#Data pipelines

[govindhtech]

BigQuery Data Engineering Agent Set Ups Your Data Pipelines

BigQuery has powered analytics and business insights for data teams for years. However, developing, maintaining, and debugging data pipelines that provide such insights takes time and expertise. Google Cloud's shared vision advances BigQuery data engineering agent use to speed up data engineering.

Not just useful tools, these agents are agentic solutions that work as informed partners in your data processes. They collaborate with your team, automate tough tasks, and continually learn and adapt so you can focus on data value.

Value of data engineering agents

The data landscape changes. Organisations produce more data from more sources and formats than before. Companies must move quicker and use data to compete.

This is problematic. Common data engineering methods include:

Manual coding: Writing and updating lengthy SQL queries when establishing and upgrading pipelines can be tedious and error-prone.

Schema struggles: Mapping data from various sources to the right format is difficult, especially as schemas change.

Hard troubleshooting: Sorting through logs and code to diagnose and fix pipeline issues takes time, delaying critical insights.

Pipeline construction and maintenance need specialised skills, which limits participation and generates bottlenecks.

The BigQuery data engineering agent addresses these difficulties to speed up data pipeline construction and management.

Introduce your AI-powered data engineers

Imagine having a team of expert data engineers to design, manage, and debug pipelines 24/7 so your data team can focus on higher-value projects. Data engineering agent is experimental.

The BigQuery data engineering agent will change the game:

Automated pipeline construction and alteration

Do data intake, convert, and validate need a new pipeline? Just say what you need in normal English, and the agent will handle it. For instance:

Create a pipeline to extract data from the ‘customer_orders’ bucket, standardise date formats, eliminate duplicate entries by order ID, and dump it into a BigQuery table named ‘clean_orders’.”

Using data engineering best practices and your particular environment and context, the agent creates the pipeline, generates SQL code, and writes basic unit tests. Intelligent, context-aware automation trumps basic automation.

Should an outdated pipeline be upgraded? Tell the representative what you want changed. It analysed the code, suggested improvements, and suggested consequences on downstream activities. You review and approve modifications while the agent performs the tough lifting.

Proactive optimisation and troubleshooting

Problems with pipeline? The agent monitors pipelines, detects data drift and schema issues, and offers fixes. Like having a dedicated specialist defend your data infrastructure 24/7.

Bulk draft pipelines

Data engineers can expand pipeline production or modification by using previously taught context and information. The command line and API for automation at scale allow companies to quickly expand pipelines for different departments or use cases and customise them. After receiving command line instructions, the agent below builds bulk pipelines using domain-specific agent instructions.

How it works: Hidden intelligence

The agents employ many basic concepts to manage the complexity most businesses face:

Hierarchical context: Agents employ several knowledge sources:

Standard SQL, data formats, etc. are understood by everybody.

Understanding vertical-specific industry conventions (e.g., healthcare or banking data formats)

Knowledge of your department or firm's business environment, data architecture, naming conventions, and security laws

Information about data pipeline source and target schemas, transformations, and dependencies

Continuous learning: Agents learn from user interactions and workflows rather than following orders. As agents work in your environment, their skills grow.

Collective, multi-agent environment

BigQuery data engineering agents work in a multi-agent environment to achieve complex goals by sharing tasks and cooperating:

Ingestion agents efficiently process data from several sources.

A transformation agent builds reliable, effective data pipelines.

Validation agents ensure data quality and consistency.

Troubleshooters aggressively find and repair issues.

Dataplex metadata powers a data quality agent that monitors data and alerts of abnormalities.

Google Cloud is focussing on intake, transformation, and debugging for now, but it plans to expand these early capabilities to other important data engineering tasks.

Workflow your way

Whether you prefer the BigQuery Studio UI, your chosen IDE for code authoring, or the command line for pipeline management, it wants to meet you there. The data engineering agent is now only available in BigQuery Studio's pipeline editor and API/CLI. It wants to make it available elsewhere.

