Author: Blog Poster

Growing populations require increasing amounts of food, so farmers must become as efficient as possible with the resources they have. This means leveraging every tool available to avoid fluctuations in yield output by powering farms with smart technologies that give farmers instant access to accurate data about their operations. From soil-measuring IoT devices to solar-powered irrigation, digital transformation technologies provide the modern farming industry with tools to power growth and increase sustainability worldwide.

Subscribe now to learn how smart farming can lead to higher-yield, environmentally friendly operations and how you can get started with Microsoft Azure AI.

View: Save energy and resources with smart farming operations. Learn more about Microsoft Azure AI.

Without proper access to running water, farming can be a daunting task. Yet this is the reality that farmers must confront in some parts of Kenya. Such conditions severely limit their ability to increase their yields and secure a stable income for themselves and their family. To make matters more difficult, they also face the problem of a very short rainy season. This alone makes sustaining adequate water levels challenging, but it’s compounded by reliance on wells for irrigation.

In this video, you’ll see how Monica, an independent farmer in East Africa, has leveraged digital transformation to overcome these challenges. You’ll learn how IoT devices, solar energy, and Microsoft Azure can combine to sustain profitable farming operations, even in some of the harshest conditions on the planet.

To truly become a game-changer, artificial intelligence (AI) can’t be limited to a one-time effort. It requires a constant influx of data and the right expertise to teach machines how to analyze and react to user behaviors. This means that while immediate or short-term ROI from AI initiatives is a rare occurrence, when it does begin to pay off, the resulting innovations and efficiencies can drive an organization’s growth for years to come. Taking the time to analyze trends and establish the right vision for your organization’s AI roadmap is a critical but frequently overlooked step toward adopting this technology.

In this article, you’ll learn about five soon-to-be AI trends that are expected to influence this technology in a major way.

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Digital transformation and the Internet of Things (IoT) together have enabled businesses worldwide to gain deeper understanding of their customers. They’ve also allowed organizations to obtain data from previously untapped sources to better understand how processes can be optimized, but obtaining this data is only part of the equation. To transform massive amounts of raw information into meaningful insights, businesses must leverage machine learning and artificial intelligence (AI) capabilities that offer the flexibility and power they need.

In this infographic, you’ll learn about the four Microsoft guiding principles for AI that make Azure AI a top choice among today’s leading enterprises.

View: Microsoft’s four guiding principles for artificial intelligence

No one can control the weather, but thanks to increased adoption of IoT devices, farmers can now measure and control nearly every aspect of their holdings. Further, by using advanced platforms like Microsoft Azure IoT, farmers can use their mobile devices to get information and to control their operations from virtually anywhere in the world.

Subscribe now to learn more about how devices can leverage the power of Microsoft Azure IoT to enable smart farming and ensure productive oversight.

View: Increase oversight and control of farming operations. Get started with Microsoft Azure IoT.

Sustainable energy and digital transformation can combine to provide new avenues to success and increase convenience for people in isolated areas. This is especially true in places without a modern electrical infrastructure where residents rely on labor-intensive tasks. Innovative solutions can help them automate simple tasks, often making the difference between mere survival and prosperity. In many parts of Africa, for example, farmers lack access to running water. Instead they rely on wells to sustain their families, water their crops, and support their livestock.

In this video, you’ll see how Monica, an independent farmer in Kenya, increased her yields and quality of life by implementing a solar-powered irrigation system based on Microsoft Azure IoT.

With so many possible artificial intelligence (AI) applications, predicting trends can be challenging, especially in an age when innovation reigns supreme and new breakthroughs occur every day. So, in an effort to gain further insights into the future of AI, researchers from Stanford University and the Brookings Institution analyzed keywords in patents to identify where the technology will have its greatest impact on jobs and companies in the years ahead.

Read this article to learn about their predictions about the future of AI and gain insights into what industries will be most impacted by artificial intelligence and its applications.

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Modern technology has enabled farmers to obtain impressive yields that sustain entire populations while allowing them to become as efficient as possible with their available resources. However, most of this technology is dependent upon stable electrical grids, large-scale aqueducts, and a steady fuel supply, all of which are not readily available to millions of farmers around the world.

One of these farmers is Monica, who depended on a water well located on her property as her only water source to sustain both her farm and her family. To make matters worse, climate change made rain increasingly scarce in her region of Kenya, Africa, which further decreased her available water supply and forced her to work harder just to maintain her current yields. Thankfully, just as things seemed impossible, digital transformation provided her with the solution she needed to secure a better future.

In this video, you’ll learn about Monica’s story and how, thanks to solar-powered Microsoft technology, she was able to automate her entire irrigation system, gain access to accurate weather forecasts, and obtain more income year round.