The burgeoning spread of Covid-19 has caused upheaval in the human world, and left the economy shredded. At such times, doctors, analysts, researchers, data scientists, and tech experts have joined hands to find a solution. Experts are using tools like machine learning, AI, IoT, big data analytics, to detect the virus and pause it from spreading further.
A myriad of patient information is getting stored now, and it can be challenging to index each one and discover a solution to curb the infection. Here is where Big Data comes into the picture. Big Data is becoming a reliable tool for analyzing these datasets and recognizing the patterns that can help detect infection and recovery.
Big Data has given us a lot to battle against Covid-19, and moving forward; these lessons will make it simpler for businesses and merchants to render better big data projects.
It can be pretty challenging to overcome the pandemic crises, but let’s learn what big data lessons are here to offer us.
Big Data Offers Us;
Imagination is Supreme
To date, many of us are well acquainted with viewing Covid-19 spread maps on TV and the web. These maps showcase all the locations that are infection hotspots across the globe and report the conditions of the infection state by state in the States.
These pictorial geographic maps enable placing statistical information on mapping engines, thus blending structured and unstructured map-based pictures to develop an overall outcome.
The chart works since we can easily link the geography that maps display and the statistical information on the infection superimposed on them. In such a situation, a “best case” imagination of information is getting used by the presenters that guarantee that the messages they are conveying about Covid-19 spread, and hot spots can be understood by the viewers easily.
Big Data is a Facilitator
At times, the value of big data is not shown in the data, but its ability.
At the times of Covid-19, big data has played a significant role as a facilitator. It can process audio, video, and other types of non-standard data in ways that organized data processing cannot.
The primary use is the extensive use of telemedicine that has enabled virtual doctor appointments between home-bound patients and their medical care providers. Companies with work from home employees also arrange virtual meetings to work together as a team.
This working of big data across the globe has created opportunities for real-time affiliation and data exchanges that would have got hindered due to Covid-19 lockdowns.
Synchronization Plays a Key Role
The big data apps that can tap value out of organized or unorganized data are the best kinds. To defeat the virus, IoT-based devices, like thermometers and contact tracers, can be merged with statistical information to track virus outbursts so the spread can get reduced. To generate these all-inclusive Covid-19 tracing and detection engines, data experts must select the best sources of data to sync with, so they can develop a compound image of what’s up. Big data processes facilitate them with this.
Big Data Projects Under Pipeline
There are a minimum of 78 Covid-19 vaccine projects in the pipeline across the globe. And without the assistance of big data, the vaccine trials and formulations couldn’t be possible. This puts big data in a position of a mission-critical application that might become inevitable to end the pandemic.
Having to process the information at the pace of big data for drug and vaccine makers, and later being able to utilize big data in-memory processing to interface and interact with IoT and automated frameworks on manufacturing floors, will decide how rapidly mass measures of vaccines can get circulated to the crowd. This IoT processing assists businesses to examine product manufacturing and quality, and it hastens the product to showcase.
Collaboration is Essential
Covid-19 is a global pandemic. Here, the best and rational method is to fight the battle against this gruesome virus with worldwide cooperation and data exchange to find an antidote. This information teamwork can get smoothly done with big data projects like those conducted in the open-source communities.
The main thing is nations being willing to disseminate information about what they know so it can get passed on further to curb this virus. In today’s political world, this is not how it’s happening, but the big data tools are in place to help. The moral of the story is that we can receive positive outcomes quicker if we can use big data tools and collaborate.
So far, we have seen big data from a positive angle; however, understanding data is not actually this simple. There can be certain flaws, too, which often get overlooked. Let’s have a look at it also before making any conclusions.
Big Data Challenges;
Science is a “Myth.”
Professionals like to tell us - trust the science. However, this outbreak has made it crystal clear that there is no such science that can get regarded as the ultimate truth. In the U.K., lockdowns got modeled on the Imperial College, which speculated enormous death rates; whereas, the Oxford group thought more hopeful assumptions, and some others anticipated somewhat in the middle. There wasn’t adequate data to make a precise forecast, so instead of hanging to the scientific, the government had to make decisions based on such models in an amalgamation.
Raw Data Can’t be Reliable.
When you compare the John Hopkins University’s website with that of the Worldometer on Covid-19, you’ll view not only varied data but also different definitions of the data. Hence, we can’t count on them to make comparisons on various nations.
We have seen uses and the challenges both faced by Big Data. Yes, we can’t entirely count on the big data, but what is so certain in life? Nothing, right? Taking the help of big data is our best bet.
In the future, big data will play a significant role in observing comprehensive data about tracking viruses, modeling, tracking human activity, and imagining data. With big data analytics, the data scientists have a better chance at eliminating the infection, than without it.