Your data engineer and workers

Artificial Intelligent-powered bots are only beginning to change how data professionals interact with and value their data. The BigQuery data engineering agent allows data scientists, engineers, and analysts to do more, faster, and more reliably. These agents are intelligent coworkers that automate tedious tasks, optimise processes, and boost productivity. Google Cloud starts with shifting data from Bronze to Silver in a data lake and grows from there.

With Dataplex, BigQuery ML, and Vertex AI, the BigQuery data engineering agent can transform how organisations handle, analyse, and value their data. By empowering data workers of all skill levels, promoting collaboration, and automating challenging tasks, these agents are ushering in a new era of data-driven creativity.

Ready to start?

Google Cloud is only starting to build an intelligent, self-sufficient data platform. It regularly trains data engineering bots to be more effective and observant collaborators for all your data needs.

The BigQuery data engineering agent will soon be available. It looks forward to helping you maximise your data and integrating it into your data engineering processes.

[satvikasailu6]

How Databricks Unity Catalog and Datagaps Automate Governance and Validation 

Data quality is the backbone of accurate analytics, regulatory compliance, and efficient business operations. As organizations scale their data ecosystems, maintaining high data integrity becomes more challenging.

The seamless integration between Databricks Unity Catalog and Datagaps DataOps Suite provides a powerful framework for automated governance and validation, ensuring that data remains accurate, complete, and compliant at all times.

In our previous discussion, we highlighted how Datagaps enhances metadata management, lineage tracking, and automation within Unity Catalog. This article takes the next step by diving into data quality assurance – a crucial component of enterprise-wide data governance. 

By leveraging Datagaps Data Quality Monitor, organizations can implement automated validation strategies, reduce manual effort, and integrate real-time data quality scores into Unity Catalog for proactive governance. Let’s explore how these technologies work together to ensure high-quality, reliable data that drives better decision-making and compliance.

The Growing Need for Automated Data Quality Assurance

Modern enterprises manage vast amounts of structured and unstructured data across multiple platforms. Ensuring data accuracy, completeness, and consistency is no longer just a best practice – it’s a necessity for regulatory compliance and business intelligence. 

Databricks Unity Catalog provides a centralized governance framework for managing metadata, access controls, and data lineage across an organization. By integrating with Datagaps Data Quality Monitor, enterprises can automate data validation, reduce errors, and gain deeper insights into data health and integrity. 

6 Key Data Quality Dimensions

Effective data quality management revolves around six fundamental dimensions: 

Accuracy – Ensuring data reflects real-world values without discrepancies. 

Completeness – Verifying that all required fields and records are present. 

Consistency – Maintaining uniformity across multiple data sources and systems. 

Timeliness – Ensuring data is up-to-date and available when needed. 

Uniqueness – Eliminating duplicate records and redundant data entries. 

Validity – Enforcing compliance with defined formats, business rules, and constraints. 

By addressing these dimensions, organizations can improve the trustworthiness of their data assets, enhance AI/ML outcomes, and comply with industry regulations. 

Automating Data Quality Validation with White-Box and Black-Box Testing

Ensuring data integrity at scale requires a systematic approach to validation. Two widely used methodologies are: 

1. White-Box Testing

Examines internal data transformations, lineage, and business rules. 

Ensures that every step in the ETL (Extract, Transform, Load) process adheres to defined standards. 

Provides deeper insights into data processing logic to catch issues at the source.

2. Black-Box Testing

Focuses on output validation by comparing actual results against expected benchmarks. 

Useful for detecting anomalies, missing records, and schema mismatches. 

Works well for regulatory compliance and end-to-end data pipeline testing. 

A hybrid approach combining both techniques ensures robust validation and proactive anomaly detection. 

How Unity Catalog and Datagaps Data Quality Monitor Work Together

1. Unified Governance and Automated Validation

Databricks Unity Catalog centralizes metadata management, access control, and lineage tracking. 

