Cloud computing offers a variety of applications, including storing important memories and collaborating with a huge number of individuals on a major project. These massive machines hardly scratch the surface of the cloud’s potential in terms of processing power, and modern computers are capable of doing a wide variety of activities
Google and the Climate Research Initiative
The scientific community may benefit from cloud computing technologies in several ways. Collaboration with climate change researchers financed by the Climate Change Research Initiative is one option. This effort has received roughly 50 million hours of cloud computing time from Google. This information will be used to help communities and organizations analyze the situation in their area.
We expect that the Climate Data Initiative will enable to better forecast climate-related threats. Google Earth Engine supplies academics with geospatial analytic tools. The world’s scientists now have access to interactive time-lapse maps and graphs. You may notice trends from 1984 to 2012 by examining these graphs.
Earth Engine, according to Google, will speed up the transmission of new information and make it available to the general public more quickly than it would otherwise. Finally, we aim to create a high-resolution, near-real-time tool that scholars and policymakers can map and track the drought throughout the United States.
Intel and the Michael J. Fox Foundation are collaborating on a project
To solve a specific medical concern, Intel is turning to cloud computing and storage. Parkinson’s disease affects almost 100 million people globally, with 50,000 to 60,000 new cases diagnosed each year in the United States alone. Consequently, Intel has teamed up with the Michael J. Fox Foundation to research new ways to treat Parkinson’s disease.
As wearable technology becomes more prevalent, an upcoming Intel watch will track patients’ daily activities. Each piece of data is uploaded to the cloud through a WiFi connection, allowing for easy dissemination. According to the company, once the data is in the cloud, Cloudera analyses it for anomalies that may help medics better understand how a disease progresses.
When combined with the patient’s diary, this information will allow professionals to better track the progression of a patient’s condition. It also aids researchers in the development of more efficient treatment techniques and the identification of the most effective drugs for certain patient groups.
Google DNA Analysis
While the environment is critical, Google’s Cloud Platform also offers cloud storage and processing in various other areas. Furthermore, Google is a major player in biotechnology, concentrating on projects such as genomics. Earlier this year, Google joined the Global Alliance for Genomics and Health (GAGH).
This alliance of research institutions, life science forums, and healthcare providers aims to persuade others in the industry to cooperate and pool their discoveries to set standards for data and information management. Researchers will suffer no fees as a result of Google’s free storage and security for large projects.
However, Google is far from the only company that rents out office space to academics on a contract basis. Researchers have enjoyed free storage since the program’s launch a few years ago. Those who wish to access Amazon’s S3 servers’ cloud computing capacity, on the other hand, must pay a fee.
Computer scientists might use Google’s cloud computing infrastructure to filter through hundreds of petabyte-sized data sets searching for answers. This, experts think, will open the way for the development of life-saving drugs in the future.
Mountain View, a California-based company, has successfully replicated over 350 terabytes of cloud storage space. The new interface will aid geneticists by making it easier for them to find specific DNA sequencing data. As a result of this research, new drugs and technological advancements will be discovered in the future.
IBM and Coriell Life Science
IBM is also offering cloud computing services as part of its commitment to healthcare. The business collaborates with Coriell Life Science on the Software for All-Inclusive Care for the Elderly, or PACE, using their Softlayer technology. PACE wants to enhance the safety of geriatric medicine by knowing more about how various medications interact genetically.
Swabs are taken from the patients’ cheeks to obtain tissue samples. Later on, IBM will keep the DNA samples in a cloud-based storage site that will allow for easy access and analysis.
Corelle Life Science uses SoftLayer to do the computations required to filter through the over 3 billion data points generated by a single genome. GeneVault, the company’s data storage area, allows physicians to access information to determine the most suitable prescription for a patient’s requirements.
The prescription is determined after a series of tests on the DNA information kept in an underground vault. Examination of this genetic code may be used to forecast a medication’s effectiveness. This information is securely shared with physicians to aid them in managing seniors’ medications effectively and preventing potentially fatal conditions such as heart failure.
Geohazard detection is a difficult task but one that is ideally suited to cloud computing. Helix Nebula is developing a platform for Earth observation data collecting and processing in collaboration with the European Space Agency, the French Center National d’Etudes Spatiales, and the German Aerospace Center. To accomplish this goal, considerable emphasis will be made on seismic and volcano investigations.
The Geohazard Supersites Organization monitors and assesses natural catastrophes to reduce the loss of life and property. The headquarters of the organization is in the United Kingdom. The Helix Nebula will store a large quantity of data gathered by the organization, including ESA satellites. The huge data collection will be analyzed and correlated by the supplier of computational cloud services.
Users from all across the globe will be able to exchange data due to this partnership between the Geohazard Supersites Organization and the Helix Nebula. The objective is to create a method for predicting earthquakes and volcanic activity and increasing scientists who utilize it.
Icloudhospital will apply every component of cloud computing to assist in discovering the mysteries of the human genome, such as mapping climatic conditions and predicting natural catastrophes, to mention a few.