Skip to main content

Network vision

Network Vision: Understanding AquaSave’s Integrated System​

Overview​

  • Introduction to AquaSave’s Mission and Objectives

AquaSave stands at the forefront of water conservation, harnessing cutting-edge technology to create an efficient and cohesive network.

network vision

Our system synergizes various components to form a cohesive network aimed at monitoring and managing water usage more effectively. By leveraging real-time data collection, advanced processing, and user-centric interfaces, AquaSave empowers individuals and communities to actively participate in sustainable water management practices.

It's about empowering each person and community with the tools they need to make a tangible impact on preserving global water resources.    

  • Synergy of Components for Water Conservation

The AquaSave ecosystem is a tapestry of interlinked components, each integral to the conservation process.     Sophisticated sensors provide a granular view of water use, while advanced data centers handle the analytics, turning data into knowledge. This continuous stream of information flows seamlessly to user-friendly applications, delivering insights and control to the fingertips of users.     Through this synchronized system, AquaSave merges proactive water management with innovative technology, fostering informed decision-making for a greener tomorrow.

Components of the AquaSave Network​

  1. Sensors and Devices   The AquaSave network deploys an array of smart sensors and devices, each selected for its precision and reliability. These instruments are pivotal in the collection of diverse data points such as flow and temperature within both the sanitary and domestic hot water systems, capturing consumption patterns, pressure variances, and environmental factors.

AquaSave incorporates a range of specialized devices:

1.1 AquaBank

  • This device is the cornerstone of home water and energy savings. By regulating water flow within the domestic network, it provides real-time data on water quality and consumption, making it the first device we're rolling out in the AquaSave lineup.        
  • Currently in its final phase of development.    

1.2 AquaMeter  

  • The AquaMeter offers users a granular look at water usage. Its design is geared towards identifying leaks and measuring water pressure, which is pivotal for efficient water management and conservation efforts.
  • Next in line for development.

1.3 AquaSense  

  • For environmental monitoring, the AquaSense is unparalleled. It detects critical water parameters like dissolved oxygen, oxidation-reduction potential, pH, conductivity, and temperature, ensuring that the water quality remains optimal for use and conservation.
  • Next in line for development

These devices form an integrated network that not only collects data but also communicates with the AquaSave platform to enhance water conservation strategies across the board.  

  1. Data Processing Centers

  • Data Processing Centers are the computational hubs of the AquaSave system, where all data from sensors and devices across the network are collected and analyzed. These centers are equipped with state-of-the-art computing resources designed to manage and process large volumes of data, making them pivotal in the system’s ability to handle Big Data.

  • At these centers, sophisticated algorithms and machine learning techniques are employed to sift through and interpret the massive datasets. This data processing involves the use of artificial intelligence (AI) to extract actionable insights and detect complex patterns that human analysis could miss. The centers utilize AI to predict potential system inefficiencies and leaks, optimize water usage, and support proactive maintenance and strategic decision-making.

  • The integration of AI and Big Data capabilities ensures that AquaSave’s Data Processing Centers are not just repositories of information, but dynamic systems capable of learning and evolving. This helps in continuously improving water management strategies and operational efficiencies across the network.  

  1. User Interface   This section outlines the various interfaces provided by AquaSave to enhance user interaction and management of water resources. For detailed usage guides, please refer to the User Guides section.

3.1 AquaSave App

  • The AquaSave App provides a user-friendly interface designed to empower users with the tools they need for effective water management.   Available on both Android and iOS platforms, the app's intuitive layout and accessible features make it easy for users of all technical abilities to navigate, ensuring a wide accessibility across different devices.  
  • Through the app, users can interact directly with their water usage data. This includes:
  • Real-time information related to temperature and other important data collected by AquaBank, providing an intuitive and accessible interface for end-users, allowing them to stay informed about their water consumption and efficiency.
  • Historical statistics, displaying data based on past records stored in a specialized IoT cloud environment.
  • Scheduling features that allow users to program when they want their water to be heated, ensuring hot water availability according to their personal needs and schedules.