Datagaps Data Quality Monitor extends these capabilities with automated quality checks, reducing manual efforts. 

2. Mapping Manager Utility: Simplifying Test Case Automation

One of the standout features of Datagaps Data Quality Monitor is the Mapping Manager Utility, which: 

Extracts mapping configurations from Databricks Unity Catalog. 

Automatically generates white-box and black-box test cases. 

Reduces the need for manual intervention, increasing efficiency and scalability. 

3. Real-Time Data Quality Scores for Proactive Governance

After test execution, a data quality score is generated. 

These scores are seamlessly integrated into Databricks Unity Catalog, allowing real-time monitoring. 

Organizations can visualize data quality insights through dashboards and take corrective actions before issues impact business operations. 

Key Use Cases

ETL and Data Pipeline Validation – Ensuring data transformations adhere to defined business rules. 

Regulatory Compliance and Audit Readiness – Mitigating risks associated with inaccurate reporting.

Enterprise Data Lakehouse Governance – Enhancing consistency across distributed datasets.

AI/ML Data Preprocessing – Ensuring clean, high-quality data for better model performance. 

Automated Data Quality Checks – Reducing manual data validation efforts for faster, more reliable insights. 

Scalability for Large Datasets – Efficiently managing high-volume, high-velocity enterprise data. 

Faster QA Cycles – Automating test case execution for rapid turnaround.

Lower Operational Resources – Reducing human intervention, saving time and resources. 

The Business Impact: Why This Integration Matters

Enhanced Automation – Eliminates manual quality checks and increases efficiency. 

Real-Time Monitoring – Provides instant visibility into data quality metrics. 

Stronger Compliance – Supports industry standards and regulations effortlessly. 

Scalability – Designed for large-scale, complex data ecosystems. 

Cost Efficiency – Reduces operational overhead and improves ROI on data management initiatives. 

Ensuring data quality at scale requires a combination of automated governance, real-time monitoring, and seamless integration. The connection between Databricks Unity Catalog and Datagaps Data Quality Monitor provides a comprehensive solution to achieve this goal.

With automated test case generation, continuous data validation, and integrated governance, organizations can ensure their data is always accurate, complete, and compliant—laying the foundation for data-driven decision-making and regulatory confidence.

[hitechanalytics]

Unlock Scalable & AI-Powered Data Engineering Solutions In today’s fast-paced, data-driven world, businesses require scalable, efficient, and secure data pipelines to unlock their full potential. Hitech Analytics delivers end-to-end Data Engineering Services, enabling seamless data integration, management, and optimization for real-time insights, enhanced decision-making, and sustained business growth. Our expertise in ETL processes, cloud solutions, and AI-driven frameworks ensures that your data works smarter, faster, and more efficiently. Explore our Data Engineering Services: https://www.hitechanalytics.com/data-engineering-services/

[tudip123]

The Importance of Data Engineering in Today’s Data-Driven World

In today’s fast-paced, technology-driven world, data has emerged as a critical asset for businesses across all sectors. It serves as the foundation for strategic decisions, drives innovation, and shapes competitive advantage. However, extracting meaningful insights from data requires more than just access to information; it necessitates well-designed systems and processes for efficient data management and analysis. This is where data engineering steps in. A vital aspect of data science and analytics, data engineering is responsible for building, optimizing, and maintaining the systems that collect, store, and process data, ensuring it is accessible and actionable for organizations.

Let's explore how Data Engineering is important in today's world:

1. What is Data Engineering

2. Why is Data Engineering Important

3. Key Components of Data Engineering

4. Trends in Data Engineering

5. The Future of Data Engineering

Let’s examine each one in detail below.

What is Data Engineering?

