Applied Technology Review : News

In some places, the digital sector has boomed in the past years. However, the essential barriers have till existed for smallholders, concerning the access to new technologies. When people think about digital growth, innovations in finance comes to their minds, and not farming. Nevertheless, the development of AgTech or agricultural technology is widespread across the continent and is considered as a hype surrounding its transformative potential when it comes to the smallholder farmers. However, regardless of making positive promises that include higher revenue, better resilience, and enhanced access to the marketplace and farming inputs, hundreds of farmers are yet to harvest the benefits of what is called the AgTech revolution. Since the challenges faced by the smallholders are complex and manifold, the solution to the AgTech issue is comparatively simple, which is by positioning farmers at the center of the solution. Ample availability of internet infrastructure needs to reach rural areas, as many farmers have no clue about having compatible technology to implement new software applications. Since, mobile data expenses have gown down across such regions mostly, so they continue to be prohibitively high for most of them. The human-centered design is regarded as a problem-solving idea, which gives much importance to the user experience by including the human perspective within the steps of solution-building. But it still has to be wholly permeated in the agricultural sector even though the principles abound in the technology sphere of Silicon Valley and beyond. When it comes to digital innovation being accessible, affordable, and user-friendly for smallholder farmers, then developers and partners do not have to implement the pre-made solutions to the situations they do not have much knowledge on. Considering that something that works in the Western world can also guarantee its success inside a developing-world context is incorrect. In its place, they need to engage smallholders in the improvement process, to make sure that they put vital inputs into the entire process, starting from planning and designing for implementation till training and upgrades. Since the farmers are going to implement the innovative tools, so it will be a loss to keep them away, along with their vital expertise from the process of problem-solving. Organizations with a farmer-led approach work directly with farmers and partner with specialist organizations, to enable the development of the farmer-centric digital tools that are essential for the smallholders. Check Out This : Manage CFO ...Read more

New VSN visual guidance system navigates rows while monitoring spraying operations across a range of crop stages.  Raven Industries, a precision agriculture company, is dedicated to providing innovative, high-value products and solutions to reduce operating costs and improve yields. The company is expanding its class-leading product line lending hands to the ag retailers and growers to boost their efficiency and profits. The new VSN visual guidance system monitors the spraying operations to deliver higher profits through superior application efficiency and improved yield. It uses the state-of-the-art image sensor and processing technologies that focus on the essential aspects of spraying operation. “We’re excited to announce the new VSN visual guidance system," said Brian Meyer, Vice President and General Manager of Raven Applied Technology. “It seamlessly integrates into our complete system solution and makes application on a variety of crops easier than it has ever been before. In these challenging times, ag retailers need to look for innovative ways to enhance efficiency and profitability, as they are consistently being asked to cover more ground in less time without sacrificing application quality. VSN is helping retailers maintain a high level of application accuracy and efficacy across all of their acres.” Check Out This : Retail Business Review VSN utilizes a non-contact stereo vision camera to navigate rows while preventing more crop damage and covering more acres each day. It maintains row guidance at industry required spraying speeds exceeding 20 mph. The operation is simple and replaces mechanical feelers while providing best-in-class guidance portfolio from the time when crops are just a few inches post-emerge up to a nearly full canopy. The versatile system has been tested for use in corn, cotton, sorghum and soya beans followed by other applications. “I was surprised it was so simple,” says Jason Bolsen, operator/applicator for Nutrien Ag Solutions in Cerra Gordo, IL, when asked about his experience with using the VSN Visual Guidance System. “It was effortless. You pulled into a row and went five feet, hit the button and pretty much didn’t worry about it until you got to the other end.” Bolsen, a 24-year veteran of row cropping, says the VSN system is a major improvement. “This is huge for row cropping; it’s just as big of a jump as was the plain [GPS-guided] system was when it came out,” he continues. “It’s so much easier on the operator. At the end of the day, you’re not as fatigued, and you can pay more attention to your tips and obstacles in the field. It helps you keep your boom out of the dirt and your equipment off the crop.” Reducing the possibility of crop damage takes away a huge amount of stress for the operator, and it will please farmers, as well. Bolsen says his manager got a call from a grower who didn’t think Bolsen had sprayed his field that day because nothing was damaged. Bolson has already recommended that his manager purchase the system for all the operators. “To have a system work and drive down the row for you this nice is just great,” he concluded. “It made my life this summer so much easier.” ...Read more

LCD flat displays need to be displayed in tight bezel frames around each unit's four edges. The bezel generates the apparent grid lines that segment the image or video when these devices are grouped into arrays to create enormous video walls. Over the years, the display technology has progressed and matured. There are no longer wall spaces to host one or more screens for architects, technicians, and other designers. The display itself can now be the wall. With a virtual sky, the digital cladding can also be on supporting columns or the false digital movement ceiling. Digital display screens can be resized and curved with few restrictions, using LED-direct view technology. Building and Audiovisual (AV) designers use LED display technology to reconstruct everything from lobbies and huge public areas to operational control centers and briefing rooms. These displays can offer press conferences, lectures, sale and marketing presentations, and a promising visual aspect. Absolute Flexibility LED display technology is not new. However, from ancient times, low-resolution scoreboards and digital billboards have changed enormously on roads. Those applications remain relevant; however, progress in the miniaturization and manufacture of LED displays has enabled the fabrication of flat panel commercial and consumer television displays that challenge credibility and color reproduction. Due to the modular, highly adaptable structure and lack of visible seams, AV and physical space designers employ direct-view LEDs as an option for projects. LCD flat displays need to be displayed in tight bezel frames around each unit's four edges. The bezel generates the apparent grid lines that segment the image or video when these devices are grouped into arrays to create enormous video walls. While today's top LCD video wall products have such tiny lines that they are hardly noticeable, designers are often attracted by LED technology with no apparent seams. Direct-view LED displays to consist of square or rectangular modules that combine on invisible edges and consist of wider displays, known as cabinets, that host electronics and provide a mounting and connection structure. The cabinets are then piled and tiled to fit the size required by a project—a huge rectangle or square, a large ribbon or high column and even irregular patterns of mosaics. The cabinets are then piled and tiled to fit the size required by a project—a huge rectangle or square, a large ribbon or high column, and even irregular mosaics patterns. Entire corridors have been digitally and activated by LED in public areas, including shopping centers and airport competitions. Adjustment to Needs LED chips—smaller lights that are robotically positioned and soldered to the display module surface—are now used by most LED displays available to indoor applications. They are made and sold using various criteria, such as the provisional (rental) or permanent installation requirements. The biggest difference, though, is pixel pitch, even in a manufacturer's product range. This is the midpoint of each LED light pixel on a display module in millimeters—the lower the pixel pitch, the finer the number. LED displays with a pitch of 2.5 millimeters or under are considered to have a fine pitch. See Also:  Top 10 Risk Analytics Solution Companies ...Read more