Plugin-Ambient Weather Partnership: Empowering Today’s Society with Smart, Reliable Weather Systems

The global climate is changing rapidly compared to the pace at which natural changes have occurred in the past. And with climatic changes, previously unseen events that can disrupt many daily operations in society are becoming very common.

For example, global temperatures rose by about 1.8 degrees Fahrenheit between 1901 and 2016. Higher temperatures are exacerbated and cause various types of disasters such as heat waves, storms, floods, droughts, etc. Warmer climates also create atmospheres that gather and hold, shed more moisture, and change weather patterns in such a way that wet areas become wetter and dry areas become drier. Increasing droughts, severe flooding, and storms are causing many public health and safety concerns.

In addition, the increased unpredictability of weather patterns poses risks to many weather-dependent activities – including but not limited to agriculture, travel, education, sports, etc. The unpredictability of the weather poses significant challenges to populations globally.

While unpredictable weather is a threat to daily activities, it’s not all doom and gloom. Unique partnerships that leverage intelligent weather forecasting and decentralized data transmission protocols make it possible to initiate technologies that can indicate weather changes or any related events in real time. Innovations give stakeholders the ability to check weather patterns that may affect their activities, further improving how society reacts to ever-changing weather conditions.

To highlight the importance of unique partnerships in unlocking the potential of smart weather management systems, let’s look at the recently completed Plugin-Ambient Weather Partnership and why it is important.

Ocean Weather Partnership Plug-in: Why it matters

With the demand for accurate weather forecasts increasing in daily activities, Plugin-Ambient’s weather partnership provides users with more choices in terms of smart weather stations for homes, businesses, farms and more. Additionally, the partnership provides network members with an option to become data providers.

As Ambient Weather is available globally, the partnership allows users of Ambient Weather smart weather stations to participate in weather data collection and claim the rewards contained therein.

It should be noted that the basic criteria that a user needs to meet in order to participate if using the WFN plugin as a data provider include; Having uninterrupted power and Wi-Fi, and an outdoor space to install a surrounding weather station. These prerequisites ensure that data is transmitted smoothly via a certified perimeter sensor.

Plugin – Ocean Weather Partnership: How Users Can Participate

Individuals or organizations interested in smart weather systems who wish to be part of the Plugin WFN project must purchase first Ambient Weather. When acquiring and installing the smart weather forecast station, the user should go ahead and connect their devices to the plugin portal. The Registration process It includes creating an ‘application key’ and an ‘apikey’ to register the new device.

When creating the appropriate API keys for their devices, users will have to check if their sensors are transmitting data to the portal. Then, users will be asked to send their device’s app key, apikey, latitude, longitude, country, state, city, zip code and wallet address to the plugin portal. If the data is satisfactory, the team plugin will approve the user node.

Once approved, the user will be asked to share 1000 PLI and 5000 XDC to register as a data provider for Plugin WFN. After the storage is completed successfully, the user will receive an authorized WFN device ID for their node, allowing the user’s sensor to collect weather-related data for the Plugin WFN project. After that, the user can claim his reward for providing weather-related data.

Interested users can view Detailed step by step process here.

What are the potential benefits of the Plugin – Ambient Weather Partnership

Increase the usefulness of weather forecast data

Previously, weather intelligence systems relied on distributed radar and satellite systems to collect data. While the data was useful, it was general in nature, which limited its scope. In particular, this data lacked subtle, real-time aspects that help companies make more informed choices.

On the other hand, general weather forecasts from distributed radar systems produce raw data that is relatively expensive, confusing, and inaccessible to many end users. Raw data is often embedded within weather stations at airports, government agencies, and academic institutions. In addition, the data is released to the public via endpoints controlled by central organizations such as the National Oceanic and Atmospheric Administration (NOAA), the National Aeronautics and Space Administration (NASA), the World Meteorological Organization, etc. It is not in real time and may be complex, necessitating expert help to digest the data for normal end users.

However, the plugin partnership and Ambient Weather solve these problems. Through decentralized weather forecast sensors (made possible by smart ambient weather solutions), the plugin collects highly accurate cryptographically signed data before uploading it to the PLI blockchain. Thanks to the partnership, data users can verify the source of the data by checking the coordinates tagged with the data.