Data engineering involves creating systems that help collect, store, and process data effectively.It involves creating data pipelines that transport data from its source to storage and analysis systems, implementing ETL processes (Extract, Transform, Load), and maintaining data management systems to ensure data is accessible and secure. It enables organizations to make better use of their data resources for data-driven decision-making.

Why is Data Engineering Important?

Supports Data-Driven Decision-Making: In a competitive world, decisions need to be based on facts and insights. Data engineering ensures that clean, reliable, and up-to-date data is available to decision-makers. From forecasting market trends to optimizing operations, data engineering helps businesses stay ahead.

Manages Big Data Effectively: Big data engineering focuses on handling large and complex datasets, making it possible to process and analyze them efficiently. Industries like finance, healthcare, and e-commerce rely heavily on big data solutions to deliver better results.

Enables Modern Technologies: Technologies like machine learning, artificial intelligence, and predictive analytics depend on well-prepared data. Without a solid modern data infrastructure, these advanced technologies cannot function effectively. Data engineering ensures these systems have the data they need to perform accurately.

Key Components of Data Engineering:

Data Pipelines: Data pipelines move data automatically between systems.They take data from one source, change it into a useful format, and then store it or prepare it for analysis.

ETL Processes: ETL (Extract, Transform, Load) processes are crucial in preparing raw data for analysis. They clean, organize, and format data, ensuring it is ready for use.

Data Management Systems: 

These systems keep data organized and make it easy to access. Examples of these systems are databases, data warehouses, and data lakes.

Data Engineering Tools: From tools like Apache Kafka for real-time data streaming to cloud platforms like AWS and Azure, data engineering tools are essential for managing large-scale data workflows.

Trends in Data Engineering:

The field of data engineering is changing quickly, and many trends are shaping its future:

Cloud-Based Infrastructure: More businesses are moving to the cloud for scalable and flexible data storage.

Real-Time Data Processing: The need for instant insights is driving the adoption of real-time data systems.

Automation in ETL: Automating repetitive ETL tasks is becoming a standard practice to improve efficiency.

Focus on Data Security: With increasing concerns about data privacy, data engineering emphasizes building secure systems.

Sustainability: Energy-efficient systems are gaining popularity as companies look for greener solutions.

The Future of Data Engineering:

The future of data engineering looks bright. As data grows in size and complexity, more skilled data engineers will be needed.Innovations in artificial intelligence and machine learning will further integrate with data engineering, making it a critical part of technological progress. Additionally, advancements in data engineering tools and methods will continue to simplify and enhance workflows.

Conclusion:

Data engineering is the backbone of contemporary data management and analytics. It provides the essential infrastructure and frameworks that allow organizations to efficiently process and manage large volumes of data. By focusing on data quality, scalability, and system performance, data engineers ensure that businesses can unlock the full potential of their data, empowering them to make informed decisions and drive innovation in an increasingly data-driven world.

Tudip Technologies has been a pioneering force in the tech industry for over a decade, specializing in AI-driven solutions. Our innovative solutions leverage GenAI capabilities to enhance real-time decision-making, identify opportunities, and minimize costs through seamless processes and maintenance.

If you're interested in learning more about the Data Engineering related courses offered by Tudip Learning  please visit:  https://tudiplearning.com/course/essentials-of-data-engineering/.

[rajaniesh]

Unveiling the Power of Delta Lake in Microsoft Fabric

Discover how Microsoft Fabric and Delta Lake can revolutionize your data management and analytics. Learn to optimize data ingestion with Spark and unlock the full potential of your data for smarter decision-making.

In today’s digital era, data is the new gold. Companies are constantly searching for ways to efficiently manage and analyze vast amounts of information to drive decision-making and innovation. However, with the growing volume and variety of data, traditional data processing methods often fall short. This is where Microsoft Fabric, Apache Spark and Delta Lake come into play. These powerful…

[123albert]

This blog showcase data pipeline automation and how it helps to boost your business to achieve its business goals.

