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MDM vs. CDP: Which Does Your Organization Need?


Most, if not all, organizations need help utilizing the data collected from various sources efficiently, thanks to the ever-evolving enterprise data management landscape. Often, the reasons include:   1. Data is collected and stored in siloed systems 2. Different verticals or departments own different types of data 3. Inconsistent data quality across the organization Implementing a central […]

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Author: Mahtab Masood and Arjun Vishwanath

Granularity Is the True Data Advantage


Commerce today runs on data – guiding product development, improving operational efficiency, and personalizing the customer experience. However, many organizations fall into the trap of thinking that more data means more sales, when these two factors aren’t directly correlated. Often, executives will become overzealous in their digital transformations and cut blank checks for data collection, […]

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Author: Fabrizio Fantini

Mind the Gap: The Data Chasm


Welcome to the inaugural edition of Mind the Gap, a monthly column exploring practical approaches for improving data understanding and data utilization (and whatever else seems interesting enough to share). This month, we start not with a gap but with a chasm – one that’s at the core of a bewildering paradox. We continue to see […]

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Author: Mark Cooper

Six Data Quality Dimensions to Get Your Data AI-Ready
If you look at Google Trends, you’ll see that the explosion of searches for generative AI (GenAI) and large language models correlates with the introduction of ChatGPT back in November 2022. GenAI has brought hope and promise for those who have the creativity and innovation to dream big, and many have formulated impressive and pioneering […]


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Author: Allison Connelly

Good Data Quality Is the Secret to Successful GenAI Implementation


You wouldn’t build a house without a concrete foundation. So why are many technology leaders attempting to adopt GenAI technologies before ensuring their data quality can be trusted? Reliable and consistent data is the bedrock of a successful AI strategy. Incomplete or inconsistent data prompts GenAI models to propose equally unreliable outputs, calling the basic […]

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Author: Stephany Lapierre

Data Crime: Arizona Is Not Arkansas
I call it a “data crime” when someone is abusing or misusing data. When we understand these stories and their implications, it can help us learn from mistakes and prevent future data crimes. The stories can also be helpful if you have to explain the importance of data management to someone. The Story After a series […]


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Author: Merrill Albert

How to Ensure Data Quality and Consistency in Master Data Management


In the digital age, organizations increasingly rely on data for strategic decision-making, making the management of this data more critical than ever. This reliance has spurred a significant shift across industries, driven by advancements in artificial intelligence (AI) and machine learning (ML), which thrive on comprehensive, high-quality data. This evolution underscores the importance of master […]

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Author: Ravikumar Vallepu

Data Cleansing Tools for Big Data: Challenges and Solutions
In the realm of big data, ensuring the reliability and accuracy of data is crucial for making well-informed decisions and actionable insights. Data cleansing, the process of detecting and correcting errors and inconsistencies in datasets, is critical to maintaining data quality. However, the scale and complexity of big data present unique challenges for data cleansing […]


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Author: Irfan Gowani

The Rise of Generative AI in Insurance


The global market for artificial intelligence (AI) in insurance is predicted to reach nearly $80 billion by 2032, according to Precedence Research. This growth is being driven by the increased adoption of AI within insurance companies, enhancing their operational efficiency, risk management, and customer engagement. Despite widespread integration of AI in the industry today, its full […]

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Author: Stan Smith

The Future-Proof Data Preparation Checklist for Generative AI Adoption

Data preparation is a critical step in the data analysis workflow and is essential for ensuring the accuracy, reliability, and usability of data for downstream tasks. But as companies continue to struggle with data access and accuracy, and as data volumes multiply, the challenges of data silos and trust become more pronounced.

According to Ventana Research, data teams spend a whopping 69% of their time on data preparation tasks. Data preparation might be the least enjoyable part of their job, but the quality and cleanliness of data directly impacts analytics, insights, and decision-making. This also holds true for generative AI. The quality of your training data impacts the performance of gen AI models for your business.

