IoT ecosystem consists of web-enabled smart devices that use embedded systems, such as processors, sensors and communication hardware, to collect, transfer and act on data they acquire from their environments. The devices do most of the work without human intervention, although people can interact with the devices.
The industrial and home IoT application area covers a wide range of connected “Things” projects both inside and outside the Industry and home. For example inside, many IoT-based factory automation, consumer devices automation and control projects include holistic smart factory and smart home solutions with numerous elements.
Our IoT development process includes secure IoT web and mobile applications to help you connect and manage devices and make business data-driven decisions. All solutions meet to the all best industry standards and approaches.
Smart home application includes remotely controlling the behavior of home consumer devices and the actions like curtains open and the lights are turned on automatically, and smart mirror shows the environmental information of the house.
World’s urban population emerging the new opportunities. and challenges. To prevent environmental deterioration, avoid sanitation problems, mitigate traffic congestion, and thwart urban crime, municipalities turn to the Internet of Things.
Internet of Things solutions are playing main role to imapct our lives in wondrous and sometimes unexpected ways. With only a few clicks, users can get information about pump engine work-hours, control air temperature, or measure physical health indicators.
IoT Technology in the digital enterprise portfolio enable smart usage of data. This paves the way for the next level of the digital transformation of industry: the convergence of information technology and data and industrial devices.
A System on a chip (SoC) integrated circuit (IC) that integrates all components of a computer or other electronic system into a single chip. SoC's may contain digital, analog, mixed-signal functions―all on a single chip substrate. IoT applications can be run using SoC.
We combine automated devices into the architecture. These control physical devices as the IoT ecosystem grows.
It includes building a scalable architectures wherein the communication stack from the end devices to the cloud is made asynchronous.
In order for a company’s IoT strategy to be a competitive advantage, our organization relies on having a broad set of tools that promote interoperability throughout the IoT solution and among a heterogeneous mix of devices.
Digital transformation technologies are sets of technologies includes digital transformation strategies which enable cyber-physical. It also impact on the use of devices in our daily life.
The foundation of an IoT solution starts and ends with security. Since devices may send large amounts of sensitive data and users of IoT applications may also have the ability to directly control a device.
The data generated from IoT devices turns out to be of value only if it gets subjected to analysis, which brings data analytics into the picture. Data Analytics (DA) is defined as a process, which is used to examine big and small data sets.
The IoT includes only smart sensors and other devices. On the operational level of IoT, for example weather data is collected. IoT offers new opportunities for cities to use data to manage traffic, cut pollution, make better use of infrastructure and keep citizens safe and clean.