As organizations move to the cloud, they should ensure their analytics solution lives up to cloud realities. This is the only way to exploit the potential of the cloud entirely. The debate over whether or not companies are moving to the cloud is over. No matter what analyst reports you to look at, they all indicate that data growth in the cloud is far outpacing on-premises growth.
The pandemic accelerated this trend, as companies are phasing out legacy on-premises technologies in record time. As if that wasn’t proof enough, Snowflake’s impressive IPO shows just how powerful the cloud has become — for both customers and Wall Street.
Businesses go to the cloud for many reasons. They want more flexibility, agile, deliver innovative services faster, improve customer experience and increase profits. And what is at the heart of all this effort? The data.
But data in the cloud is different from data on-premises. As cloud adoption accelerates, organizations need to understand the differences between the two systems. Only in this way can they exploit the potential of the cloud and avoid costly mistakes. Here are three main differences:
Over the past decade, the amount of data we generate has exploded. This growth is only accelerating with cellular, the Internet of Things, and the ever-growing number of SaaS applications. IDC projects that by 2025 we will have around 175 zettabytes of data. That’s right – zettabytes, which is 10 21 bytes.
Cheap, efficient storage in the cloud has made this growth in data volumes possible. But that also brings with it entirely new problems. Businesses are drowning in their data. The technologies that have historically been used to process all this information can hardly handle this scale. However, even more, problematic is that no human can quickly sift through all of this data to uncover meaningful insights. Given the amount of data, this is not feasible. We leapt from a needle in a haystack to looking for a hand in a wheat field.
Data in the cloud is not only larger by many dimensions than on-premises. They also lose value faster. Data is generated from many different digital sources and stored in the cloud. This data is updated as new interactions take place. Data that was brand new in the morning is already out of date by the end of the day.
Let’s take the example of a company website. Anyone conducting a significant product launch wants to know what has happened in the last hour. To take full advantage of website traffic and get the most out of the launch, the company needs to react quickly and possibly reallocate and adjust resources. The data from the previous day is useless, while the current data is priceless.
One of the biggest obstacles for companies has been the fragmentation of their data. Company data was distributed everywhere and used differently by different departments and teams. That was already a major hurdle in managing and backing up the data.
In the cloud world, this challenge is even more significant. Businesses have thousands of different applications, each generating data. This data can be stored in SaaS applications, data lakes, public clouds, private clouds, or even across multiple clouds.
Managing this data requires ensuring that each person has access to the correct data. Most companies are lagging miserably here. Technologies not designed to collect data at the most granular level make it almost impossible for them to get a handle on their data.
Data in the cloud requires a new kind of analysis. Without a fundamentally new architecture, there is no point in forcibly moving the solutions developed for designing dashboards on desktops to the cloud.
Businesses looking to get more from their cloud data should look for analytics platforms that have three capabilities:
Data in the cloud is, without question, the future. But to unlock its value and make meaningful use of the data, companies need new technologies that can cope with the new requirements. If companies try to retrofit an old BI solution for a modern cloud data warehouse, they will probably not see the expected results. They will not be able to exploit the potential of the cloud entirely.
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