High-Quality Input Data Leads to Better-Trained Models and Higher-Quality Generated Outputs

Generative AI models, such as Generative Adversarial Networks (GANs) or Variational Autoencoders (VAEs), learn from patterns and structures present in the input data to generate new content. To train models effectively, data must be curated, transformed, and organized into a structured format, free from missing values, missing fields, duplicates, inconsistent formatting, outliers, and biases.

Without a doubt, data preparation tasks are a time-consuming and repetitive process. But, failure to adequately prepare data can result in suboptimal performance, biased outcomes, and ethical, legal, and practical challenges for generative AI applications.

Generative AI models lacking sufficient data preparation may face several challenges and limitations. Here are three major consequences:

Poor Quality Outputs

Generative AI models often require data to be represented in a specific format or encoding in a way that’s suitable for the modeling task. Without proper data preparation, the input data may contain noise, errors, or biases that negatively impact the training process. As a result, generative AI models may produce outputs that are of poor quality, lack realism, or contain artifacts and distortions.

Biased Outputs

Imbalanced datasets in which certain classes or categories are underrepresented, can lead to biased models and poor generalization performance. Data preparation ensures that the training data is free from noise, errors, and biases, which can adversely affect the model’s ability to learn and generate realistic outputs.

Compromised Ethics and Privacy

Generative AI models trained on sensitive or personal data must adhere to strict privacy and ethical guidelines. Data preparation involves anonymizing or de-identifying sensitive information to protect individuals’ privacy and comply with regulatory requirements, such as GDPR or HIPAA.

By following a systematic checklist for data preparation, data scientists can improve model performance, reduce bias, and accelerate the development of generative AI applications. Here are six steps to follow:

  1. Project Goals

  • Clearly outline the objectives and desired outcomes of the generative AI model so you can identify the types of data needed to train the model
  • Understand how the model will be utilized in the business context

  1. Data Collection

  • Determine and gather all potential sources of data relevant to the project
  • Consider structured and unstructured data from internal and external sources
  • Ensure data collection methods comply with relevant regulations and privacy policies (e.g. GDPR)
  1. Data Prep

  • Handle missing values, outliers, and inconsistencies in the data
  • Standardize data formats and units for consistency
  • Perform exploratory data analysis (EDA) to understand the characteristics, distributions, and patterns in the data
  1. Model Selection and Training

  • Choose an appropriate generative AI model architecture based on project requirements and data characteristics (e.g., GANs, VAEs, autoregressive models). Consider pre-trained models or architectures tailored to specific tasks
  • Train the selected model using the prepared dataset
  • Validate model outputs qualitatively and quantitatively. Conduct sensitivity analysis to understand model robustness
  1. Deployment Considerations

  • Prepare the model for deployment in the business environment
  • Optimize model inference speed and resource requirements
  • Implement monitoring mechanisms to track model performance in production
  1. Documentation and Reporting

  • Document all steps taken during data preparation, model development, and evaluation
  • Address concerns related to fairness, transparency, and privacy throughout the project lifecycle
  • Communicate findings and recommendations to stakeholders effectively for full transparency into processes

Data preparation is a critical step for generative AI because it ensures that the input data is of high quality, appropriately represented, and well-suited for training models to generate realistic, meaningful and ethically responsible outputs. By investing time and effort in data preparation, organizations can improve the performance, reliability, and ethical implications of their generative AI applications.

Actian Data Preparation for Gen AI

The Actian Data Platform comes with unified data integration, warehousing and visualization in a single platform. It includes a comprehensive set of capabilities for preprocessing, transformations, enrichment, normalization and serialization of structured, semi-structured and unstructured data such as JSON/XML, delimited files, RDBMS, JDBC/ODBC, HBase, Binary, ORC, ARFF, Parquet and Avro.

At Actian, our mission is to enable data engineers, data scientists and data analysts to work with high-quality, reliable data, no matter where it lives. We believe that when data teams focus on delivering comprehensive and trusted data pipelines, business leaders can truly benefit from groundbreaking technologies, such as gen AI.

The best way for artificial intelligence and machine learning (AI/ML) data teams to get started is with a free trial of the Actian Data Platform. From there, you can load your own data and explore what’s possible within the platform. Alternatively, book a demo to see how Actian can help automate data preparation tasks in a robust, scalable, price-performant way.

