The Industrial Internet of Things (IIoT) is about interconnected controllers, sensors, and other devices networked together in an industrial setting. This type of connectivity allows for remote monitoring, access and more importantly allows for data acquisition
The Industrial Internet of Things (IIoT) and its usage is exponentially increasing in manufacturing environments. . In industry 4.0, the goal of the manufacturing companies is to increase their value and reduce wastage with the use of technology.
Industrial automation can be defined as the process of delegation of repetitive human control functions to the equipment. Industrial automation is done using control systems such as PLC’s, computers
Turnkey manufacturing is where one company carries out the entire process from design to production and sales of your product. The stages of the process include the initial design phase, manufacturing
Prototyping is defined as an early sample of a product which can be built to test a process. Generally, a prototype is used to assess a new design to enrich the product by the respective users and analysts.
Globally the “Internet of Things” is used every day in our lives such as traffic monitoring, agriculture, smart grid and energy-saving, water supply, manufacturing, and maintenance management
An offshore development center(ODC) includes an integrated, extended, and dedicated offshore team supporting a company that may be located in any part of the world.
By the year 2027, it is estimated that the global embedded system market is expected to reach USD 127.50 billion. Embedded systems are vital parts of the world right from computers to airplanes.
The use of actuators and smart sensors to improve the manufacturing and industrial processes is known as the Industrial Internet of things. IIoT is a vital element of industry 4.0
Embedded systems can be experienced in almost every industry such as aerospace, automotive, consumer electronics, banking, security, etc.
