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In today's data-rich environment, enterprises find themselves custodians of vast, largely untapped repositories of unstructured data. These troves, encompassing documents, emails, videos and more, represent a latent competitive advantage—a wealth of potential insights awaiting activation.

The challenge lies not in the accumulation of data, but in the effective extraction of actionable intelligence. Artificial Intelligence (AI) serves as the transformative tool, capable of converting this “dark data” into tangible business value.

Nearly 90 percent of enterprise data remains unstructured. The most significant opportunity for enterprise growth and innovation in the current landscape is thoughtful AI application. The key is moving beyond mere data collection to strategic data operationalization.

Decision-Making Challenges in the Age of Information

The sheer volume of data does not automatically translate to accelerated or improved decision-making. In fact, teams often struggle to derive relevant insights and take decisive action amid the noise. To address these challenges, enterprises should focus on three critical areas of improvement:

Breaking Down Departmental Data Silos: Siloed data impedes cross-enterprise information sharing, hindering comprehensive analysis and strategic alignment. Establishing seamless data flow between departments unlocks a holistic view of the enterprise, allowing for better and more informed decision-making.

Upgrading Legacy Systems: Legacy systems often cannot fully leverage modern data processing capabilities, limiting the potential for advanced analytics and AI integration. Modernizing infrastructure is essential to unlock the full value of enterprise data.

Transforming Regulatory Compliance: Viewing regulatory compliance as a structured framework, rather than a mere obligation, allows enterprises to proactively leverage compliance data for strategic insights and confident action. This approach transforms compliance from a cost center into a value driver.

To drive this point home, let’s consider the example of a major healthcare provider grappling with fragmented patient data dispersed across 15 disparate systems. By implementing a unified data platform, the provider can empower physicians with comprehensive patient histories during critical situations, reducing treatment delays, minimizing redundant testing and ultimately improving patient outcomes.

Enterprises don’t need more data—they need better ways to use the data they already have. When enterprises combine data quality, governance and scalable AI systems, they turn a passive asset into a strategic differentiator.

Navigating the Critical Data-AI Relationship

The symbiotic relationship between data and AI demands careful navigation. Several key considerations are paramount:

The Data Quality Imperative: The performance of AI systems is inextricably linked to the quality of the underlying data. Poor-quality data can severely limit AI's potential, leading to inaccurate outputs and flawed insights. Enterprises must prioritize data excellence as the bedrock of any successful AI initiative.

Preserving Trust in AI: AI-driven decisions are only as reliable as the data upon which they are based. Inaccuracies, biases, or "hallucinations" can erode confidence in AI outputs, hindering adoption and potentially leading to adverse outcomes. Enterprises must implement robust data validation and governance mechanisms to ensure the trustworthiness of AI systems.

Impact Multiplication: The impact of poor data quality on AI performance is not merely additive; it's multiplicative. Failing to address data quality issues can lead to compounded losses in efficiency, accuracy and competitive advantage. Enterprises must recognize the long-term consequences of neglecting data quality.

Industry Reality Check: The Real Cost of Untapped Data

Untapped data represents more than just a missed opportunity; it's a tangible competitive disadvantage. Consider the following industry-specific realities:

Financial Services: Financial institutions often struggle with outdated data systems that are ill-equipped to detect sophisticated modern fraud patterns, leaving them vulnerable to financial losses and reputational damage.

Healthcare: Fragmented patient data within healthcare systems compromises the quality of care, increases costs and hinders the development of personalized treatment plans.

Retail & CPG: Retailers collect vast amounts of consumer data but often fail to translate these insights into the personalized customer experiences now expected, resulting in lost sales and diminished brand loyalty.

The key takeaway is clear: data hoarding is not a viable strategy. Enterprises must prioritize data monetization and operationalization to unlock the full potential of their data assets.

The Data-to-Intelligence Revolution: AI as the Catalyst

A modern data engineering approach must encompass every stage of the data lifecycle, from legacy data migration and real-time ingestion to robust governance and AI-driven analytics. Key components include:

AI-Accelerated Data Migration: AI/ML-powered accelerators streamline the transition from legacy systems to cloud-native environments, minimizing disruption and accelerating time-to-value. Automated workload discovery and dependency mapping provide a structured migration plan, while AI-driven schema conversion, code refactoring and optimization reduce manual effort. Self-learning AI models analyze historical workloads and recommend performance-optimized architectures for modern platforms.

Advanced Data Engineering: Real-time data processing is essential to power AI-driven decision-making. Generative AI enhances ETL/ELT pipelines, automating data transformation and quality checks. Automated, real-time ingestion pipelines leverage AI to detect, clean and process data at scale. Predictive optimization models dynamically allocate computing resources based on workload demand, while event-driven architectures ensure instant data availability for analytics and decision-making.

Knowledge Graphs for Enterprise Data Intelligence: Generative AI-powered knowledge graphs transform fragmented enterprise data into an intelligent, structured and interconnected ecosystem. AI algorithms detect patterns and uncover insights that would otherwise be missed, while enhanced data lineage tracking ensures accuracy, transparency and trust in AI-driven decisions.