Meet our Team at the Gartner Data & Analytics Summit 2024 

Join us for Gartner Data & Analytics Summit 2024, March 11 – 13, in Orlando, FL., where you’ll receive a step-by-step guide on readying your data for Gen AI adoption. Check out our session, “Don’t Fall for the Hype: Prep Your Data for Gen AI” on Thursday, March 12 at 1:10pm at the Dolphin Hotel, Atlantic Hall, Theater 3.

The post The Future-Proof Data Preparation Checklist for Generative AI Adoption appeared first on Actian.


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Author: Dee Radh

Data Preparation Guide: 6 Steps to Deliver High Quality Gen AI Models

Data preparation is a critical step in the data analysis workflow and is essential for ensuring the accuracy, reliability, and usability of data for downstream tasks. But as companies continue to struggle with data access and accuracy, and as data volumes multiply, the challenges of data silos and trust become more pronounced.

According to Ventana Research, data teams spend a whopping 69% of their time on data preparation tasks. Data preparation might be the least enjoyable part of their job, but the quality and cleanliness of data directly impacts analytics, insights, and decision-making. This also holds true for generative AI. The quality of your training data impacts the performance of gen AI models for your business.

High-Quality Input Data Leads to Better-Trained Models and Higher-Quality Generated Outputs

Generative AI models, such as Generative Adversarial Networks (GANs) or Variational Autoencoders (VAEs), learn from patterns and structures present in the input data to generate new content. To train models effectively, data must be curated, transformed, and organized into a structured format, free from missing values, missing fields, duplicates, inconsistent formatting, outliers, and biases.

Without a doubt, data preparation tasks are a time-consuming and repetitive process. But, failure to adequately prepare data can result in suboptimal performance, biased outcomes, and ethical, legal, and practical challenges for generative AI applications.

Generative AI models lacking sufficient data preparation may face several challenges and limitations. Here are three major consequences:

Poor Quality Outputs

Generative AI models often require data to be represented in a specific format or encoding in a way that’s suitable for the modeling task. Without proper data preparation, the input data may contain noise, errors, or biases that negatively impact the training process. As a result, generative AI models may produce outputs that are of poor quality, lack realism, or contain artifacts and distortions.

Biased Outputs

Imbalanced datasets in which certain classes or categories are underrepresented, can lead to biased models and poor generalization performance. Data preparation ensures that the training data is free from noise, errors, and biases, which can adversely affect the model’s ability to learn and generate realistic outputs.

Compromised Ethics and Privacy

Generative AI models trained on sensitive or personal data must adhere to strict privacy and ethical guidelines. Data preparation involves anonymizing or de-identifying sensitive information to protect individuals’ privacy and comply with regulatory requirements, such as GDPR or HIPAA.

By following a systematic checklist for data preparation, data scientists can improve model performance, reduce bias, and accelerate the development of generative AI applications. Here are six steps to follow:

  1. Project Goals

  • Clearly outline the objectives and desired outcomes of the generative AI model so you can identify the types of data needed to train the model
  • Understand how the model will be utilized in the business context

  1. Data Collection

  • Determine and gather all potential sources of data relevant to the project
  • Consider structured and unstructured data from internal and external sources
  • Ensure data collection methods comply with relevant regulations and privacy policies (e.g. GDPR)
  1. Data Prep

  • Handle missing values, outliers, and inconsistencies in the data
  • Standardize data formats and units for consistency
  • Perform exploratory data analysis (EDA) to understand the characteristics, distributions, and patterns in the data
  1. Model Selection and Training

  • Choose an appropriate generative AI model architecture based on project requirements and data characteristics (e.g., GANs, VAEs, autoregressive models). Consider pre-trained models or architectures tailored to specific tasks
  • Train the selected model using the prepared dataset
  • Validate model outputs qualitatively and quantitatively. Conduct sensitivity analysis to understand model robustness
  1. Deployment Considerations

  • Prepare the model for deployment in the business environment
  • Optimize model inference speed and resource requirements
  • Implement monitoring mechanisms to track model performance in production
  1. Documentation and Reporting

  • Document all steps taken during data preparation, model development, and evaluation
  • Address concerns related to fairness, transparency, and privacy throughout the project lifecycle
  • Communicate findings and recommendations to stakeholders effectively for full transparency into processes

Data preparation is a critical step for generative AI because it ensures that the input data is of high quality, appropriately represented, and well-suited for training models to generate realistic, meaningful and ethically responsible outputs. By investing time and effort in data preparation, organizations can improve the performance, reliability, and ethical implications of their generative AI applications.

