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Just like a doctor's prescription is generally unreadable to most except people in pharmacies, AI faces similar problems in recognizing patterns that deviate from general trends. IIT Tirupathi presents developments in machine learning that tackle the problem of pattern recognition and rejection as they develop their capabilities.

Drinking water has always been a challenge further enhanced by the pollutants in our water resources. The greatest source of water, oceans, do not provide usable water without expensive and complicated processing. In the project, IIT Tirupati brings their cutting-edge technology that can process saline water with low energy use and can be used easily with solar and other renewable energy.

With strict internationally accepted norms in place for fuels, ethanol production has become crucial for mixing with petrol and gasoline. With future goals to bring high-ethanol fuels to the mainstream, it has become even more crucial. IIT Tirupati presents their innovations in the bio-production of ethanol with industrially scalable processes and logistic innovations for the production.

EVs have already made their way into our lives with cars, bikes and public transport. The systems in EVs are getting more efficient by the day as the public use provides more data into their performance. However, IIT Patna brings a whole new propulsion system for EVs that provides higher performance in every aspect of their function and can be used for industrial applications too.

Many anti-cancer drugs are formulated through specific chemicals found in specific plants. This limits their availability based on the plant's capacity to produce them as well as the cultivation of the plants. The IIT Madras project showcases an alternative process to produce the chemicals in a more scalable and mass-production-focused manner without the limitations of the plants and plantations.

Abrasives are used to finish product surfaces before they can be used. In complicated geometries, even the abrasives often fail to finish the product to the required limit. IIT Tirupathi brings their cutting-edge innovation in abrasive technology that overcomes these challenges and is environment friendly too.

Concrete is used everywhere in all sorts of modern construction. However, concrete is subject to cracks and defects that can prove very dangerous to the structures if not addressed timely and properly. IIT Tirupathi has developed cutting-edge materials to address the needs which can be used effectively and sustainably produced.

During COVID-19 outbreak, the world witnessed a huge demand for computed tomography (CT) scans. While the technology is very reliable, it is costly, lacks portability, and includes radiation exposure which limited the use during the pandemic. Using AI computational power, the IIT Palakkad project bring innovation in alternate scanning technologies matching the reliability of CT scans and improv...

Testing the composition of bio-fluids like blood, urine, etc is generally a complex process. It requires various additive or reactive inputs which often change the composition of the parts being tested, changing results in the process. In the project, IIT Mandi presents the innovation in passive markers that can be detected without disturbing the samples and their composition.

Abrasives have a very high use in almost all industries, used for finishing surfaces to cutting across material. Superabrasives are used to deal with the harder materials out there but the abrasives are very expensive. IIT Madras showcases their indigenously developed material and processes to produce a multitude of super abrasives for industrial use.

We use many techniques to map the biological parts and processes of our bodies, mostly for medical purposes. However, most of these processes require skilled operators to produce clear scans along with other limitations in use cases. With cardiovascular mapping targets, IIT Madras developed this project for high-precision mapping with intelligent systems that extend usability and decrease skill...

Open-source technology in the software industry has brought revolutions, from simple utility software to game development engines. However, the hardware market remains closed due to the extensive research and funding required to develop these technologies. But no more, IIT Madras is here with another open-source revolution.

People using wheelchairs and similar mobility are often faced by the lack of supporting infrastructure to support their needs for transportation. Making the public infrastructure useful with the requirements is an even bigger challenge. In the project, IIT Madras showcases the addon technology that can overcome these challenges directly without the need to modify infrastructure.

Infection-based diseases often require advanced testing techniques like microscopy, cell culture, etc. to detect. These require expensive infrastructure and are often limited by incubation periods before they can be tested and detected. In this project, IIT Madras brings innovative technology to detect tuberculosis that can be developed further for other diseases for cost-effective, early-stage...

Clear VisionTM : Real-time Fog and Rain Removal from Video

Continuous Refractance-Window Dryer

COVIRAP: A Rapid Nucleic Acid Based Point-of-Care Test for Detecting Pathogenic Infection

Integrated Motor Control Unit and Vehicle Control Unit For Low Speed Electric Vehicle

DESIGN & DEVELOPMENT OF ADAPTIVE INTELLIGENT PIPE HEALTH MONITORING ROBOTS

High efficiency compact VTOL UAVs for multitude of applications

High efficiency compact VTOL UAVs for multitude of applications

indigenous 5G network solution

IoT-based Air Quality Sensors and Real-time Chemical Speciation

M15 fueled two wheeler Prototype

Instant Water Quality Probe

Hand-held tool-based soil health monitoring of Agricultural Land

Low Cost, Anti-counterfeiting labels

ASM-HEMT: Industry Standard Compact model for Circuit Design

Adaptive routing system for physical delivery services