WeatherXM

WeatherXM is pioneering a decentralized weather station network that allows anyone to contribute weather data from their own stations, earning $WXM rewards in return. This innovative approach raises a critical question: how can users trust the accuracy of data collected from stations set up by strangers? To address this concern, WeatherXM has developed a technology called Solar Obstacle Detection (SOD), which utilizes solar irradiance to verify the quality of the data collected. This method ensures that the stations are properly installed and functioning, providing a reliable source of weather information. SOD operates by comparing the theoretical solar irradiance curve, which is predictable based on the Earth's movements and the Sun's position, with the actual measurements taken by the WeatherXM stations. This comparison allows the system to detect if a station is oriented correctly, standing vertically, or if it is obstructed by nearby structures. While the concept seems straightforward, real-world complexities, such as geographical features like mountains, can affect solar readings. WeatherXM's team has developed a model that accounts for these factors, enabling accurate predictions of solar irradiance for any given location and time. The implementation of SOD is set to revolutionize WeatherXM's network by enhancing data quality assessments and optimizing station setups. This technology not only helps identify and penalize poorly installed stations but also rewards those that provide accurate data. Furthermore, SOD will play a crucial role in the Quality of Data (QoD) scoring system, which will be integrated into WeatherXM's reward mechanism. By leveraging blockchain technology, WeatherXM aims to create a trustless environment where users can rely on the data collected, emphasizing that they can trust the Sun as a source of verification.

In Q3 2024, the WeatherXM ecosystem made significant strides following the successful launch of the $WXM token in Q2. The SwissBorg-Alpha Project, which funded the deployment of 2,270 weather stations in the Global South, kicked off its first installations. Notably, a weather station was set up in Xochimilco, Mexico, documented by local partner SensorETA, showcasing the project's potential to impact communities positively. The team is enthusiastic about the project's future and its capacity to enhance weather data accessibility in underserved regions. During the Paris Olympics 2024, WeatherXM deployed 40 weather stations as part of a research initiative to analyze weather conditions' effects on athletes. This project aims to develop real-time tools that leverage weather data to optimize athlete performance. Additionally, the introduction of the D1 WiFi station marked a significant upgrade from the previous M5 model, featuring enhanced RF performance, improved GPS capabilities, and stronger security through the new ESP32S3 chip. This upgrade reflects WeatherXM's commitment to advancing meteorological technology. The team also participated in the Meteorological Tech World Expo in Vienna, where they showcased their innovative products and engaged with industry professionals. The association reported that since the token launch, over 2.5 million $WXM have been awarded to station owners, validating the reward mechanism's effectiveness. Furthermore, $350,000 in onboarding fees were collected for new stations, and plans to increase $WXM liquidity on Uniswap were announced. With a successful commercial data auction and continuous app updates, WeatherXM is poised for further growth and innovation in the coming months.

IoTeX has introduced a novel approach in decentralized physical infrastructure networks (DePins) called the Modular DePin Infrastructure, which aims to redefine the creation and functionality of Web3 technologies. This innovation is more efficient and cost-effective compared to traditional infrastructures. The Modular DePin Infrastructure addresses the challenges faced by DePin startups, such as limited funding and technical difficulties, by offering a flexible and community-driven framework. The infrastructure's modular design allows for the assembly of customized applications through various modules, such as hardware abstraction, connectivity, sequencer, data availability, long-term storage, off-chain computing, blockchain, identity, and governance. Developers can select and combine these modules based on their project's specific needs, providing unparalleled adaptability. The modular system's flexibility supports the development of a wide range of DePin applications, including sensor networks, connectivity networks, and computing networks. Significant DePin projects like DIMO, Hivemapper (HONEY), WeatherXM, Helium, Nodle (NODL), Wicrypt (WNT), Render Network (RNDR), and Akash Network (AKT) exemplify the successful application of this modular infrastructure. The connectivity module explores wireless communication techniques to enhance connections within Web3 networks, incorporating technologies like Bluetooth, LoRaWAN, WiFi, and 5G. The sequencer and data availability modules have been adapted from existing solutions to better suit DePin applications, while long-term storage solutions like Filecoin (FIL) and Arweave (AR) meet these applications' storage needs. Blockchain platforms such as Ethereum (ETH), IoTeX, and Solana (SOL) provide essential infrastructure for development.

Discover the top DePIN crypto mining projects for June 2024, designed to maximize passive income and crypto investments. DePIN, or Decentralized Physical Infrastructure Networks, integrates blockchain with physical systems, set to thrive in the upcoming bull market. Dive into the top 10 projects and their respective discount codes to accelerate your DePIN journey. **GEODNET**: A web3.0 blockchain-based RTK Network that enhances GPS accuracy for AI-based autonomous systems. With an estimated monthly earning of $430 and a break-even ROI in 45 days, GEODNET is accessible with just an elevated outdoor spot. **NATIX**: Mobilize your car to contribute to a decentralized dynamic map of the world, incentivizing users to map their surroundings for smart-city applications. **DIMO**: Aims to create a human-centric connected mobility ecosystem, where developers innovate freely, and privacy coexists with progress. **Soarchain**: A Layer 1 Network fostering a decentralized ecosystem for the mobility industry, offering instant ROI post airdrops. **WeatherXM**: A community-driven weather network rewarding weather station owners and providing accurate services to various entities. **Fry Foundation**: Built on the Algorand ecosystem, FrysCrypto aims to accelerate mainstream crypto adoption while reducing e-waste. **UpRock**: Contribute to AI discoveries by simply using your phone, earning rewards in the process. **Grass**: Monetize your unused internet bandwidth without compromising privacy, contributing to the growth of AI. **Silencio**: A network rewarding users for hyper-local noise pollution data, aiming to become the world's largest citizen science project. **Hivemapper**: Create the world's freshest decentralized map with transparent incentives, using just your phone and car. Explore each project's mission, requirements, and potential earnings to find the best fit for your DePIN crypto mining endeavors. Remember, this list is a guide to help you maximize your investments and passive income ambitions. For further insights, refer to the DePIN sector map from Messari. Please note that this is not financial advice; always conduct your own research.