3.2 Map Explorer for Users

  • This feature allows users to visualize real-time and historical data on water usage across different geographies, publicly available from all devices registered on the blockchain.   The Map Explorer helps users understand broader water usage trends and their individual impact.

3.3 Dashboard Pro

  • An advanced version of the standard dashboard designed for institutions and companies. This dashboard offers enhanced analytical tools, deeper data insights, and more granular control over water management systems. Additionally, users can manage their water footprint certificates, allowing for detailed tracking and reporting of their water conservation efforts.
  1. Cloud Technology

  • Cloud technology plays a crucial role in the AquaSave system, providing a robust platform for secure data storage and management. Utilizing the cloud allows for the centralized collection and analysis of data from across the network. This technology ensures that all data, whether it's from AquaBank, AquaMeter, or AquaSense devices, is securely stored in highly protected data centers that employ advanced encryption methods to prevent unauthorized access.

  • The benefits of using cloud technology in the AquaSave system are manifold. Accessibility is one of the primary advantages; users and administrators can access data anytime and from anywhere, as long as they have internet connectivity. This accessibility enhances the flexibility and efficiency of managing water resources. Additionally, cloud security measures are top-notch, with continuous updates to safeguard against potential cyber threats and data breaches. These security protocols ensure that sensitive data related to water usage and management remains protected at all times.

  1. Blockchain Technology   AquaSave utilizes Solana's blockchain to enhance its water conservation efforts. This includes handling real-time data transactions and managing IoT devices efficiently. Solana's capabilities such as high transaction throughput, low costs, rapid confirmation times, scalability, sustainability, and a rich ecosystem make it an ideal choice for AquaSave's growing needs.       Uses of Solana in AquaSave:

  • AQC Token The AQC token incentivizes sustainable water usage. Users can earn, use, or trade these tokens, promoting an economy based on water conservation.

  • Device Registration   Devices within the AquaSave network are registered on the Solana blockchain, enhancing transaction security and ensuring verifiable connectivity for each device.

  • Rewarding Sustainable Consumption The "Proof of Sustainable Consumption" algorithm rewards users based on their water conservation efforts. Rewards are transparently recorded and distributed through Solana, encouraging ongoing sustainable practices.

  • Water Footprint Certificates Solana facilitates the issuance of water footprint certificates, which are immutable records that help validate and promote environmental sustainability.

Connectivity and Integration​

  • The AquaSave system exemplifies modern integration where multiple components, including IoT devices, the AquaSave app, data processing centers, and blockchain technology, interact seamlessly. This connectivity is supported by Solana's high-speed blockchain network, which facilitates real-time data exchange and synchronization across devices and platforms.

  • Each IoT device, such as AquaBank, AquaMeter, and AquaSense, is registered on the blockchain, ensuring secure and transparent data flow. This registration not only enhances data reliability but also ensures that each data point is traceable and verifiable against the blockchain ledger, enhancing security and trust.

  • Data collected by these devices is transmitted to our data processing centers, where it is analyzed and processed to extract actionable insights. These insights are then made accessible through various user interfaces such as the AquaSave app, Explorer Map, and Dashboard Pro. This multi-interface accessibility allows users to monitor their water usage, control settings, and receive real-time alerts on their mobile devices.

  • Integration with Solana blockchain technology facilitates the implementation of the AQC token and water footprint certificates. These certificates can be acquired by companies in a dedicated market to offset their water expenses, promoting financial and environmental accountability. This mechanism not only incentivizes sustainable behaviors by rewarding users for their conservation efforts but also fosters a proactive approach to water management and creates a community-driven reward system that enhances user engagement and loyalty.

  • Rewarding Data Contribution with Proof Of Sustainable Consumption. The algorithm plays a pivotal role in rewarding device owners for the value of the data generated by their devices. This algorithm calculates rewards based on the data stored and logs these rewards on the blockchain. By doing so, it not only recognizes but also compensates owners for their contributions to data-driven water conservation, ensuring that they are directly benefitted from sharing data that leads to more sustainable consumption practices.