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Gartner: Organizations Will Shift From Big Data to Small and Wide Data

Gartner, Inc. predicts that by 2025, 70% of organizations will shift their focus from big to small and wide data, providing more context for analytics and making artificial intelligence (AI) less data hungry.

"Disruptions such as the COVID-19 pandemic is causing historical data that reflects past conditions to quickly become obsolete, which is breaking many production AI and machine learning (ML) models," said Jim Hare, Distinguished Research VP at Gartner. "In addition, decision making by humans and AI has become more complex and demanding, and overly reliant on data hungry deep learning approaches."

Gartner analysts discussed new data and analytics (D&A) techniques to build a resilient, adaptable and data literate organization during the Gartner Data & Analytics Summit 2021.

D&A leaders need to turn to new analytics techniques knows as "small data" and "wide data".

"Taken together they are capable of using available data more effectively, either by reducing the required volume or by extracting more value from unstructured, diverse data sources," said Hare.

Small and Wide Data Allow More Robust Analytics and AI

Small data is an approach that requires less data but still offers useful insights. The approach includes certain time-series analysis techniques or few-shot learning, synthetic data, or self-supervised learning. 

Wide data enables the analysis and synergy of a variety of small and large, unstructured, and structured data sources. It applies X analytics, with X standing for finding links between data sources, as well as for a diversity of data formats. These formats include tabular, text, image, video, audio, voice, temperature, or even smell and vibration.

"Both approaches facilitate more robust analytics and AI, reducing an organization's dependency on big data and enabling a richer, more complete situational awareness or 360-degree view," said Hare. "D&A leaders apply both techniques to address challenges such as low availability of training data or developing more robust models by using a wider variety of data."

Small and Wide Data Applications

Potential areas where small and wide data can be used are demand forecasting in retail, real-time behavioral and emotional intelligence in customer service applied to hyper-personalization, and customer experience improvement.

Other areas include physical security or fraud detection and adaptive autonomous systems, such as robots, which constantly learn by the analysis of correlations in time and space of events in different sensory channels.

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Gartner: Organizations Will Shift From Big Data to Small and Wide Data

Gartner, Inc. predicts that by 2025, 70% of organizations will shift their focus from big to small and wide data, providing more context for analytics and making artificial intelligence (AI) less data hungry.

"Disruptions such as the COVID-19 pandemic is causing historical data that reflects past conditions to quickly become obsolete, which is breaking many production AI and machine learning (ML) models," said Jim Hare, Distinguished Research VP at Gartner. "In addition, decision making by humans and AI has become more complex and demanding, and overly reliant on data hungry deep learning approaches."

Gartner analysts discussed new data and analytics (D&A) techniques to build a resilient, adaptable and data literate organization during the Gartner Data & Analytics Summit 2021.

D&A leaders need to turn to new analytics techniques knows as "small data" and "wide data".

"Taken together they are capable of using available data more effectively, either by reducing the required volume or by extracting more value from unstructured, diverse data sources," said Hare.

Small and Wide Data Allow More Robust Analytics and AI

Small data is an approach that requires less data but still offers useful insights. The approach includes certain time-series analysis techniques or few-shot learning, synthetic data, or self-supervised learning. 

Wide data enables the analysis and synergy of a variety of small and large, unstructured, and structured data sources. It applies X analytics, with X standing for finding links between data sources, as well as for a diversity of data formats. These formats include tabular, text, image, video, audio, voice, temperature, or even smell and vibration.

"Both approaches facilitate more robust analytics and AI, reducing an organization's dependency on big data and enabling a richer, more complete situational awareness or 360-degree view," said Hare. "D&A leaders apply both techniques to address challenges such as low availability of training data or developing more robust models by using a wider variety of data."

Small and Wide Data Applications

Potential areas where small and wide data can be used are demand forecasting in retail, real-time behavioral and emotional intelligence in customer service applied to hyper-personalization, and customer experience improvement.

Other areas include physical security or fraud detection and adaptive autonomous systems, such as robots, which constantly learn by the analysis of correlations in time and space of events in different sensory channels.

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AI observability serves several roles across an organization. AI engineers use it to build, evaluate, and improve AI systems. SREs use it to operate those systems reliably and efficiently in production, including managing their cost. Leaders need it to connect AI behavior and operational performance to business outcomes. The common need is a clear understanding of whether AI systems are delivering the intended result ...

Part 4 outlines the challenges enterprise face when adopting AI observability. The main challenge is that AI complexity compounds at every stage of maturity. LLM-based applications introduce new behavior, dependencies, and quality considerations, while Agentic AI adds further failure modes as systems make decisions and take actions ...

Part 3 reports on the current state of AI observability. Most experts agree: enterprises are moving faster with AI than they are with the operational discipline needed to run it safely ...

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Amid rising complexity, organizations are moving quickly toward agent-driven operations: AgenticOps, according to The Impact of Agentic AI on Network Operations, a new report from Cisco ...

AI, automation, and enterprise software give organizations an extraordinary amount of leverage. Work that once required hours can happen in minutes. Information buried across systems can be analyzed almost instantly. Complex workflows can be coordinated across teams with far less manual intervention. That leverage creates a temptation to start with the technology ...

Everyone wants to talk about models. Compute clusters. Benchmark scores that climb a fraction of a point and make headlines anyway. It's an easy conversation to have because it's measurable. But it's also increasingly beside the point ...

For more than a decade, the default infrastructure play has been simple. Move more workloads to the cloud, retire on-premises gear and treat the data center as a cost to shrink. That logic held while public cloud offered near-limitless capacity at predictable prices, and AI demand is now testing both halves of that assumption ...

Most enterprise IT leaders can tell you exactly how many applications are running across their organization. They can surface a dashboard showing telecom spend by region, pull a report on SaaS license utilization, or call up a real-time view of mobile device inventory. The data is there, and IT leaders have largely delivered on the promise of visibility. Yet, in most organizations, that visibility has not translated into business value ...