The Greatest Threat to Human Health Hasn’t Changed in 100 Years


greatest health threat

Q&A with Dr. Amesh Adalja

Our world today is pretty different than it was 100 years ago. We have smart phones, Bluetooth, the internet, virtual reality and 3D printers. You can change the temperature in your home from your office at the press of a button or start your car’s engine from across the parking lot. So why does one of the biggest threats to human health remain unchanged?

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How Nano Aims to Disrupt Healthcare – An Interview with CNNMoney


Last week, Nano CEO Steve Papermaster appeared on CNNMoney Switzerland to discuss how Nano Vision hopes to boost health and economic progress by developing a new technology platform to monitor and analyze health threats and creating a global marketplace for data. “As our Cure Platform develops, it will enable many other companies to grow, to find new kinds of cures and new kinds of products to bring to the market,” said Steve. “And that’s good for everybody. It’s good from a health standpoint and it’s good from an economic standpoint.”

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Why Are Superbugs Still Such a Threat?


rise of super bugs Nano Vision

An alarming public health crisis is on the horizon: the rise of superbugs, or bacterial infections that are resistant to antibiotic treatment. Antibiotics have been essential to our society since their discovery in 1928. It’s estimated that penicillin, the first antibiotic, has saved up to 200 million lives. In addition to fighting common illnesses, antibiotics have been key to developing many modern surgical procedures, as they help surgical wounds resist bacterial infection.

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Nano and TechCrunch Fireside Chat


Nano Chairman and CEO Steve Papermaster and TechCrunch Editor-at-Large Mike Butcher recently sat down together in London to discuss Nano Vision’s mission, platform development and initial cure acceleration targets. View the video or read the full transcript below.

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Citizen Science and the Future of Global Health


Citizen Scientist

Science is reserved for people in white lab coats with expensive degrees and sophisticated equipment, right? Wrong. Citizen scientists are ordinary people who participate in science through data collection, scientific study participation or even just support of scientific projects or endeavors. Citizen scientists play a critical role in the healthcare and research worlds and should be empowered to contribute however they can. Continue reading

Breaking Down Barriers: Why We Need to Decentralize Data


Data is one of our most valuable commodities – it gives us critical information about our world and holds the key to cures for diseases. It’s also very expensive to create.

Companies, universities and other institutions invest enormous amounts of time and money in research programs or clinical trials to produce important data with the hope that it will have an impact on health through the creation of new treatments or cures. Unfortunately, after having invested substantially in research and trials , these stakeholders  are not incentivized to share this data with others. Continue reading

Nano and Arm Collaborate on Artificial Intelligence Chip to Drive Health Revolution by Capturing and Analyzing Molecular Data in Real Time


AUSTIN, TX, USA – November 21, 2017 – Nano, an Austin-based molecular data company, today announced that it is developing a chip using intellectual property (IP) from Arm, the world’s leading semiconductor IP company. The technology will help redefine how global health challenges – from superbugs to infectious diseases, and cancer are conquered.

The pioneering system-on-chip (SoC) will yield highly-secure molecular data that can be used in the recognition and analysis of health threats caused by pathogens and other living organisms. Combined with the company’s scientific technology platform, the chip leverages advances in nanotechnology[1], optics[2], artificial intelligence (AI)[3], blockchain authentication[4], and edge computing[5] to access and analyze molecular-level data in real time.

Molecular Data

“We believe the technology Nano Global is delivering will be an important step forward in the collective pursuit of care that improves lives through the application of technology.”

Rene Haas, Executive Vice President and President of IPG, Arm

“In partnership with Arm, we’re tackling the vast frontier of molecular data to unlock the unlimited potential of this universe,” said Steve Papermaster, Chairman and CEO of Nano Global. “The data our technology can acquire and process will enable us to create a safer and healthier world.”

“We believe the technology Nano Global is delivering will be an important step forward in the collective pursuit of care that improves lives through the application of technology,” said Rene Haas, executive vice president and president of IPG, Arm. “By collaborating with Nano Global, Arm is taking an active role in developing and deploying the technologies that will move us one step closer to solving complex health challenges.”

Additionally, Nano Global will be partnering with several leading institutions, including Baylor College of Medicine and National University of Singapore, on broad research initiatives in clinical, laboratory, and population health environments to accelerate data collection, analysis, and product development.

The initial development of the chip is in process with first delivery expected by 2020. The company is already adding new partners to the platform.


[1] Nanotechnology is used in the engineering of the artificial intelligence chip as well as to develop solutions to health challenges.[2] The optics include a combination of both microscopy and spectroscopy, utilized for molecular interaction data capture in real time. [3] Artificial intelligence, including machine learning and vision, help identify patterns of molecular data discovered in order to predict trends, validate identifying markers, and uncover potential threats. [4] Blockchain technology is utilized as a fundamental architectural element supporting data attribution, privacy, and security, as well as economic mechanisms. [5] Edge computing enables highly-optimized, local processing and analysis of molecular data and relevant parameters in real time.
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