Pons is machine learning software that converts traditional ultrasound systems and devices into smart AI-driven diagnostics and non-robotic navigation systems focusing on brain/spine injuries in order to provide paramedics and first responders an easy to use mobile diagnostics system that they can use anywhere, instantly.
Today, we require easy to use, affordable early diagnostics and non-robotic surgery navigation systems that doctors can use anytime, anywhere, instantly.
Our aim is to facilitate a rapid, precise, and safe pre-hospital diagnostics system of traumatic brain and spine injuries already on-site or in the ambulance before transportation to the hospital.
$400B*: Annual cost of rehabilitation after brain injuries.
$12.3 Trillion*: Cost of failure to improve surgical care in developing countries
Identification of traumatic brain and spine injuries on-site, at the accident location, or on the field, will save an important time for the patient. The connected system will help the doctors prepare for the patient in the hospital with costs for disability and lost productivity outweighing those for acute medical care and rehabilitation
Up to 25% of care and rehabilitation expenses can be saved by providing an automated and connected early diagnostics system.
PONS integrated ambulances will improve the speed of treatment, reducing the number of patients taken to hospital and relieving strain on hospital ER resources. next-generation connectivity could free-up 10.1 million hours per year for the hospitals as well as saving cities $1B per year and decreasing overall bed occupancy rates by 6% through the adoption of wearing monitoring devices.
(* WHO and Accenture Study )
What We Do
PONS, an AI and medical image processing system that is focused on the brain and spine injuries by utilizing US technology.
We are focused on deciding 2 important complications
- Mobile diagnostics for brain complications
- Non-robotic navigation system for neurosurgeries.
The system uses mobile US probes and an ML and AI system that scans and gives results for diagnostics and navigation.
Our core is to yield rapid, precise results to doctors with our platform.
Mobile Diagnostics For Brain Problems
The mobile diagnostics system is focused on an optical nerve in the eye that can present us with the potential risks of a brain aneurism and dementia. The result can be done in seconds, outside the hospitals where you don’t have the option to use expensive and serious size systems.
Mobile and connected cloud system which will use machine learning and image processing algorithms to optimize recognition of Brain Bleeding risk
A portable prob which will get real-time image from eye
PONS will help doctors prematurely recognize any Traumatic Brain and Spine injury risk by analyzing the patient in the field and providing the pre-diagnostics of the potential risk levels.
Smart Navigation System for Every Hospital
PONS will also provide a smart navigation and diagnostics system for doctors and surgeons who are performing health service in difficult circumstances.
Accessing those technologies is not available for every hospital or community, especially for underserved communities and several rural areas around the world.
PONS will give medical professionals the opportunity to access smart AI and data-driven early diagnostics technology for everyone around the world.
Another important feature of PONS is to provide a none invasive scanning technology for diagnostics and monitoring of senior's in care facilities or home-care facilities.
Affordable Smart Health Tech System
PONS provides real-time medical image processing and analysis with its' mobile diagnostics and navigation tool using US technology and Machine learning algorithms to give doctors and surgeons the necessary information during the surgical process.
By using PONS, every hospital and doctor the chance to use a smart diagnostics and navigation system without needing to spend millions of dollars.
Diagnostics Navigation System
Our image processing algorithms provides smart navigation and diagnostics systems that are cheaper, better, and faster.
Smart Diagnostics by using US
Smart diagnostics using ultrasound technology
Uses US technology and ML systems for early on-field diagnostics for patients unable to get to the hospital
Early navigation and image processing will help doctors inside the ambulance to analyze the patient much faster
Offer a mobile system that can also be used in senior care facilities to provide early and non-invasive diagnostics opportunities for elderly people.
Connected Diagnostics System
The objective of this develop data-driven computational methods is based on deep learning for improved representation of ultrasound data obtained from a point of
care ultrasound device. PONS enables this imaging modality to be used as a standard of care imaging tool in early mobile diagnostics.
The system is connected with 3rd party health care platforms saving provides both the patient and the doctors valuable time and money.
The co-founders of PONS are twin brothers whose father
comes from the Black sea region of Turkey, which is known for its high blood pressure and brain bleeding risks.
In 2006 their father went to the doctor 3 times to examine his blood pressure and brain bleeding risk. Even though the results showed no concern, he was experiencing headaches and problems with his blood pressure. In 2007 while he was driving with their mother, his brain started bleeding unexpectedly which led to a terrible accident that resulted in his death. That is when the idea to develop an early and mobile technology for recognition of brain bleeding began, which eventually led to the discovery of PONS.
The long-term goal of the PONS is to develop state of the art image-guided surgery systems that incorporate innovative computer and machine interface technologies into surgical procedures, augmenting surgeons' capabilities to achieve improved outcomes.
The main goals we are aiming to achieve are:
1- Improve surgical accuracy and functional outcome
2- Reduce costs (Surgical and Hospitalization)
3- Promote new technology in image-guided surgery and therapy
4- Provide innovative technological solutions for understanding treatment and disease monitoring
We Can Make a Difference
Almost 70% of the world’s population lack access to safe, affordable surgical and anesthetic care, while 33 million people are saddled with unbearably high health expenses. Not surprisingly, those who live in poverty around the world suffer disproportionately: while low-income countries are home to close to 35% of humanity, they account for just 3.5% of all surgical procedures.
Red Cross, UNICEF
Doctors Without Borders
Get in Touch
We’re happy to hear from you. Contact us today to learn more about our business and how you can benefit from working with us.
Send us an email:
New Jersey. USA
News About PONS
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