[aretovetechnologies01]

Data Engineering is a crucial field within the tech industry that focuses on preparing and provisioning of data for analysis or operational uses. It comprises various tasks and responsibilities, from the initial collection of data to its deployment for business insights. Understanding the key terms relevant to data engineering is essential for professionals within the field to effectively communicate and execute their duties.

[jcmarchi]

Sentra Secures $50M Series B to Safeguard AI-Driven Enterprises in the Age of Shadow Data

New Post has been published on https://thedigitalinsider.com/sentra-secures-50m-series-b-to-safeguard-ai-driven-enterprises-in-the-age-of-shadow-data/

Sentra Secures $50M Series B to Safeguard AI-Driven Enterprises in the Age of Shadow Data

In a landmark moment for data security, Sentra, a trailblazer in cloud-native data protection, has raised $50 million in Series B funding, bringing its total funding to over $100 million. The round was led by Key1 Capital with continued support from top-tier investors like Bessemer Venture Partners, Zeev Ventures, Standard Investments, and Munich Re Ventures.

This new investment arrives at a pivotal time, with AI adoption exploding across enterprises and bringing with it a tidal wave of sensitive data—and new security risks. Sentra, already experiencing 300% year-over-year growth and seeing fast adoption among Fortune 500 companies, is now doubling down on its mission: empowering organizations to innovate with AI without compromising on data security.

The AI Boom’s Dark Side: Unseen Risks in “Shadow Data”

While AI opens doors to unprecedented innovation, it also introduces a hidden threat—shadow data. As companies rush to harness the power of GenAI, data scientists and engineers frequently duplicate, move, and manipulate data across environments. Much of this activity flies under the radar of traditional security tools, leading to invisible data sprawl and growing compliance risks.

Gartner predicts that by 2025, GenAI will drive a 15% spike in data and application security spending, as organizations scramble to plug these emerging gaps. That’s where Sentra comes in.

What Makes Sentra Different?

Sentra’s Cloud-Native Data Security Platform (DSP) doesn’t just bolt security onto existing infrastructure. Instead, it’s designed from the ground up to autonomously discover, classify, and secure sensitive data—whether it lives in AWS, Azure, Google Cloud, SaaS apps, on-prem servers, or inside your AI pipeline.

At the heart of Sentra’s platform is an AI-powered classification engine that leverages large language models (LLMs). Unlike traditional data scanning tools that rely on fixed rules or predefined regex, Sentra’s LLMs understand the business context of data. That means they can identify sensitive information even in unstructured formats like documents, images, audio, or code repositories—with over 95% accuracy.

Importantly, no data ever leaves your environment. Sentra runs natively in your cloud or hybrid environment, maintaining full compliance with data residency requirements and avoiding any risk of exposure during the scanning process.

Beyond Classification: A Full Security Lifecycle

Sentra’s platform combines multiple layers of data security into one unified system:

DSPM (Data Security Posture Management) continuously assesses risks like misconfigured access controls, duplicated sensitive data, and misplaced files.

DDR (Data Detection & Response) flags suspicious activity in real-time—such as exfiltration attempts or ransomware encryption—empowering security teams to act before damage occurs.

DAG (Data Access Governance) maps user and application identities to data permissions and enforces least privilege access, a key principle in modern cybersecurity.

This approach transforms the once-static notion of data protection into a living, breathing security layer that scales with your business.

Led by a World-Class Cybersecurity Team

Sentra’s leadership team reads like a who’s who of Israeli cyber intelligence:

Asaf Kochan, President, is the former Commander of Unit 8200, Israel’s elite cyber intelligence unit.

Yoav Regev, CEO, led the Cyber Department within Unit 8200.

Ron Reiter, CTO, is a serial entrepreneur with deep technical expertise.

Yair Cohen, VP of Product, brings years of experience from Microsoft and Datadog.

Their shared vision: to reimagine data security for the cloud- and AI-first world.

