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Is Your Data Ready for Industry 4.0?

Jeff Tao
TDengine

Despite its popularity, ChatGPT poses risks as the face of artificial intelligence, especially for companies that rely on real-time data for insights and analysis. Aside from biases, simplifications, and inaccuracies, its training data is limited to 2021, rendering the free version unaware of current events and trends. With no external capabilities to verify facts, relying on outdated data for infrastructure management is akin to launching a new app on a flip phone. If you wouldn't do it there, why would you build new technology on old data now? For industries like manufacturing, where real-time data insights are essential, the effectiveness of AI hinges on the quality and timeliness of the underlying data.

As leaders across Industry 4.0 contemplate, scramble, or pivot to this new era, it's important to get their data to use AI effectively before all else. Tools like ChatGPT can be counterproductive if they require constant error-fixing, but using AI can be revolutionary if you're ready.

To unlock AI's true potential, we must address the core issue: data infrastructure readiness.

Clean, Centralize and Combine

As companies make acquisitions, they inherit different sites and systems, resulting in data fragmentation and inconsistencies that pose significant challenges for centralized data management, especially when using AI. Organizations must prioritize cleaning and aligning data across systems to address these data discrepancies and ensure consistency and accuracy. By centralizing and consolidating data into a unified system, such as a data warehouse, manufacturing companies can streamline data management, facilitate efficient analysis, and avoid inconsistencies from disparate sources for improved operational efficiency.

For Industry 4.0, innovative IIoT solutions are needed to merge, automate, and process the massive volume of timestamped data that needs to be shared, centralized, and analyzed. Large companies likely have a mix of different data systems, meaning that modern systems still need to interoperate with legacy infrastructure over common protocols like MQTT and OPC; ripping and replacing existing data systems to install one uniform system is difficult or impossible for most industrial enterprises.

For more efficiency and better collaboration among key stakeholders, combining data connectors with cloud services provides a powerful tool for leveraging open systems and seamless data sharing. With the combined data, organizations can now have one source of truth, making it easier for AI integration.

Data Sharing and Governance

It is important to audit current data sharing processes and develop standardized procedures to prepare data infrastructure for AI. Data subscription allows real-time sharing without repeated queries, providing partners with only predetermined data. This avoids potentially exposing sensitive information to outside parties. Companies can securely share data by implementing access controls, monitoring usage, and working with reputable vendors.

Next, a data governance strategy establishes procedures, policies, and guidelines for integrity, quality, compliance, and seamless transformation. By defining ownership, enforcing protections, and maintaining standards, manufacturers can create a strong foundation for AI insights. This helps teams use AI efficiently instead of fixing mistakes.

Embrace Open Systems

Sharing data externally is critical for AI success, and open systems are key to providing data sharing. Open systems provide flexibility to work with different AI providers and technologies, assisting the product selection process and letting enterprises choose the solutions that are best for their particular use case.

Transitioning from closed to open or semi-open systems enables effective data sharing across stakeholders while avoiding rip-and-replace scenarios. Open systems allow seamless data sharing via APIs while ensuring security. In addition, they allow third-party products and services for data management to be implemented to leverage AI and Industry 4.0 without extensive in-house infrastructure.

Are You Ready?

In the AI era, data infrastructure readiness is more important than ever. Outdated systems and inefficient tools will hold you back from reaping the benefits of the latest technology. Now is the time to position your organization for better decision-making and more advanced analytics by embracing the transformative effects of AI. The future belongs to the AI-ready. Are you?

Jeff Tao is CEO of TDengine

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Is Your Data Ready for Industry 4.0?

Jeff Tao
TDengine

Despite its popularity, ChatGPT poses risks as the face of artificial intelligence, especially for companies that rely on real-time data for insights and analysis. Aside from biases, simplifications, and inaccuracies, its training data is limited to 2021, rendering the free version unaware of current events and trends. With no external capabilities to verify facts, relying on outdated data for infrastructure management is akin to launching a new app on a flip phone. If you wouldn't do it there, why would you build new technology on old data now? For industries like manufacturing, where real-time data insights are essential, the effectiveness of AI hinges on the quality and timeliness of the underlying data.

As leaders across Industry 4.0 contemplate, scramble, or pivot to this new era, it's important to get their data to use AI effectively before all else. Tools like ChatGPT can be counterproductive if they require constant error-fixing, but using AI can be revolutionary if you're ready.

To unlock AI's true potential, we must address the core issue: data infrastructure readiness.

Clean, Centralize and Combine

As companies make acquisitions, they inherit different sites and systems, resulting in data fragmentation and inconsistencies that pose significant challenges for centralized data management, especially when using AI. Organizations must prioritize cleaning and aligning data across systems to address these data discrepancies and ensure consistency and accuracy. By centralizing and consolidating data into a unified system, such as a data warehouse, manufacturing companies can streamline data management, facilitate efficient analysis, and avoid inconsistencies from disparate sources for improved operational efficiency.

