Distribution of rewards to network participants #### Standard testing rewards On a regular basis, rewards are made open for network participants to claim. The guiding principle is that participants should be compensated based on the value they contribute to the network. Therefore, several factors influence individual allocations for standard testing rewards: * **Location**: High-priority and underserved regions receive greater rewards. * **Test Node Type**: Fixed Test Nodes receive larger rewards than Mobile Test Nodes. * **Data Submissions**: Users consistently submitting data more frequently earn more rewards. * **Connectivity Test Types Performed**: More challenging tests (e.g., bandwidth) are given higher rewards. * **Ecosystem Participation**: Active participants in the ecosystem (e.g., long-term stakers) receive enhanced rewards. Each month, each Test Node is given a performance score reflecting its contribution and offered guidance for future improvements. Users who fail to meet a minimum participation threshold will not be eligible for token rewards (e.g., a user whose Test Node submits only one set of test results in a month). Participants with high performance scores have an added advantage that they have a higher likelihood to be chosen for custom testing rewards. #### Custom testing rewards Fewer factors are taken into account when allocating tokens for custom testing. Rewards are mainly distributed based on Test Node type, the number of data submissions, and the types of connectivity tests performed. ### Token rewards prior to token generation event (TGE) Participants in the Test Network can start earning rewards even before the Token Generation Event (TGE). These rewards come in the form of **QXT Points**, which serve two key purposes: 1. **Contribution Metric**: QXT Points track and measure each participant's level of contribution to the network. 2. **Airdrop Eligibility**: After the TGE, these points will be used to determine airdrop allocations, rewarding early contributors for their efforts and engagement. This system incentivizes active participation and ensures that early supporters are recognized and rewarded in proportion to their contributions. # Token Allocation Qualoo has established a hard cap of 500 million QXT tokens, ensuring a measured and sustainable distribution approach. This allocation has been carefully structured to support our diverse ecosystem and achieve our mission of democratizing the internet's performance evaluation.
**Seed/Private/Strategic Sales:** For pre-public investors interested in investing in an ecosystem asset backed by the strong fundamentals of the team and product that should appreciate with greater user acquisition due to strong token use case. **Public Sale:** These tokens are available for the public to purchase via the Qualoo website. **Liquidity:** These tokens are reserved for providing liquidity across both Decentralized Exchanges (DEXs) and Centralized Exchanges (CEXs). **Ecosystem Rewards and Infrastructure:** Tokens used for rewards distribution primarily to Fixed Test Node operators set up Qualoo network infrastructure. These rewards will incentivize users to install nodes on various networks across regions and begin traffic monitoring. **Ecosystem Partnerships:** Tokens reserved for infrastructure partners that can supplement or boost Qualoo network development. These partners include network server companies, telecommunication access point hosts, etc. **Marketing & Promotion:** Tokens used to incentivize mobile node operators to perform event-based diagnostics tests and improve network coverage in areas that require mapping or updating. **Team:** Tokens reserved for the founding team and used to supplement compensation packages to extend the startup runway **Advisors:** Tokens reserved for the board of advisors to onboard expertise and partnerships that can facilitate early-stage growth. # Token Circulation
The QXT token release schedule is deliberately spread over an extended timeframe, reflecting our commitment to stability and long-term value creation. We have instituted generous vesting periods for all stakeholders, a move that underscores our dedication to long-term success and sustained community engagement. Ecosystem rewards represent an essential component of our distribution strategy ensuring a steady stream of incentives for continued engagement and support of the network, reinforcing the project's durability and fostering a growth-oriented community dedicated to the Qualoo mission. # Blockchain # Interactions with Blockchain The main types of interactions with the blockchain occurring within the Qualoo ecosystem include the following: **Confirmation of data submission:** Each time a Test Node submits data and it gets validated, a checksum (a compact summary) of the data is created and then written to the blockchain. This ensures verifiability for data collection. **Certificates of quality:** As the network matures, Qualoo will start assessing various Internet Service Providers (ISPs) for their service quality. Top performers will be awarded certificates of quality, which will be recorded on the blockchain. This provides a transparent and tamper-proof record of their achievements, lending additional credibility to these ISPs. **QXT smart contract deployment:** The QXT token smart contract will be deployed to the blockchain prior to the Token Generation Event (TGE). The smart contract will outline the rules and operations for the QXT token, including aspects such as transfer of tokens, balance checks, and token minting. **Minting QXT:** QXT tokens will be created or "minted" in line with our vesting schedule spanning multiple years. This process is performed on the blockchain, ensuring transparency and verifiability. **QXT Transactions:** Transactions involving the transfer of QXT tokens between parties on the secondary market are recorded on the