Actian Data Preparation for Gen AI

The Actian Data Platform comes with unified data integration, warehousing and visualization in a single platform. It includes a comprehensive set of capabilities for preprocessing, transformations, enrichment, normalization and serialization of structured, semi-structured and unstructured data such as JSON/XML, delimited files, RDBMS, JDBC/ODBC, HBase, Binary, ORC, ARFF, Parquet and Avro.

At Actian, our mission is to enable data engineers, data scientists and data analysts to work with high-quality, reliable data, no matter where it lives. We believe that when data teams focus on delivering comprehensive and trusted data pipelines, business leaders can truly benefit from groundbreaking technologies, such as gen AI.

The best way for artificial intelligence and machine learning (AI/ML) data teams to get started is with a free trial of the Actian Data Platform. From there, you can load your own data and explore what’s possible within the platform. Alternatively, book a demo to see how Actian can help automate data preparation tasks in a robust, scalable, price-performant way.

Meet our Team at the Gartner Data & Analytics Summit 2024 

Join us for Gartner Data & Analytics Summit 2024, March 11 – 13, in Orlando, FL., where you’ll receive a step-by-step guide on readying your data for Gen AI adoption. Check out our session, “Don’t Fall for the Hype: Prep Your Data for Gen AI” on Thursday, March 12 at 1:10pm at the Dolphin Hotel, Atlantic Hall, Theater 3.

The post Data Preparation Guide: 6 Steps to Deliver High Quality Gen AI Models appeared first on Actian.


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Author: Dee Radh

Explaining the Why Behind Data Quality Dimensions
Data quality is measured across dimensions, but why? Data quality metrics exist to support the business. The value of a data quality program resides in the ability to take action to improve data to make it more correct and therefore more valuable. The shorter the amount of time between the discovery of the data quality […]


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Author: Allison Connelly

Documenting Critical Data Elements
Many Data Governance or Data Quality programs focus on “critical data elements,” but what are they and what are some key features to document for them? A critical data element is any data element in your organization that has a high impact on your organization’s ability to execute its business strategy. An example is Customer Email […]


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Author: Mark Horseman

Data Speaks for Itself: Is AI the Cure for Data Curation?
By now, it is clear to everyone that AI, especially generative AI, is the only topic you’re allowed to write about. It seems to have impacted every area of information technology, so, I will try my best to do my part. However, when it comes to data curation and data quality management, there seems to […]


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Author: Dr. John Talburt

Putting a Number on Bad Data


Do you know the costs of poor data quality? Below, I explore the significance of data observability, how it can mitigate the risks of bad data, and ways to measure its ROI. By understanding the impact of bad data and implementing effective strategies, organizations can maximize the benefits of their data quality initiatives.  Data has become […]

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Author: Salma Bakouk

Ask a Data Ethicist: Why Does Data Ethics Matter?


Whenever I give a talk, I always share how much I love Q&A. It’s a real joy to hear what people are curious about and provide resources or share insightful lived experiences as a consultant in the data ethics space. In this line of work, it’s usually not about having tidy, easy answers or the […]

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Author: Katrina Ingram

The Silver Bullet Myth: Debunking One-Size-Fits-All Solutions in Data Governance


Data Governance plays a crucial role in modern business, yet the approach to it is often mired in unhelpful misconceptions. While 61% of leaders indicate a desire to optimize Data Governance processes, only 42% think that they are on track to meet their goals. This disparity highlights a significant challenge: The need for effective strategies has been […]

The post The Silver Bullet Myth: Debunking One-Size-Fits-All Solutions in Data Governance appeared first on DATAVERSITY.