And the market agrees. Sentra was recently named both a Leader and Fast Mover in the GigaOm Radar for Data Security Posture Management (DSPM), underscoring its growing influence in the security space.

Building a Safer Future for AI

The $50 million boost will allow Sentra to scale its operations, grow its expert team, and enhance its platform with new capabilities to secure GenAI workloads, AI assistants, and emerging data pipelines. These advancements will provide security teams with even greater visibility and control over sensitive data—across petabyte-scale estates and AI ecosystems.

“AI is only as secure as the data behind it,” said CEO Yoav Regev. “Every enterprise wants to harness AI—but without confidence in their data security, they’re stuck in a holding pattern. Sentra breaks that barrier, enabling fast, safe innovation.”

As AI adoption accelerates and regulatory scrutiny tightens, Sentra’s approach may very well become the blueprint for modern enterprise data protection. For businesses looking to embrace AI with confidence, Sentra offers something powerful: security that moves at the speed of innovation.

[mytechnoinfo]

Explore the benefits of data pipelines. Uncover how these crucial tools can enhance data management and boost business performance.

[satvikasailu6]

Automating Tableau Reports Validation: The Easy Path to Trusted Insights 

Automating Tableau Reports Validation is essential to ensure data accuracy, consistency, and reliability across multiple scenarios. Manual validation can be time-consuming and prone to human error, especially when dealing with complex dashboards and large datasets. By leveraging automation, organizations can streamline the validation process, quickly detect discrepancies, and enhance overall data integrity.

Going ahead, we’ll explore automation of Tableau reports validation and how it is done.

Importance of Automating Tableau Reports Validation

Automating Tableau report validation provides several benefits, ensuring accuracy, efficiency, and reliability in BI reporting.

Automating the reports validation reduces the time and effort, which allows analysts to focus on insights rather than troubleshooting the errors

Automation prevents data discrepancies and ensures all reports are pulling in consistent data

Many Organizations deal with high volumes of reports and dashboards. It is difficult to manually validate each report. Automating the reports validation becomes critical to maintain efficiency.

Organizations update their Tableau dashboards very frequently, sometimes daily. On automating the reports validation process, a direct comparison is made between the previous and current data to detect changes or discrepancies. This ensures metrics remain consistent after each data refresh.

BI Validator simplifies BI testing by providing a platform for automated BI report testing. It enables seamless regression, stress, and performance testing, making the process faster and more reliable.

Tableau reports to Database data comparison ensures that the records from the source data are reflected accurately in the visuals of Tableau reports.

This validation process extracts data from Tableau report visuals and compares it with SQL Server, Oracle, Snowflake, or other databases. Datagaps DataOps Suite BI Validator streamlines this by pulling report data, applying transformations, and verifying consistency through automated row-by-row and aggregate comparisons (e.g., counts, sums, averages).

The errors detected usually identify missing, duplicate or mismatched records.

Automation ensures these issues are caught early, reducing manual effort and improving trust in reporting.

Tableau Regression

In the DataOps suite, Regression testing is done by comparing the benchmarked version of tableau report with the live version of the report through Tableau Regression component.

This Tableau regression component can be very useful for automating the testing of Tableau reports or Dashboards during in-place upgrades or changes.

A diagram of a process AI-generated content may be incorrect.

Tableau Upgrade

Tableau Upgrade Component in BI validator helps in automated report testing by comparing the same or different reports of same or different Tableau sources.

The comparison is done in the same manner as regression testing where the differences between the reports can be pointed out both in terms of text as well as appearance.

Generate BI DataFlows is a handy and convenient feature provided by Datagaps DataOps suite to generate multiple dataflows at once for Business Intelligence components like Tableau.

Generate BI DataFlows feature is beneficial in migration scenarios as it enables efficient data comparison between the original and migrated platforms and supports the validations like BI source, Regression and Upgrade. By generating multiple dataflows based on selected reports, users can quickly detect discrepancies or inconsistencies that may arise during the migration process, ensuring data integrity and accuracy while minimizing potential errors. Furthermore, when dealing with a large volume of reports, this feature speeds up the validation process, minimizes manual effort, and improves overall efficiency in detecting and resolving inconsistencies.

