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Revising the title: Reason for prioritizing the "three As" over the "four Vs" in big data context

Big Data's essential characteristics, encapsulated by the 'four Vs' - veracity, variety, volume, and velocity - are comprehensively recognized by the majority of Chief Information Officers (CIOs), providing them with a clear understanding of its defining features.

Big Data's traditional "four Vs" (Volume, Velocity, Variety, and Veracity) may soon be overshadowed...
Big Data's traditional "four Vs" (Volume, Velocity, Variety, and Veracity) may soon be overshadowed by the proposed "three As" (Accessibility, Affordability, and Actionability).

Revising the title: Reason for prioritizing the "three As" over the "four Vs" in big data context

In the modern business landscape, the issue of managing and integrating data, often referred to as 'wide data', has become a significant challenge. Unlike the common focus on 'big data', businesses today grapple with numerous types of information from various sources, a problem that often hinders the accuracy of their data.

The 'four Vs' of big data - veracity, variety, volume, and velocity - provide a framework for understanding this challenge. While volume is rarely a problem for most companies, except those collecting terabytes of data daily through IoT or social media, veracity and velocity are often the most problematic.

Veracity, or the accuracy and trustworthiness of the data, is crucial for drawing meaningful insights. Inconsistencies in data format, due to the diversity of sources and breadth of fields, make correlations impossible without manual correction, a time-consuming and frustrating process.

However, the advent of new techniques in auto-translate with semantic analysis can now cope with the meaning of data, even in multiple languages. This development, coupled with machine learning algorithms, can help understand what to do when errors are discovered in data, thereby improving its veracity.

The 'third A' of big data, automation, also plays a crucial role in addressing accuracy issues in large datasets. Machine learning technology can make inaccurate data understandable and valuable again by adapting to new types of irregularities and learning new solutions.

Companies such as Informatica, Ataccama, Talend, Great Expectations, Collibra, Monte Carlo, Sifflet, and Datafold are leveraging these advancements to improve the quality of their datasets and address challenges in integrating different data sources. Through automation, validation, and metadata management platforms, they aim to streamline the process and reduce the time spent on dramatic revisits to data before insights can be drawn.

The board expects to be able to identify correlations across the entire business activity and base strategic decisions on the insights. However, the data is often not up to scratch. With the help of machine learning technologies, businesses can now bridge this gap and make data-driven decisions with confidence.

In conclusion, the challenge of 'wide data' and integrating different sources is no longer an insurmountable obstacle. With the right tools and technologies, businesses can ensure the accuracy of their data, enabling them to draw meaningful insights and make strategic decisions based on accurate information.

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