Analysing and handling massive amounts of data is a tedious task but blockchain can help add another layer of protection to the big data analytics process.
We have already started living in a Big Data generation. Every day, massive volumes of data are generated by different networks in different industries. This large amount of data includes the records, messages sent and received, uploaded videos, GPS signals, online data transactions, and many other sources. For some top valued industries such as healthcare, educational and banking, high-quality security and maintenance should be provided to protect this data from malware or spy. Regular analysis of this large data leads to more innovation and growth for every economic aspect. Organisations analyse the data for an optimised client engagement and individual decision-making process, which allows them to predict future trends among the others.
Analysing and handling such massive amounts of data could be tedious. This is where blockchain comes into play. Blockchain helps to add another layer of protection to the big data analytics process. Blockchain-generated big data is more secure and valuable due to the network architecture by making it a perfect match for further analysis. Blockchain technology supports the bitcoins, but it can also lead to some great solutions for big data.
Blockchain can be applied to any industry no matter the domain concerned with the data. Organisations hold a ledger for the records of transactions made out and so the blockchain helps form a distributed database to reach through consensus mechanisms. The blockchain is immutable, verifiable and traceable as it makes use of the hash algorithm and timestamp for transforming the low-quality data. Blockchain technology eliminates garbage data, giving higher quality and increments security too. Therefore, if applied correctly, blockchain can be the catalyst for better data resulting in better outcomes.
Data analytics and blockchain
The first obvious space to apply blockchain to big data is finance, as every transaction offers a level of anonymity and data is not kept private. It is possible to find different patterns for transactions for Bitcoin transactions by linking those to people. Multiple organisations have started working on such solutions, and it has helped avoid crime. But beyond finance, Big Data is a digital database technology that can be applied to any industry.
Today, e-commerce businesses have started to implement blockchain by storing granular transaction data to understand its interactions with producers and consumers. Retail giants like Walmart are also using blockchain to increase food safety by increasing traceability and managing daily data to ensure its reliability. Blockchain also has immense potential in the healthcare industry where the bulk of data is generated by the reports and case studies that are private and confidential. Google DeepMind and NHS are joining hands in the UK to use blockchain for storing encryption-free patient data. It will be used to create a verifiable data audit ensuring that the data used for research purpose has appropriate permissions.
How blockchain is improving Big Data
Despite the fact that blockchain has just turned into a hot innovation as of late, Estonia has been trying the blockchain innovation since 2008. Since 2012, blockchain has been underway used in Estonia's information vaults, for example, the national wellbeing, legal, administrative, security and business code frameworks, with plans to stretch out its utilization to different circles, Estonia intends to be the most advanced digital society in the world based on blockchain specially designed for government officials. It is assumed to be using the Keyless Signature Infrastructure (KSI) to store public data in a secure manner. KSI helps to monitor changes in the database hence ensuring that the data is transparent, which helps tracking down tampered or duplicate records. Also, blockchain makes it difficult for any third party to tamper with the data internally, which ultimately reduces fraud and corruption and increasing efficiency
Golem is a supercomputer that is decentralized and accessible for anyone. It is made up of the syndicate powering of user's machines ranging from PCs to entire data centres.
Path allows big data and blockchain users to rent extra bandwidth. Generally, a company wants to analyse how deep their website performs around the world, how long it takes to load an application or how clustering of networks gets at certain hours of the day. The users install Path Mining Nodes onto their computers, which works in the background passively by earning tokens for providing work insights back to Path.
Skry allows companies to detect suspicious activity on the blockchain and identify illegal entities by eliminating synthetic identity theft. It also offers bigdata bitcoin analytics by helping companies to avoid transactions with criminal counterparts.
Dapp builder is useful in the financial sector to store and verify financial data. Intermediaries used to verify transactional information will be cut down, which leads to an increase in efficiency.
Every industry deals with data and can benefit from the security a decentralized technology like blockchain can provide. It can improve big data analytics because it speeds up the process of identifying hazardous and suspicious data and, at the same time, can determine patterns.
Analyzing the origin of data and ensuring data reliability by immutable, verifiable and traceable is an archetype, but blockchain catalyses data quality and reduces time complexity for compiling and verifying data. The analytics performed on the generated data can help improve businesses and governments and can open a lot of opportunities.
(Disclaimer: The views and opinions expressed in this article are those of the author and do not necessarily reflect the views of YourStory.)
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