Vehicle-to-vehicle (V2V) communication is touted as the future of machine-to-machine communication industry. V2V is a technology seemingly within reach, though it is not the only building block of an Intelligent Transport System. It is often pitted against autonomous driving, connected car technologies such as Apple's Carplay system and Android's Android Auto, and over-the-air. Let’s take a holistic view on this technology.
The under-screen camera technology provides a true all screen, bezel-less user experience. In this, a camera is fitted under a screen made of highly transparent material. When the camera is activated for taking the pictures, the display area becomes transparent and allows light to enter.
With the advent of more sophisticated technologies, the passwords might soon be a relic. The organic evolution of passwords from a string of alphanumeric characters, to CAPTCHAs, and to two-factor authentication has led to the adoption of schemes such as facial recognition, speech pattern detection, keystroke dynamics, and the like. The prime focus is how smartphones are poised to revolutionize the information security constellation.
Negative Emissions Technologies are methods that physically and chemically remove greenhouse gases (such as CO2) or other gases from the atmosphere. Examples of such methods include, afforestation, carbon capture and storage, direct air capture, biochar, and soil organic carbon.
While portable devices are growing more advanced - with technologies being developed for faster processing, flexible display, and superior connectivity - the researchers and technology companies have now initiated a 'power revolution' for handhelds. In this edition we look at the subject of battery management in portable devices (such as mobile phones) and particularly the use of a revolutionary material: Graphene.
