Hyper Automation
Hyper Automation is a platform that streamlines the automation of business processes. Hyper Automation is cloud based platform that enables users to automate workflows processes with the help of artificial intelligence machine learning. Hyper Automation was founded in 2013 by two entrepreneurs Chris Beddow Matej Michalik. Hyper Automation is headquartered in London United Kingdom.
Full Stack Development
Full stack development is term used describe the process of developing an entire web application from start finish. This involves developing both the frontend and backend portions the application as well as the necessary infrastructure.
frontend development typically refers the design development and deployment of the user interface the web application. This might involve creating designs developing HTML CSS and JavaScript deploying the application on web server.
backend development typically refers to the development the underlying functionality the web application.
Snowflake
In nature snowflakes are delicate intricate designs that only possible because of the way water molecules evaporate and freeze. In the lab scientists can create these intricate designs by blowing ice crystals and then touching them together.
Snowflakes are amazing examples of how nature can create incredibly complex designs. They are also reminder that no two snowflakes the same.
Edge Computing
Edge Computing is term that refers model of computing in which data and applications are processed on the edge of the network closer the users who need them. Edge computing can improve the speed security reliability of the networks by reducing the load on central servers.
Edge computing can be used improve the speed security of online transactions by processing payments and other sensitive data close the users who need them. It can also be used power new applications and services that can't be run on traditional servers.
Internet of Behaviors
The Internet of behaviors (IoB) is a broad term used describe the growing trend of interconnected devices that can be controlled and monitored wirelessly. The IoB is made up of devices such as sensors actuators gateways that can communicate with each other enable various types of interactions and interactions across physical and digital boundaries.
One of the key benefits of the IoB is that it can enable wide range of new applications and services. For example IoB can be used to enable smart cities healthcare systems and autonomous vehicles. In addition the IoB can help improve the efficiency and accuracy of various processes and activities.
