The development of new technology has been a primary driver of the movement to Industry4.0. Some of the programs first developed during the later stages of the 20th century,such as manufacturing execution systems, shop floor control and product life cyclemanagement, were farsighted concepts that lacked the technology needed to make theircomplete implementation possible. Now, Industry 4.0 can help these programs reach theirfull potential.We have been delivering industrial solutions since the turn of the century,transitioning ourselves from Industry 2.0 to Industry 4.0 solutions provider. Hence wehave the definitive insight in to the process and development of smart End to Endsolutions. We ensure that our customers achieve their maximum potential and as such wedesigned our products truly ROI oriented.

Our Products


Customized smart IoT Services: Nodes, Gateways and Cloud management
  • Nodes

Smart Nodes help the business to improve quality and execution.Presently it turns out to be anything but difficult to screen continuous processparameters like Temperature, Pressure, Humidity, Vibration, Level, Flow and so on. Itlikewise gives valuable bits of insights and analytic on data. Its savvy and precisecontrol framework forestalls undesired condition which may harm equipment from failure.

Key Features:

  • Secure Transmission
  • Light & Rugged
  • High Accuracy
  • Configurable Alarms
  • Quick Decision
  • Sensor Interface
IoT node for processing, gathering, and communicating sensory information

  • Gateways

In telecommunications, the primary purpose of a gateway is toprovide a bridge between different types of communication technologies. Thesetechnologies can vary in terms of connectivity types, interfaces, or protocols. The IoTGateway follows the same principle of bridging communications for differenttechnologies. It creates a bridge between the IoT Nodes and the Internet. The IoTgateway aggregates all data, translates sensor’s protocols, and pre-process the databefore sending it.

IoT Gateways for translating protocols so that the data can be encrypted processed, managed, and filtered

Key Features:

  • Low Cost Solution
  • Easy Installation
  • High Accuracy, can beconnected to 6 nodes at a time
  • Publish data measured toCloud

Our Services


Sensor to Cloud Development

Sensor to Cloud Development

Data acquisition, processing, and visualization are basic tasks of modern embeddedsystems. Connecting to a cloud that takes over parts of these tasks or from whichembedded systems are managed is a further logical development.

ODM service for Sensors and Software

ODM service for Sensors and Software

For companies looking to build original devices, we offer ODM services not only forHardware but for Software products as well.

Cloud computing Service

Cloud computing Service

Take your business forward with Optimized Solution’s cloud computing that includesdata management, AI & ML.

Data Analytics

Data Analytics

Analyze large and diverse data sets using our services to enhance your operationsand business strategies.

Our Expertise


Manufacturing Efficiency Improvement

Manufacturing Efficiency Improvement

IIoT Solution for Process Industries

IIoT Solution for Process Industries

MES, Production Insights

MES, Production Insights

Predictive Analysis

Predictive Analysis

Our Work


Coal plant monitoring system

On a day-to-day basis, the whole mining process requires a lot of time and effort and continuous monitoring. The task of loading and transporting bulk materials is done with the help of a conveyor belt. This whole task requires continuous manual monitoring at the location which makes the whole process very tedious. Therefore, the idea is to digitize the whole loading and transportation process via the conveyor belt for a hassle-free completion of the whole coal processing system.

Weld Seam Monitoring

The developed system should examine, analyze, and correct the course of the electrodes in real time with extreme precision. The quality of welding should not be compromised. The ambient temperature being very high and the welding temperature even higher makes it difficult to monitor the position of the electrodes. Due to nature of welding the controlling action has to be quick enough in order to not create any discrepancy