Category: Technology

Technology

COVID-19 Contributing to Growth in Drone Market

Now used as military as well as commercial utility, drones are set to witness a notable increase in their demand. A powerful tool for business in farming, firefighting, and retail, these are creating lucrative growth opportunities. Additionally, it is quite interesting to note here that favorable and improving policies in a number of countries are helping the market chart growth. From 2019 to 2029, valuation of global drone market is set to improve, opined TMR Research.

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The vendor landscape of the global drone market is competitive. Players that have made a mark include Boeing, Parrot, AeroVironment, 3D Robotics, Textron, and Northop Grumman. The market landscape, it is important to note here, is anticipated to witness entry of new player, who are ready to enter the fray to carve off a share of the growth pie for themselves. Research and development activities undertaken by these players to chart growth are quite extensive.

Additionally, it is quite interesting to note that a Dutch startup by the name of Skytools has been funded by Terra Dorne, The aim of the investment is to ensure a large drone hub is created in Europe’s Rotterdam. In Series A funding, Easy Aerial received USD 6.15 million. This shows how interested investors are to take a piece from the pie and startups clearly represent new blood in the domain, eager to dabble with innovation via technological advancement.

In the current situation, when COVID-19 is marking the global landscape, demand for the drones has only increased further as need to remove humans from social setting increase for prevention of spread of infections. Additionally, these have been asked for surveillance as well as sanitation purposes. In some places, drones have been step to check temperatures. It is a huge step forward for the drones market. As their use gets normalized in a number of applications, the trend might continue over the coming period.

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New 3D Printed micro-scale Fluid channels sweeping for Medical testing

A groundbreaking study has led to the development of 3D printed unique fluid channels at the micron scale. The study carried out by researchers at the University of Minnesota in association with the U.S. Army Combat Capabilities Development could automate the production of sensors, diagnostics, and assays used for a variety of medical tests and other applications.

In fact, the team is the first for 3D printing of these structures on a curved surface, thereby providing the initial step for printing them directly on the skin.

Applications of Microfluidics varied for medical use

Meanwhile, microfluidics is a fast expanding field that involves controlling flow of fluid at the micron scale. Microfluidics is used in a wide range of application areas including medical diagnostics, environmental sensing, drug screening, pregnancy testing, and other biological assays.

The valuation of the global microfluidics market is currently estimated at billions of dollars. Typically, microfluidic devices are fabricated in a cleanroom controlled-environment using a complex, multi-step method called photolithography. The fabrication process of microfluidic devices involves a silicone liquid that flows over a patterned surface, and then treated so that the patterns create channels in the solidified silicone slab.

On the other hand, the new method involves fabrication of microfluidic channels in a single step using 3D printing. For this, the team employed a custom-built 3D printer for direct printing of the microfluidic channels on the top side in an open lab environment. In terms of size, the microfluidic channels have a diameter of about 300 microns, which is about three times that of a human hair. Following the fabrication of microfluidic devices, the team showed the flow of liquid can be controlled, re-directed, and pumped using a series of valves.

Efficacy for Handling Organizational Big Data impels Tableau services Market

With the buzz around ‘tableau’ to address big data problems of organizations, the tableau services market is attaining new heights. Tableau enables organizations to use data to solve problems, keeping with strict requirements

The growing use of data visualization tools and data analytics tool that aims to help people visualize and understand data is a key factor behind the growth of tableau services market. The limitations of excel when it comes to data, and limited rows and columns gives tableau an edge for data visualization and data comprehension.

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The features of tableau are several. It can create an ample range of visualization to present data in an interactive manner and showcase insights. Tableau comes with tools that allows to scrutinize data and see the impact in a visual format that can be easily comprehended by any individual. Tableau has other features too. It comes with cloud support and real-time data analytics capacity.

Attribute of Data Visualization enables valuable Insights

First and prime, being a data visualization tool – the technology of tableau is to support complex computing, dash boarding, and data blending. The purpose of this is to create beautiful visualizations that provide valuable insights that cannot be derived from staring at a spreadsheet. Dedicated to serve this purpose, tableau has climbed the top among all data visualization tools. Such valued use of tableau is amplifying the growth of tableau services market.

Relentless effort of players in the tableau services market to improve the efficiency of their product is adding a new dimension to the growth of tableau services market. Companies that use tableau are stressing on ease-of-deployment and server scalability to drive the adoption of tableau. This has led some players to shift their focus to serve the unmet demand for data visibility tools for efficient operations in the government sector. Some key players in the tableau services market are Vizual Intelligence Inc., Capgemini, InterWorks, Deloitte Touche Tohmatsu Limited, and SA Technologies among others.

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Scientists vie to create rockets that work as its own fuel

While space exploration may be attaining new heights, but still the size of rockets remain as they were in the 1950s. And, these rockets account for lot of waste, although reusable materials are increasingly more common. In a new development in the space field, the UK government will support the development of an autophage rocket engine, wherein the rocket would consume itself as fuel.

Constructed at the University of Glasgow, the autophage engine has numerous advantages. Firstly, it could be smaller. In fact, today, the size of the rockets is determined by their fuel carrying capacity. And, because an autophage works as its own fuel, it could be smaller. Meanwhile, scientists in the UK are vying for smaller rockets to be in line with smaller payloads. This is to create more opportunities for spaceports coming up across the northern regions of the UK. And, this is to offset the sites in the US and Kazakhstan that are more geared towards big rockets and big payloads.

Reduced waste advantage of autophage

Further, the advantage of autophage is reduced waste. This helps reduce waste and cut down the cost of space exploration, because mostly parts of rockets just strike into the ocean to become junk. And, autophage rockets do not land back on Earth. Instead, they burn up while distributing payloads to the low Earth orbit.

“Physically, a hybrid autophage rocket has a body of a tube of solid fuel, filled with a liquid oxidizer,” said one of the scientists of the project. Beginning with the bottom, the entire assembly will be consumed, done by an engine which will convert the fuel tube into vapor, add the oxidizer, and cause combustion of the mixture for the thrust.