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Author: Samuel Bocetta

Do You Have a Data Quality Framework?

We’ve shared several blogs about the need for data quality and how to stop data quality issues in their tracks. In this post, we’ll focus on another way to help ensure your data meets your quality standards on an ongoing basis by implementing and utilizing a data quality management framework. Do you have this type of framework in place at your organization? If not, you need to launch one. And if you do have one, there may be opportunities to improve it.

A data quality framework supports the protocols, best practices, and quality measures that monitor the state of your data. This helps ensure your data meets your quality threshold for usage and allows more trust in your data. A data quality framework continuously profiles data using systematic processes to identify and mitigate issues before the data is sent to its destination location.

Now that you know a data quality framework is needed for more confident, data-driven decision-making and data processes, you need to know how to build one.

Establish Quality Standards for Your Use Cases

Not every organization experiences the same data quality problems, but most companies do struggle with some type of data quality issue. Gartner estimated that every year, poor data quality costs organizations an average of $12.9 million.

As data volumes and the number of data sources increase, and data ecosystems become increasingly complex, it’s safe to assume the cost and business impact of poor data quality have only increased. This proves there is a growing need for a robust data quality framework.

The framework allows you to:

  • Assess data quality against established metrics for accuracy, completeness, and other criteria
  • Build a data pipeline that follows established data quality processes
  • Pass data through the pipeline to ensure it meets your quality standard
  • Monitor data on an ongoing basis to check for quality issues

The framework should make sure your data quality is fit for purpose, meaning it meets the standard for the intended use case. Various use cases can have different quality standards, yet it’s a best practice to have an established data quality standard for the business as a whole. This ensures your data meets the minimum standard.

Key Components of a Data Quality Framework

While each organization will face its own unique set of data quality challenges, essential components needed for a data quality framework will be the same. They include:

  • Data governance: Data governance makes sure that the policies and roles used for data security, integrity, and quality are performed in a controlled and responsible way. This includes governing how data is integrated, handled, used, shared, and stored, making it a vital component of your framework.
  • Data profiling: Actian defines data profiling as the process of analyzing data, looking at its structure and content, to better understand how it’s relevant and useful, what it’s missing, and how it can be improved. Profiling helps you identify any problems with the data, such as any inconsistencies or inaccuracies.
  • Data quality rules: These rules determine if the data meets your quality standard, or if it needs to be improved or transformed before being integrated or used. Predefining your rules will assist in verifying that your data is accurate, valid, complete, and meets your threshold for usage.
  • Data cleansing: Filling in missing information, filtering out unneeded data, formatting data to meet your standard, and ensuring data integrity is essential to achieving and maintaining data quality. Data cleansing helps with these processes.
  • Data reporting. This reporting gives you information about the quality of your data. Reports can be documents or dashboards that show data quality metrics, issues, trends, recommendations, or other information.

These components work together to create the framework needed to maintain data quality.

Establish Responsibilities and Metrics

As you move forward with your framework, you’ll need to assign specific roles and responsibilities to employees. These people will manage the data quality framework and make sure the data meets your defined standards and business goals. In addition, they will implement the framework policies and processes, and determine what technologies and tools are needed for success.

Those responsible for the framework will also need to determine which metrics should be used to measure data quality. Using metrics allows you to quantify data quality across attributes such as completeness, timeliness, and accuracy. Likewise, these employees will need to define what good data looks like for your use cases.

Many processes can be automated, making the data quality framework scalable. As your data and business needs change and new data becomes available, you will need to evolve your framework to meet new requirements.

Expert Help to Ensure Quality Data

Your framework can monitor and resolve issues over the lifecycle of your data. The framework can be used for data in data warehouses, data lakes, or other repositories to deliver repeatable strategies, processes, and procedures for data quality.

An effective framework reduces the risk of poor-quality data—and the problems poor quality presents to your entire organization. The framework ensures trusted data is available for operations, decision-making, and other critical business needs. If you need help improving your data quality or building a framework, we’re here to help.