As seen from the image, the wizard starts by generating the Dataflow details. The connection details like the engine, validation type, Source-Data Source and Target-Data Source are to be provided by users.

Note: BI source validation and Regression validation types do not prompt for Target-Data source

Let’s take a closer look at the steps involved in “Generate BI Dataflows”

Reports

The Reports section prompts users to select pages from the required reports in the validation process. For Data Compare validation and Upgrade Validation, both source and target pages will be required. For other cases, only the source page will be needed.

Here is a sample screenshot of the extraction of source and target pages from the source and target report respectively

Visual Mapping and Column Mapping (only in Data Compare Validation)

The "Visual Mapping" section allows users to load and compare source and target pages and then establish connections between corresponding tables.

It consists of three sections namely Source Page, Target Page, and Mapping.

In the source page and target page, respective Tableau worksheets are loaded and on selecting the worksheets option, users can preview the data.

After loading the source and target pages, in the mapping section, the dataset columns of source and target will be automatically mapped for each mapping.

After Visual Mapping, the "Column Mapping" section displays the columns of the source dataset and target dataset that were selected for the data comparison. It provides a count of the number of dataset columns that are mapped and unmapped in the "Mapped" and "Unmapped" tabs respectively.

Filters (for the rest of the validation types)

The filters section enables users to apply the filters and parameters on the reports to help in validating them. These filters can either be applied and selected directly through reports or they can be parameterized as well.

Options section varies depending on the type of validation selected by the user. Options section is the pre final stage of generating the flows where some of the advanced options and comparison options are prompted to be selected as per the liking of the user to get the results as they like.

Here’s a sample screenshot of options section before generating the dataflows

This screenshot indicates report to report comparison options to be selected.

Generate section helps to generate multiple dataflows with the selected type of validation depending on the number of selected workbooks for tableau.

The above screenshot indicates that four dataflows are set to be generated on clicking the Generate BI Dataflows button. These dataflows are the same type of validation (Tableau Regression Validation in this case)

Stress Test Plan

To automate the stress testing and performance testing of Tableau Reports, Datagaps DataOps suite BI Validator comes with a component called Stress Test Plan to simulate the number of users actively accessing the reports to analyze how Tableau reports and dashboards perform under heavy load. Results of the stress test plan can be used to point out performance issues, optimize data models and queries to ensure the robustness of the Tableau environment to handle heavy usage patterns. Stress Test Plan allows users to perform the stress testing for multiple views from multiple workbooks at once enabling the flexibility and automation to check for performance bottlenecks of Tableau reports.

For more information on Stress Test Plan, check out “Tableau Performance Testing”.

Integration with CI/CD tools and Pipelines

In addition to these features, DataOps Suite comes with other interesting features like application in built pipelines where the set of Tableau BI dataflows can be run automatically in a certain order either in sequence or parallel.

Also, there’s an inbuilt scheduler in the application where the users can schedule the run of these pipelines involving these BI dataflows well in advance. The jobs can be scheduled to run once or repeatedly as well.

Achieve the seamless and automated Tableau report validation with the advanced capabilities of Datagaps DataOps Suite BI Validator.

[technicalfika]

What is the difference between Data Scientist and Data Engineers ?

In today’s data-driven world, organizations harness the power of data to gain valuable insights, make informed decisions, and drive innovation. Two key players in this data-centric landscape are data scientists and data engineers. Although their roles are closely related, each possesses unique skills and responsibilities that contribute to the successful extraction and utilization of data. In…

[valyrfia]

you say the only thing tethering me to this sport is a ship and i vehemently agree with you while trying to shove the python pipeline i built for fun to compare past race telemetry under the table