The electric vehicle revolution provides ample growth opportunities for stakeholders such as the investors and manufacturers that are involved in the EV ecosystem. However, it is also necessary for every stakeholder to identify critical risks that are generally overlooked due to the possibility of making huge profits before making significant investments in the market.
The year 2019 was an amalgamation of breakthrough technologies in the agriculture and food vertical. In the last decade, there were various strategic developments that demonstrated promising market opportunities for the companies operating in the domain. Certain examples being the acquisition of Smart Ag Inc. by Raven Industries, Inc. with a focus to create autonomous solutions for the precision agriculture market, along with partnership between CropX and FarmAgro to provide satellite-powered precision agriculture tools to farmers in Central America, among others.
Silicone elastomers represent a unique combination of organic and inorganic chemistries, which result in the formation of some of the most stable organic materials exhibiting excellent chemical structure. RTV is a type of silicone elastomer which is made from one-part (RTV-1) or two-component (RTV-2) systems, with their toughness ranging from very soft to medium. RTV silicone is ideal for numerous bonding and sealing operations. The growth in the global RTV silicone market is attributed to the wide usage of RTV silicone in the construction sector. The rising demand for electric vehicles, growing electronic components in automotive, increase in disposable income in developing countries, and surging demand for medical devices are some of the prominent factors promoting the growth of RTV silicone in the industry.
Over 90% of American hospitals have switched to digital medical records! Artificial intelligence (AI) offers enormous prospects that can enable business organizations across industries in making strategic decisions in lesser time. The concept of AI demonstrates its potential for the next generation of technological innovation that will create “new opportunities for all our lives that are unimaginable today”.
With each passing day, warfare environment is changing rapidly owing to the adoption and deployment of asymmetrical warfare techniques, weapons, and strategies and tactics by the military organizations, globally. These unconventional techniques are challenging the authority of conventional warfare forces.
The increasing number of threats caused by drones is propelling the demand for anti-drone technology in the market. BIS Research is dedicated toward tracking technologies that are expected to disrupt the markets and industries in the future. Therefore, BIS Research is conducting a webinar on “Counter-UAS Technology: Protecting Critical Assets from Drone Intrusions” with speakers Matt McCrann and Geoff Moore on January 15, 2020.
With automakers setting ambitious targets for electric vehicle adoption and multiple start-ups and non-automotive companies investing in the electric vehicle industry, there are still several challenges that are restraining the growth of the market. For instance, there are certain risks that are overlooked by several companies while investing in the business. For more insights on how to strategize your investment in the EV business, attend the webinar on “Strategize Investments in EV Business-Transform Risks into Rewards” with Adalberto Maluf, BYD Brasil and Ryan Maughan, Avid Technologies on January 21, 2020 at 10:30 AM – 11:30 AM (PST).
With the ongoing concerns of excessive drone sightings and several of them posing as potential threat, the demand for counter-UAS technology is gradually increasing. To answer the questions arising in the minds of several people reading about counter-UAS technology, BIS Research analysts asked certain questions to Matt McCrann, Vice President, Sales DroneShield. Here’s what he had to share about the technology:
Unmanned aerial system industry is growing exponentially due to the low price and increasing applications of drones. These drones are currently being adopted for their various applications such as inspection of cargo, disaster management, photography, agriculture inspections, and emergency situations. With the increasing usage of drones, the possibility of them being used for malicious purposes is also increasing. This has resulted in the increase in demand for drone detection and neutralizing systems across different end users.