Related resources you may find useful:

·      Mastering Your Data with a Data Quality Management Framework

·      What is Data Lifecycle Management?

·      What is the Future of Data Quality Management

The post Do You Have a Data Quality Framework? appeared first on Actian.


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Author: Actian Corporation

Enhancing Data Quality in Clinical Trials
One of the reasons why there’s always excess production in the textile sector is the stringent requirement of meeting set quality standards. It’s a simple case of accepting or rejecting a shipment, depending on whether it meets the requirements. As far as healthcare is concerned, surprisingly, only two out of five health executives believe they receive healthy data through […]


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Author: Irfan Gowani

Is Your Data Quality Framework Up to Date?

A data quality framework is the systematic processes and protocols that continually monitor and profile data to determine its quality. The framework is used over the lifecycle of data to ensure the quality meets the standard necessary for your organization’s use cases.

Leveraging a data quality framework is essential to maintain the accuracy, timeliness, and usefulness of your data. Yet with more data coming into your organization from a growing number of sources, and more use cases requiring trustworthy data, you need to make sure your data quality framework stays up to date to meet your business needs.

If you’re noticing data quality issues, such as duplicate data sets, inaccurate data, or data sets that are missing information, then it’s time to revisit your data quality framework and make updates.

Establish the Data Quality Standard You Need

The purpose of the framework is to ensure your data meets a minimum quality threshold. This threshold may have changed since you first launched your framework. If that’s the case, you will need to determine the standard you now need, then update the framework’s policies and procedures to ensure it provides the data quality required for your use cases. The update ensures your framework reflects your current data needs and data environment.

Evaluate Your Current Data Quality

You’ll want to understand the current state of your data. You can profile and assess your data to gauge its quality, and then identify any gaps between your current data quality and the quality needed for usage. If gaps exist, you will need to determine what needs to be improved, such as data accuracy, structure, or integrity.

Reevaluate Your Data Quality Strategy

Like your data quality framework, your data quality strategy needs to be reviewed from time to time to ensure it meets your current requirements. The strategy should align with business requirements for your data, and your framework should support the strategy. This is also an opportunity to assess your data quality tools and processes to make sure they still fit your strategy; and make updates as needed. Likewise, this is an ideal time to review your data sources and make sure you are bringing in data from all the sources you need—new sources are constantly emerging and may be beneficial to your business.

Bring Modern Processes into Your Framework

Data quality processes, such as data profiling and data governance, should support your strategy and be part of your framework. These processes, which continuously monitor data quality and identify issues, can be automated to make them faster and scalable. If your data processing tools are cumbersome and require manual intervention, consider modernizing them with easy-to-use tools.

Review the Framework on an Ongoing Basis

Regularly reviewing your data quality framework ensures it is maintaining data at the quality standard you need. As data quality needs or business needs change, you will want to make sure the framework meets your evolving requirements. This includes keeping your data quality metrics up to date, which could entail adding or changing your metrics for data quality.

Ensuring 7 Critical Data Quality Dimensions

Having an up-to-date framework helps maintain quality across these seven attributes:

  1. Completeness: The data is not missing fields or other needed information and has all the details you need.
  2. Validity: The data matches its intended need and usage.
  3. Uniqueness: The data set is unique in the database and not duplicated.
  4. Consistency: Data sets are consistent with other data in the database, rather than being outliers.
  5. Timeliness: The data set offers the most accurate information that’s available at the time the data is used.
  6. Accuracy: The data has values you expect and are correct.
  7. Integrity: The data set meets your data quality and governance standards.

Your data quality framework should have the ability to cleanse, transform, and monitor data to meet these attributes. When it does, this gives you the confidence to make data-driven decisions.

What Problems Do Data Quality Frameworks Solve?

An effective framework can address a range of data quality issues. For example, the framework can identify inaccurate, incomplete, and inconsistent data to prevent poor-quality data from negatively impacting the business. A modern, up-to-date framework can improve decision-making, enable reliable insights, and potentially save money, by preventing incorrect conclusions or unintended outcomes caused by poor-quality data. A framework that ensures data meets a minimum quality standard also supports business initiatives and improves overall business operations. For instance, the data can be used for campaigns, such as improving customer experiences, or predicting supply chain delays.

