This project stems from the pressing problem of inadequate internet access in non-urban communities. Despite advancements in technology, many rural areas still suffer from poor coverage and low-quality service due to infrastructure limitations and geographical challenges. Also, in addition to rural areas, small towns, remote factories and the seas have experiencing same issue which make the market for our solution vaster. Recognizing this opportunity to address this critical societal need, we as a company in providing antenna and RF solutions propose a device as a substitution for conventional modems which provide more robust connection by the special design and the algorithm for finding the best signal and stick to the best signal always. This product aims to push the boundaries of current internet connectivity technologies by developing an innovative product that ensures robust and reliable internet access, particularly in underserved and challenging environments.

Intelligent sensors utilize advanced signal processing techniques, data fusion techniques, intelligent algorithms, and artificial intelligence concepts to better understand sensor data, for better integration of sensors and better feature extraction, leading to measures that can be used in smart sensing applications. Our development team has created two state-of-the-art products named MicroID and MicroSense for the intelligent microscope.

MicroID:

Some microbiological organisms in water, such as pathogens and parasites, can severely make humans ill and, in some cases, lead to death. Other organisms, such as algae, cyanobacteria, diatoms, and nematodes (generally known as phytoplankton and zooplankton), which are more prevalent in surface water sources and are non-pathogenic, can also affect the quality of drinking water through other mechanisms. Every water treatment plant should perform daily measurements and tests of physical-chemical and biological organisms at different stages of the water treatment process. Periodic sampling from various sections of the water supply network and conducting biological tests are challenging, costly, and require high expertise in identification. You can find more information about this innovative solution on this link.

MicroSene:

With the power of AI, deep learning, and image processing, our expert engineering team has developed an AI-based microscope to assess the physical-chemical and microbiological organisms in the water. The special feature of this system would be the AI microscope with the ability to identify and measurement of microbiological factors, which are important indicators in water science. Other advantages:

-  High accuracy, due to the dedicated AI-models

-  High speed, thanks to new dedicated processors for running AI models

-  Embedded system, all the processes are done in the microscope

-  Online monitoring, the above features provide Instant processing

-  Integrated system, various types of sensors can connect to the processor

-  Scalability and networking, each microscope can operate as a node

-  Upgrading, all the AI models and software can be upgraded remotely

You can find more information about this innovative solution on this link.

We are advancing in a drone navigation system, building intelligent systems, and generating solutions to develop and create necessary infrastructures to live in a safe and smart city. Our top priority is to prevent the risks by designing and creating solutions to put our client’s minds at ease. We are passionate about creating inclusive opportunities for people with respect for the environment. Our team is driven by tackling the world’s challenges through scalable innovations with precision and speed. Drones will make a significant contribution to increasing the quality of lifestyle and they’ll play a key role in smart cities including transportation, delivery, safety, first aid in critical situations, etc. By increasing the number of drones, an efficient navigation system is necessary. Our solution will address this objective by developing relevant products, which are in different TRLs, between the Idea to Prototype stages.

Our big picture is to create appropriate products to carry out the individual’s daily routine, send health care services to rural areas where access to health care services may be limited, and detect and track drones in restricted areas. In addition, each of our products can be used individually in different sectors such as health care, agriculture, etc. IDS includes 3 different sensors:

You can find more information about this innovative solution on this link.