Building an AI-Ready Data Foundation: A robust data foundation is essential to support AI initiatives. This includes:

• Robust Infrastructure: Ensuring high-quality, integrated data for AI-driven insights.
• AI-Driven Governance: Automating compliance, preventing mismanagement and securing access to sensitive data.
• Smart Metadata Management: Enabling automated tagging for organization, searchability and auditability.

The data-to-AI revolution isn’t about isolated initiatives—it’s about integrating every layer of enterprise data into a responsive, scalable foundation for innovation.

Transforming Data with AI Agents: From Raw Information to Powerful Insights

We are rapidly moving beyond the era of static business intelligence dashboards and reactive data analysis. The future of enterprise decision-making lies in the hands of AI agents: intelligent, autonomous systems that proactively transform raw information into actionable insights. These aren't just souped-up analytics tools; they represent a fundamental shift in how enterprises interact with and leverage their data assets.

The key to unlocking the full potential of AI agents lies in their ability to:

Contextualize Data: AI agents don't just process data; they understand its context, relevance and implications.

Automate Insights: AI agents automate the process of extracting insights, eliminating the need for manual analysis and freeing up human resources for more strategic tasks.

Enable Proactive Decision-Making: AI agents empower enterprises to anticipate and respond to change in real-time, enabling proactive decision-making and a competitive edge.

For example: imagine a retail enterprise deploying AI agents to continuously monitor customer behavior, social media trends and competitor pricing strategies. Instead of waiting for a weekly report, these agents dynamically adjust stock recommendations, personalize marketing campaigns and optimize pricing in real-time. This level of agility was previously unattainable, but AI agents make it a reality.

This is where dark data turns into an enterprise superpower. It enables every employee—not just data scientists—to make informed decisions, guided by always-on, always-evolving intelligence.

Conclusion: From Data Possession to Data Power

In the modern enterprise, the emphasis must shift from simply possessing data to effectively leveraging it. Enterprises don't need more data; they need better ways to use the data they already have. Failing to operationalize data comes with the risk of falling behind competitors who are actively harnessing the power of AI.

The enterprises that will thrive in the decades to come are those that can successfully unlock and activate their untapped data assets using AI. The question is no longer “How much data do you have?” but “How intelligently are you using it?”

The time to act is now. The future belongs to those who can harness the hidden power of their dark data, transforming it into AI-driven business value.

We list the best data visualization tools.

This article was produced as part of TechRadarPro's Expert Insights channel where we feature the best and brightest minds in the technology industry today. The views expressed here are those of the author and are not necessarily those of TechRadarPro or Future plc. If you are interested in contributing find out more here: https://www.techradar.com/news/submit-your-story-to-techradar-pro

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• MaxSun’s Mini Station fuses dual GPUs and mobile silicon into a compact desktop unit
• With 48GB of VRAM, it’s clearly built for demanding creative and AI inference tasks
• Dual Thunderbolt 5 ports and SlimSAS slots push bandwidth to a theoretical 192Gbps

MaxSun has introduced what it claims is the industry's first compact workstation built around Intel’s Core Ultra 9 285HX processor, a chip based on the Arrow Lake-HX architecture.

The MaxSun Mini Station is a compact system intended for professionals handling AI inference, model deployment, or resource-heavy creative work.

The system includes two Arc Pro B60 GPUs from MaxSun, specifically the Milestone 24G model, each equipped with 24GB of video memory - together, they provide a total of 48GB VRAM, designed to support demanding workloads like large language model interactions and long-context scenarios such as Qwen3-32B.

Dual Arc GPUs push VRAM to 48GB

There are some questions over its practical compatibility and whether such GPU arrangements can scale efficiently across different software stacks, especially those outside of AI labs.

On the CPU front, MaxSun opted for the Core Ultra 9 285HX, a 24-core processor with 8 performance cores and 16 efficient cores.

This mobile-class chip, recontextualized for desktop through the MoDT (Mobile on Desktop) strategy, forms the foundation of the Mini Station.

The processor is not removable or upgradable, which imposes a fixed ceiling on long-term flexibility.

Although the hardware choice makes sense from a manufacturing standpoint, it may raise doubts for buyers.

In terms of connectivity, the Mini Station supports one M.2 PCIe 5.0 x4, two M.2 PCIe 4.0 x4, and two SlimSAS SFF-8654 4i PCIe 4.0 x4 interfaces - combined with dual Thunderbolt 5 and dual Thunderbolt 4 ports, the system delivers a theoretical throughput of 192Gbps.

These specs suggest real potential for external GPU setups or ultra-fast local storage, important factors for those looking for the best PC for video editing or complex simulations.

The MaxSun GPUs incorporate dual fans, composite heat pipes, and a metal backplate, which should ensure thermal stability.

However, this does not eliminate concerns over performance throttling in such a compact case.

Via ITHome and Videocardz

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Speaking to CNN (via Android Authority), Samsung mobile executive Won-joon Choi offered some thoughts on the next wave of wearable devices we might see – and how these devices could differ from what we have today.

"We believe [these devices] should be wearable, something that you shouldn’t carry, [that] you don’t need to carry," says Choi. "So it could be something that you wear, glasses, earrings, watches, rings and sometimes [a] necklace."

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The Galaxy Watch 8 is Samsung's newest wearable (Image credit: Samsung)

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