 Make Your Quality Data Easy to Use for Everyone

Maintaining data quality is a constant challenge. A current data quality framework mitigates the risk that poor quality data poses to your organization by keeping data accurate, complete, and timely for its intended use cases. When your framework is used in conjunction with the Actian Data Platform, you can have complete confidence in your data. The platform makes accurate data easy to access, share, and analyze to reach your business goals faster.

Related resources you may find useful:

The post Is Your Data Quality Framework Up to Date? appeared first on Actian.


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Author: Actian Corporation

Data Management Predictions for 2024: Five Emerging Trends


As we near the end of 2023, it is imperative for Data Management leaders to look in their rear-view mirrors to assess and, if needed, refine their Data Management strategies. One thing is clear; if data-centric organizations want to succeed in 2024, they will need to prepare for an environment in which data is increasingly […]

The post Data Management Predictions for 2024: Five Emerging Trends appeared first on DATAVERSITY.


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Author: Angel Viña

2024 Data Trends: From Collaborative Data Sharing to AI-Driven Operations


In the fast-evolving data landscape, understanding emerging trends and embracing technological advancements are key to staying ahead. As we approach 2024, this article explores the data trends that will define the strategic landscape for the coming year. Trend: A Focus on Data Sharing and Data Collaboration Improving data sharing and secure data collaboration between parties is becoming a key area. Companies like Snowflake […]

The post 2024 Data Trends: From Collaborative Data Sharing to AI-Driven Operations appeared first on DATAVERSITY.


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Author: Alexey Utkin

Gen AI Best Practices for Data Scientists, Engineers, and IT Leaders

As organizations seek to capitalize on Generative AI (Gen AI) capabilities, data scientists, engineers, and IT leaders need to follow best practices and use the right data platform to deliver the most value and achieve desired outcomes. While many best practices are still evolving Gen AI is in its infancy.

Granted, with Gen AI, the amount of data you need to prepare may be incredibly large, but the same approach you’re now using to prep and integrate data for other use cases, such as advanced analytics or business applications, applies to GenAI. You want to ensure the data you gathered will meet your use case needs for quality, formatting, and completeness.

As TechTarget has correctly noted, “To effectively use Generative AI, businesses must have a good understanding of data management best practices related to data collection, cleansing, labeling, security, and governance.”

Building a Data Foundation for GenAI

Gen AI is a type of artificial intelligence that uses neural networks to uncover patterns and structures in data, and then produces content such as text, images, audio, and code. If you’ve interacted with a chatbot online that gives human-like responses to questions or used a program such as ChatGPT, then you’ve experienced Gen AI.

The potential impact of Gen AI is huge. Gartner sees it becoming a general-purpose technology with an impact similar to that of the steam engine, electricity, and the internet.

Like other use cases, Gen AI requires data—potentially lots and lots of data—and more. That “more” includes the ability to support different data formats in addition to managing and storing data in a way that makes it easily searchable. You’ll need a scalable platform capable of handling the massive data volumes typically associated with Gen AI.

Data Accuracy is a Must

Data preparation and data quality are essential for Gen AI, just like they are for data-driven business processes and analytics. As noted in eWeek, “The quality of your data outcomes with Generative AI technology is dependent on the quality of the data you use.

Managing data is already emerging as a challenge for Gen AI. According to McKinsey, 72% of organizations say managing data is a top challenge preventing them from scaling AI use cases. As McKinsey also notes, “If your data isn’t ready for Generative AI, your business isn’t ready for Generative AI.”

While Gen AI use cases differ from traditional analytics use cases in terms of desired outcomes and applications, they all share something in common—the need for data quality and modern integration capabilities. Gen AI requires accurate, trustworthy data to deliver results, which is no different from business intelligence (BI) or advanced analytics.

That means you need to ensure your data does not have missing elements, is properly structured, and has been cleansed. The prepped data can then be utilized for training and testing Gen AI models and gives you a good understanding of the relationships between all your data sets.

