Stevens Institute of Technology is one of the oldest technology universities in the United States. It is also amongst the first universities in the nation to enter the field of mechanical engineering. Since 1870, Stevens Institute of Technology’s research and development department has been significantly influential in terms of innovation in several fields. 

This institute has now introduced a new AI (Artificial Intelligence) tool to help diagnose Alzheimer’s disease quickly and efficiently. First, let us review what Alzheimer’s disease is, how it is traditionally diagnosed, and how AI technology has innovated the diagnosis of this disease.

What Is Alzheimer’s Disease? 

Alzheimer’s disease is a very common disease that directly affects the memory. It is one of the most common types of dementia as well. It causes mild to moderate memory loss in a person and is a progressive disease that can get worse over time. The patient suffering from this disease can also have trouble responding to certain circumstances or the environment and might forget things or conversations within just a few minutes.

This disease alters a person’s ability to think and function in everyday life. Although Alzheimer’s disease is a type of dementia, many people confuse the two. Even though they are similar in terms of the fact that both of them have an impact on one’s memory, there are many ways to treat the symptoms of dementia, but there is no cure for Alzheimer’s disease. 

How Is Alzheimer’s Disease Traditionally Diagnosed?

Specialists utilize a few techniques and instruments to help decide if an individual who is having memory issues has “conceivable Alzheimer’s dementia”. This is a type of dementia that might be caused by a different factor. Another type is “likely Alzheimer’s dementia”, which means no reason for the dementia can be found. During the process, specialists also try to denote if there is no existing issue, as well. 

There are several traditional ways to diagnose this disease. To analyze Alzheimer’s, specialists may ask the individual and a relative or companion questions regarding general well-being, utilization of over-the-counter meds, diet, past clinical issues, capacity to complete daily activities, and changes in conduct and character. 

These experts might also do brain scans, such as computed tomography (CT), magnetic resonance imaging (MRI), or positron emission tomography (PET), to diagnose other possible causes for Alzheimer’s symptoms. They may also conduct trials of memory, critical thinking, consideration, and language. All of these measures can help in diagnosing Alzheimer’s disease.

Stevens Institute of Technology’s New AI Alzheimer’s Diagnosis Tool

Researchers at Stevens Institute of Technology have developed an AI tool that gives an accurate diagnosis of Alzheimer’s disease without needing any of the brain scans or tests that are mentioned above. It has an impressive diagnosis accuracy of ninety-five percent, and the built-in software is capable of diagnosing Alzheimer’s at a very cost-effective price. This tool is also capable of giving out explained analyses and conclusions that help doctors effectively confirm the diagnosis.

K.P. Subbalakshmi is the inventor of this outstanding tool. He is also the founding director of the Stevens Institute of Artificial Intelligence and a professor of electrical and computer engineering at the Charles V. Schaefer School of Engineering and Science.

In some recent interviews, he claimed that the creation of this new tool is an important phase in the history of AI and Alzheimer’s. He claimed this because it has led to the opening of a new pathway for research to be conducted. 

Furthermore, he emphasized that the use of this tool will be an easy way to explain to patients why and how they were able to diagnose their illness. AI would be a great way to increase trust in the medical field, and it would pave the way for future innovative inventions in the same manner. 

Alzheimer’s disease affects one’s language, and that individual also uses weird circumlocutions. The Stevens Institute of Technology’s new AI Alzheimer’s diagnosis tool works by using a reasonable AI motor that utilizes consideration instruments and convolutional neural organization—a type of AI that learns over the long run and distinguishes unobtrusive semantic examples that were previously neglected.

Another great feature of this tool is that it is extremely cost-effective and has the potential to save hundreds of dollars that might have been spent on traditional methods of diagnosing Alzheimer’s disease. 

What Is Cognes?

Cognes is committed to treating Alzheimer’s at an early stage so that the progression of this disease can be prevented as much as possible. The AI tool is a great innovation in the field of medical advancements to help prevent progressive Alzheimer’s and treat it in the early stages. Cognes is highly innovative yet cost-efficient, and its main goal is to make its diagnoses easily available to everyone and everywhere. This way, we can be better prepared for our future.

Cognes and Alzheimer’s Disease

Cognes has been working on finding a solid cure for Alzheimer’s disease. Stevens Institute of Technology’s new AI Alzheimer’s diagnosis tool has made it much easier to do so, as it is designed for home use. Hence, the availability of diagnosis and treatment for Alzheimer’s has become readily available at one’s convenience.

Cognes is committed to finding a cure for Alzheimer’s disease, and with the help of the new AI tool, it has become much easier to diagnose it in the early stages so that it can be treated early on and the progression of this disease in an individual can be halted early on.

With the population across the planet living longer than at any other time, the number of individuals with neurodegenerative illnesses is expected to reach extraordinary levels. By 2050, the quantity of individuals living with Alzheimer’s is anticipated to reach up to 115 million, representing a genuine danger to well-being frameworks worldwide. 


As advances in AI calculations continue to improve, the vast potential for where innovation could take the medical care industry is fascinating. AI is the future of medical engineering and can significantly help the people in this field come up with new innovations just like this one—diagnosing and eliminating serious diseases in their early stages in a cost-effective way.

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