Furthermore, the decentralized, and highly trustworthy, nature of aggregated weather forecast data increases the accuracy, accessibility and usability of climate data. It also reduces climate data costs. The resulting ease of use and ease of access to high-accuracy and verifiable climate data gives autonomy to end users who were previously unable to obtain data and make appropriate decisions. Increased access to data opens opportunities for many use cases that take advantage of the diverse nature of climate data. Some unique examples include crop insurance and logistics.

The WFP and Ambient Weather partnership also unlocks benefits and synergies that have great potential for reducing climate-related impacts. Through highly accurate data and improved source, the partnership holds the key to unlocking efficiencies in agriculture, disease control, conservation, humanitarian and military operations, and mitigating climate-related challenges.

In agriculture, for example, the highly accurate data made possible by the partnership will help mitigate the challenges that burden the agricultural production system. It should be noted that the projections indicate that the agriculture sector will have to feed approximately 9.8 billion people by 2050. The growing population is accompanied by multiple adverse environmental impacts that have put significant pressures on the productivity of the previously assessed arable areas. These strains are expected to increase given the expected extreme weather conditions and increasing global warming effects.

However, food production systems can benefit from extremely fine and granular data — which the partnership between Plugin and Ambient weather benefits from.

For example, farmers and food providers can benefit from accurate and real-time climate data in a number of ways. In particular, having highly accurate data on weather patterns helps food producers make accurate decisions before, during and after their production cycles. With climate change requiring farmers and breeders to respond to changes faster and in smarter ways, data-driven decentralization of weather forecasting (as described in the Plugin – Ambient Weather Partnership) can improve forecasts and improve breed selection in a dynamic production setting. Improvements in strain selection will increase productivity.

On the other hand, decentralized data collected via Ambient’s weather sensors has the potential to improve humanitarian and national security issues related to climate change. With natural disasters increasing and displacing large numbers of people, national security agencies in various countries have to rely on smart and high-resolution data to improve their response to adverse weather events.

In the recent horrific floods in South Asia, for example, the highly accurate data collected by Plugin could help key stakeholders improve preparedness and response to such disasters. Specifically, high-resolution data available in real time can allow security agencies to allocate resources (food supplies, manpower and equipment) where they are most needed before, during and after a natural disaster. Improved planning can help save lives and prevent the misuse of vital resources during such events.

Take care of the Sensor as a Service (SEaaS) model

Large networks of sensors are in use today. There are many possibilities in the data collected by these decade globally. Whether through weather stations that track atmospheric changes or shipping trackers, the SEaas model has the potential to create passive revenue streams as well as provide resources to critical organizations.

In this context, the Plugin-Ambient Weather partnership is pioneering the SEaaS space by leveraging the blockchain and remote sensors provided by ambient weather smart weather solutions. Through the partnership, users in the Ambient Weather Network can take advantage of the partnership to gain some benefits. On the other hand, the incentives provided and the automatic way in which the data is collected and transmitted ensure the accuracy and verifiability of the data collected by setting up the plugin and the ambient weather.

While the partnership unlocks the synergies associated with weather forecast data, it also highlights the potential that solutions utilizing blockchain-based smart contracts and decentralized data nodes have. It also highlights the possibilities that decentralized and blockchain data providers can achieve by ensuring that data can be verified without central institutions checking and rechecking the data for accuracy.

Ultimately, SEaas’ vibrant space will help open up new economies and improve benefits for organizations, governments and society at large.

last thoughts

With increasingly changing and unpredictable weather patterns, more industries are facing previously unseen challenges. Some of these industries play very important roles in our society, and mitigating the climate impacts of this is critical. Although there are many solutions to climate change and its impacts, decentralized technology is at the forefront of providing sustainable outcomes.

In line with these views, the partnership between the plugin and Ambient Weather ensures accurate, verifiable and highly accurate climate data. The data, harnessed in real time, provides some important insights to guide vital activities in agriculture, disease control, humanitarian initiatives, conservation, etc. Intelligent climate weather data systems also open up a range of opportunities in a variety of weather-dependent industries

However, the Plugin-Ambient weather partnership makes significant contributions toward empowering today’s community with accurate and verifiable weather data.

For more information please visit the following links:

a). delivery in

B). Ambient weather

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