You may want to integrate external data with your in-house data for Gen AI projects. The unified data can be used to train models to query your data store for Gen AI applications. That’s why it’s important to use a modern data platform that offers scalability, can easily build pipelines to data sources, and offers integration and data quality capabilities.

Removing Barriers to Gen AI

What I’m hearing from our Actian partners is that organizations interested in implementing Gen AI use cases are leaning toward using natural language processing for queries. Instead of having to write in SQL to query their databases, organizations often prefer to use natural language. One benefit is that you can also use natural language for visualizing data. Likewise, you can utilize natural language for log monitoring and to perform other activities that previously required advanced skills or SQL programming capabilities.

Until recently, and even today in some cases, data scientists would create a lot of data pipelines to ingest data from current, new, and emerging sources. They would prep the data, create different views of their data, and analyze it for insights. Gen AI is different. It’s primarily about using natural language processing to train large language models in conjunction with your data.

Organizations still want to build pipelines, but with a platform like the Actian Data Platform, it doesn’t require a data scientist or advanced IT skills. Business analysts can create pipelines with little to no reliance on IT, making it easier than ever to pull together all the data needed for Gen AI.

With recent capability enhancements to our Actian Data Platform, we’ve enabled low code, no code, and pro code integration options. This makes the platform more applicable to engage more business users and perform more use cases, including those involving Gen AI. These integration options reduce the time spent on data prep, allowing data analysts and others to integrate and orchestrate data movement and pipelines to get the data they need quickly.

A best practice for any use case is to be able to access the required data, no matter where it’s located. For modern businesses, this means you need the ability to explore data across the cloud and on-premises, which requires a hybrid platform that connects and manages data from any environment, for any use case.

Expanding Our Product Roadmap for Gen AI

Our conversations with customers have revealed that they are excited about Gen AI and its potential solutions and capabilities, yet they’re not quite ready to implement Gen AI technologies. They’re focused on getting their data properly organized so it’ll be ready once they decide which use cases and Gen AI technologies are best suited for their business needs.

Customers are telling us that they want solid use cases that utilize the strength of Gen AI before moving forward with it. At Actian, we’re helping by collaborating with customers and partners to identify the right use cases and the most optimal solutions to enable companies to be successful. We’re also helping customers ensure they’re following best practices for data management so they will have the groundwork in place once they are ready to move forward.

In the meantime, we are encouraging customers to take advantage of the strengths of the Actian Data Platform, such as our enhanced capabilities for integration as a service, data quality, and support for database as a service. This gives customers the benefit of getting their data in good shape for AI uses and applications.

In addition, as we look at our product roadmap, we are adding Gen AI capabilities to our product portfolio. For example, we’re currently working to integrate our platform with TensorFlow, which is an open-source machine learning software platform that can complement Gen AI. We are also exploring how our data storage capabilities can be utilized alongside TensorFlow to ensure storage is optimized for Gen AI use cases.

Go From Trusted Data to Gen AI Use Cases

As we talk with customers, partners, and analysts, and participate in industry events, we’ve observed that organizations certainly want to learn more about Gen AI and understand its implications and applications. It’s now broadly accepted that AI and Gen AI are going to be critical for businesses. Even if the picture of exactly how Gen AI will be beneficial is still a bit hazy, the awareness and enthusiasm are real.

We’re excited to see the types of Gen AI applications that will emerge and the many use cases our customers will want to accomplish. Right now, organizations need to ensure they have a scalable data platform that can handle the required data volumes and have data management practices in place to ensure quality, trustworthy data to deliver desired outcomes.

The Actian Data Platform supports the rise of advanced use cases such as Generative AI by automating time-consuming data preparation tasks. You can dramatically cut time aggregating data, handling missing values, and standardizing data from various sources. The platform’s ability to enable AI-ready data gives you the confidence to train AI models effectively and explore new opportunities to meet your current and future needs.

The Actian Data Platform can give you complete confidence in your data for Gen AI projects. Try the platform for free for 30 days to see how easy data can be.

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Author: Vamshi Ramarapu