blockchain. Each transaction is secure, transparent, and permanently recorded. **Minting NFTs:** Qualoo will mint Non-Fungible Tokens (NFTs) for various purposes, such community building. Each NFT is unique and can represent ownership of a specific item or achievement within the Qualoo community. As with QXT tokens, the creation and ownership of these NFTs will be recorded on the blockchain. # Rationale for using blockchain Our decision to use blockchain is driven by our commitment to providing the best possible infrastructure for our users. By exploring these solutions, we aim to optimize scalability, efficiency, compatibility, security, interoperability, and community engagement. Scalability and Efficiency: Blockchain offer enhanced transaction throughput and reduced costs, enabling our users to interact with our platform more frequently and at a lower expense. This scalability ensures a seamless and efficient user experience, promoting widespread adoption. Compatibility: By leveraging blockchain, we simplify development processes and foster faster innovation. This compatibility enables us to tap into a pool of skilled developers, accelerating our progress while maintaining the utmost security standards. Security: Blockchains inherit the robust security features of Ethereum's mainnet, providing a solid foundation for our platform. With proven resilience and a trusted network, we can ensure the safety and integrity of our users' data and transactions. Interoperability: By integrating with the broader blockchain industry, our project gains access to a vast network of other DePIN projects decentralized finance (DeFi) projects, wallets, and services. This interoperability opens up exciting possibilities for seamless integrations and collaboration with other industry players, further enhancing the value we offer to our users. Community and Innovation: Blockchain and the wider web3 communities are renowned for active engagement and constant innovation. By aligning ourselves with web3 communities, we position our project at the forefront of cutting-edge advancements, fostering collaboration and shared growth opportunities. In conclusion, the integration of blockchain within the Qualoo ecosystem signifies our commitment to delivering scalability, security, compatibility, interoperability, and community-driven innovation. By selecting the optimal solution, we are confident in our ability to provide substantial value to our users while propelling the growth and success of our project. # Qualoo Foundation The Qualoo Foundation, operating separately from the core Qualoo project, serves as the philanthropic arm of the project, committed to advancing internet accessibility and quality worldwide, particularly in underserved regions. Here are some principles outlining the foundation's operations: 1. **Financial Autonomy**: The Qualoo Foundation maintains financial autonomy from Qualoo, ensuring a clear separation of funds. This distinction helps to uphold the foundation's dedicated focus on charitable work and maintains transparency in operations. 2. **Funding Mechanism**: The foundation will receive funding from Qualoo over time. A percentage of Qualoo's revenue will be allocated to the foundation. The exact percentage is yet to be finalized and will be decided in a manner that ensures adequate support for the foundation's work while maintaining the financial health and growth of Qualoo. 3. **Global Internet Improvement**: The primary objective of the Qualoo Foundation is to contribute to the global cause of improving internet access and quality. This involves providing resources, support, and advocacy to drive progress in this area. 4. **Focus on Underserved Areas**: The foundation prioritizes efforts in regions that are typically underserved in terms of internet access and quality. The goal is to bridge the digital divide and promote equal opportunities for everyone to benefit from online resources and opportunities. 5. **Collaboration**: To maximize the impact of its efforts, the Qualoo Foundation aims to collaborate with various stakeholders. This includes non-governmental organizations (NGOs), intergovernmental organizations (IGOs), and private sector entities committed to the same cause. By working together, the foundation aims to amplify its contributions towards enhancing global internet accessibility and quality. These principles guide the foundation in its mission, ensuring a focus on meaningful charitable work while maintaining transparent and effective operations. # Qualoo Green Impact Sustainability & Environment How Qualoo helps internet stakeholders' meet their sustainability goals and has a positive impact on the environment #### The global telecoms industry, one of the pillars of our increasingly digital society, annually generates around 53.6 million metric tons of electronic waste, or 'e-waste' (as of 2021) and this figure is predicted to grow to 74.7 million metric tons by 2030 [source](https://www.statista.com/statistics/1067081/generation-electronic-waste-globally-forecast/) This environmental challenge doesn't solely arise from discarded, end-of-life telecom equipment, but also from hasty, uninformed decisions to replace functioning equipment. Technicians often resort to this measure when they struggle to pinpoint the root cause of intermittent service issues. Such uncalculated equipment replacements not only contribute significantly to the e-waste problem but also propagate the carbon footprint associated with technician visitations, commonly known as 'truck rolls.' The ICT sector is now responsible for 3 to 4% of global CO2 emissions, about twice the level of the much more heavily scrutinized aviation sector. And with global data use estimated to grow 60% this year, the industry could be responsible for up to 14% of global CO2 emissions by 2040 unless significant steps are taken to lower the environmental impact of