Hybrid cloud, Machine Learning, Kubernetes, talent gap, Hadoop compute and China innovation topping the list
SAN MATEO, CA – January 14, 2020 – Alluxio’s Founder, Chairman and CTO Haoyuan (H.Y.) Li forecasts seven major developments in cloud, AI, DevOps, data analytics and storage in 2020. Most organizations are in the early stages of the data revolution running many different workloads on a wide variety of platforms across clouds and hybrid clouds. 2020 will see even more advances in AI, machine learning and analytic workloads and technologies to support them.
Haoyuan Li outlines the following seven major trends that guide his predictions:
Rise of the hybrid cloud (really)
We’ve been hearing people talk about the hybrid cloud for the past three years now. And for the most part, that’s all it’s been – talk. 2020 is the year it gets real. We are seeing large enterprises refusing to add capacity on-prem to their Hadoop deployments and instead invest in the public cloud. But they are still not willing to move their core enterprise data to the cloud. Data will stay on-prem and compute will be burst to the cloud, particularly for peak demands and unpredictable workloads. Technologies that provide optimal approaches to achieve this will drive the rise of the hybrid cloud.
One Machine Learning framework to rule them all
Machine learning with models has reached a turning point, with companies of all sizes and at all stages moving towards operationalizing their model training efforts. While there are several popular frameworks for model training, a leading technology hasn’t yet emerged. Just like Apache Spark is considered a leader for data transformation jobs and Presto is emerging as the leading tech for interactive querying, 2020 will be the year we’ll see a frontrunner dominate the broader model training space with pyTorch or Tensorflow as leading contenders.
“Kubernetifying” the analytics stack
While containers and Kubernetes works exceptionally well for stateless applications like web servers and self-contained databases, we haven’t seen a ton of container usage when it comes to advanced analytics and AI. In 2020, we’ll see a shift to AI and analytic workloads becoming more mainstream in Kubernetes land. “Kubernetifying” the analytics stack will mean solving for data sharing and elasticity by moving data from remote data silos into K8s clusters for tighter data locality.
Hadoop storage (HDFS) is dead. Hadoop compute (Spark) lives strong
There is a lot of talk about Hadoop being dead…but the Hadoop ecosystem has rising stars. Compute frameworks like Spark and Presto extract more value from data and have been adopted into the broader compute ecosystem. Hadoop storage (HDFS) is dead because of its complexity and cost and because compute fundamentally cannot scale elastically if it stays tied to HDFS. For real-time insights, users need immediate and elastic compute capacity that’s available in the cloud. Data in HDFS will move to the most optimal and cost efficient system, be it cloud storage or on-prem object storage. HDFS will die but Hadoop compute will live on and live strong.
AI & analytics teams will merge into one as the new foundation of the data organization
Yesterday’s Hadoop platform teams are today’s AI/analytics teams. Over time, a multitude of ways to get insights on data have emerged. AI is the next step to structured data analytics. What used to be statistical models has converged with computer science to become AI and ML. So data, analytics, and AI teams need to collaborate to derive value from the same data they all use. And this will be done by building the right data stack – storage silos and computes, deployed on-prem, in the cloud, or in both, will be the norm. In 2020 we’ll see more organizations building dedicated teams around this data stack.
Talent gap will inhibit data technology adoption
Building the stacks that enable data technology into practice is hard, and this will only become more obvious in 2020. As companies discuss the importance of data in their organizations, they’ll need to hire the data, AI, and cloud engineers to architect it. But there aren’t enough engineers who have expertise in these technologies to do that. This “super-power” skill is the ability to understand data, structured and unstructured, and pick the right approach to analyze it. Until the knowledge gap closes, we’ll continue to see a shortage of these types of engineers – many companies will come up short on their promises of ‘data-everywhere’.
China is moving to the cloud on a scale much larger than the US and will leap frog from on-prem to massive cloud deployments for advanced workloads
Over the past 5 year, while enterprises in the US have been moving in leaps and bounds to public clouds, enterprises in China have been investing mostly in on-prem infrastructure primarily for data-driven platform infrastructure. 2020 will be the inflection point where this changes. China will leapfrog into the cloud at a scale much larger than the US by adopting the public cloud for new use cases, bursting in the cloud for peak loads and over time move existing workloads. Public cloud leaders in China will see dramatic growth that might outpace the growth of the current cloud giants.
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Proven at global web scale in production for modern data services, Alluxio is the developer of open source data orchestration software for the cloud. Alluxio moves data closer to big data and machine learning compute frameworks in any cloud across clusters, regions, clouds and countries, providing memory-speed data access to files and objects. Intelligent data tiering and data management deliver consistent high performance to customers in financial services, high tech, retail and telecommunications. Alluxio is in production use today at seven out of the top ten internet companies. Venture-backed by Andreessen Horowitz and Seven Seas Partners, Alluxio was founded at UC Berkeley’s AMPLab by the creators of the Tachyon open source project. For more information, contact email@example.com or follow us on LinkedIn, or Twitter.
Winkowski Public Relations, LLC for Alluxio