For Industry 4.0, innovative IIoT solutions are needed to merge, automate, and process the massive volume of timestamped data that needs to be shared, centralized, and analyzed. Large companies likely have a mix of different data systems, meaning that modern systems still need to interoperate with legacy infrastructure over common protocols like MQTT and OPC; ripping and replacing existing data systems to install one uniform system is difficult or impossible for most industrial enterprises.

For more efficiency and better collaboration among key stakeholders, combining data connectors with cloud services provides a powerful tool for leveraging open systems and seamless data sharing. With the combined data, organizations can now have one source of truth, making it easier for AI integration.

Data Sharing and Governance

It is important to audit current data sharing processes and develop standardized procedures to prepare data infrastructure for AI. Data subscription allows real-time sharing without repeated queries, providing partners with only predetermined data. This avoids potentially exposing sensitive information to outside parties. Companies can securely share data by implementing access controls, monitoring usage, and working with reputable vendors.

Next, a data governance strategy establishes procedures, policies, and guidelines for integrity, quality, compliance, and seamless transformation. By defining ownership, enforcing protections, and maintaining standards, manufacturers can create a strong foundation for AI insights. This helps teams use AI efficiently instead of fixing mistakes.

Embrace Open Systems

Sharing data externally is critical for AI success, and open systems are key to providing data sharing. Open systems provide flexibility to work with different AI providers and technologies, assisting the product selection process and letting enterprises choose the solutions that are best for their particular use case.

Transitioning from closed to open or semi-open systems enables effective data sharing across stakeholders while avoiding rip-and-replace scenarios. Open systems allow seamless data sharing via APIs while ensuring security. In addition, they allow third-party products and services for data management to be implemented to leverage AI and Industry 4.0 without extensive in-house infrastructure.

Are You Ready?

In the AI era, data infrastructure readiness is more important than ever. Outdated systems and inefficient tools will hold you back from reaping the benefits of the latest technology. Now is the time to position your organization for better decision-making and more advanced analytics by embracing the transformative effects of AI. The future belongs to the AI-ready. Are you?

Jeff Tao is CEO of TDengine

Hot Topics

The Latest

Organizations that perform regular audits and assessments of AI system performance and compliance are over three times more likely to achieve high GenAI value than organizations that do not, according to a survey by Gartner ...

Kubernetes has become the backbone of cloud infrastructure, but it's also one of its biggest cost drivers. Recent research shows that 98% of senior IT leaders say Kubernetes now drives cloud spend, yet 91% still can't optimize it effectively. After years of adoption, most organizations have moved past discovery. They know container sprawl, idle resources and reactive scaling inflate costs. What they don't know is how to fix it ...

Artificial intelligence is no longer a future investment. It's already embedded in how we work — whether through copilots in productivity apps, real-time transcription tools in meetings, or machine learning models fueling analytics and personalization. But while enterprise adoption accelerates, there's one critical area many leaders have yet to examine: Can your network actually support AI at the speed your users expect? ...

The more technology businesses invest in, the more potential attack surfaces they have that can be exploited. Without the right continuity plans in place, the disruptions caused by these attacks can bring operations to a standstill and cause irreparable damage to an organization. It's essential to take the time now to ensure your business has the right tools, processes, and recovery initiatives in place to weather any type of IT disaster that comes up. Here are some effective strategies you can follow to achieve this ...

In today's fast-paced AI landscape, CIOs, IT leaders, and engineers are constantly challenged to manage increasingly complex and interconnected systems. The sheer scale and velocity of data generated by modern infrastructure can be overwhelming, making it difficult to maintain uptime, prevent outages, and create a seamless customer experience. This complexity is magnified by the industry's shift towards agentic AI ...

In MEAN TIME TO INSIGHT Episode 19, Shamus McGillicuddy, VP of Research, Network Infrastructure and Operations, at EMA explains the cause of the AWS outage in October ... 

The explosion of generative AI and machine learning capabilities has fundamentally changed the conversation around cloud migration. It's no longer just about modernization or cost savings — it's about being able to compete in a market where AI is rapidly becoming table stakes. Companies that can't quickly spin up AI workloads, feed models with data at scale, or experiment with new capabilities are falling behind faster than ever before. But here's what I'm seeing: many organizations want to capitalize on AI, but they're stuck ...

On September 16, the world celebrated the 10th annual IT Pro Day, giving companies a chance to laud the professionals who serve as the backbone to almost every successful business across the globe. Despite the growing importance of their roles, many IT pros still work in the background and often go underappreciated ...

Artificial Intelligence (AI) is reshaping observability, and observability is becoming essential for AI. This is a two-way relationship that is increasingly relevant as enterprises scale generative AI ... This dual role makes AI and observability inseparable. In this blog, I cover more details of each side ...

Poor DEX directly costs global businesses an average of 470,000 hours per year, equivalent to around 226 full-time employees, according to a new report from Nexthink, Cracking the DEX Equation: The Annual Workplace Productivity Report. This indicates that digital friction is a vital and underreported element of the global productivity crisis ...