telco and communication technology companies, according to a recent report: [source](https://www.bcg.com/publications/2021/building-sustainable-telecommunications-companies) These truck rolls are not limited to troubleshooting sessions. When a user's dissatisfaction escalates due to unresolved issues, they are likely to cancel their current service – a churn event. This scenario leads to the original provider losing a customer and a new provider stepping in. This switch again triggers a truck roll to connect the customer to the new service, perpetuating the cycle of carbon emissions. Yet, there is no assurance that the new provider will offer a more stable service, implying a potential repetition of the entire cycle! Thus, this cycle of inefficient service provision and reactive customer behavior heightens both the industry's environmental footprint and the financial burden it carries. Depending on where you are globally the average truck roll can cost as much as 1,000 USD and contributing significantly to carbon emissions, this is an environmental and financial burden that demands attention. The Qualoo network, designed with efficiency and sustainability at its core, is set to disrupt these wasteful practices. Its data-driven approach to internet operations and maintenance reduces the need for technician visits, curbs unnecessary hardware changes, and contributes to a greener, more sustainable telecoms industry. Qualoo’s sophisticated diagnostics and real-time notifications empower technicians to identify network issues remotely, quickly and accurately. This combined with greater transparency and accountability globally through Qualoo insights and proof of quality data available to other stakeholders and interested parties ensures pressure will be felt to solve problems and invest rather than pass blame and let issues simmer for months or years. This not only helps maintain customer focus with improved quality of experience but also drastically cuts down on repeat technician visits, reducing the associated carbon emissions and helping to mitigate climate change. Moreover, the transparency provided by Qualoo aids end-users in discerning whether a problem originates within their own office or home network. This encourages a self-reliant culture, minimizes undue blame on Internet Service Providers (ISPs), and further eliminates unnecessary equipment replacements and technician visits. By disrupting the cycle of arbitrary hardware changes during intermittent issue investigations, Qualoo significantly decreases e-waste production. When the habitual technician visits and provider switches add to the growing environmental concerns, Qualoo’s solution offers a crucial lifeline. Qualoo's insights also help guide targeted and efficient investment in network infrastructure. when ISPs and investors, informed by Qualoo's data focus on necessary upgrades only this circumvents further waste generated by replacing functioning ICT or telecom equipment, further helping to optimize investment and reduce unnecessary waste. With a global implementation, the Qualoo network has the potential to dramatically reduce the telecoms industry's environmental footprint. It not only enables operators to meet their sustainability goals more effectively, but it also turns cost centers into eco-conscious solutions. In a world where digital advancement often exacerbates environmental issues, Qualoo aims to rewrite the narrative. It's not just about revolutionizing the internet; it's about doing so sustainably. With Qualoo, we can look forward to a future where seamless connectivity and environmental responsibility are two sides of the same coin. # The Future Qualoo envisions a future as a pivotal game-changer in the global telecoms sector, propelling the edge of innovation and accessibility. Our initial attention is directed towards Internet Service Providers (ISPs) and telecommunications regulators, delivering an optimized range of services that respond effectively to these essential stakeholders. This includes data and actionable insights to inform strategic decisions, enhance service quality, and promote better regulatory practices. Our strategy anchors first in the ASEAN region. This is not a limit but a strategic start, enabling us to leverage local expertise and forge strong alliances with regional stakeholders. A firm footing in ASEAN sets us up for a broader global expansion in subsequent phases. After solidifying our ASEAN footprint, we plan to scale Qualoo's presence progressively into new territories, client segments, and service offerings. The Qualoo network is poised to become an indispensable tool for the entire internet industry, providing round-the-clock diagnostic capabilities powered by a network of users running Qualoo nodes worldwide. This democratizes internet monitoring, saving operators millions while slashing the time taken to gather insights and resolve issues. As the network grows, Qualoo nodes will permeate the internet landscape, continually conducting performance tests globally. The data collected and the insights generated opens up a host of opportunities. We see the potential for a blockchain overflowing with valuable data that could be the foundation for a multitude of decentralized applications (DApps). These DApps could use the unique telecoms data to devise solutions for numerous digital challenges. Additionally, we envisage a channel for paid surveys, connecting telcos directly with customers for valuable feedback. This function could generate revenue for the network while providing telcos with direct access to crucial consumer perspectives. Our vision for Qualoo is audacious, agile, and forward-thinking, unfettered by today's boundaries. We see Qualoo as a linchpin in the telecoms future, empowering users, and fostering a more connected, inclusive digital society. The adventure has just begun, and the potential is boundless.