Dataflow vs Qlik Talend Data Integration

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Our analysts compared Dataflow vs Qlik Talend Data Integration based on data from our 400+ point analysis of ETL Tools, user reviews and our own crowdsourced data from our free software selection platform.

Qlik Talend Data Integration Software Tool

Product Basics

Dataflow, a streaming analytics software, ingests and processes high-volume, real-time data streams. Imagine it as a powerful pipeline continuously analyzing incoming data, enabling you to react instantly to insights. It caters to businesses needing to analyze data in motion, like financial institutions tracking stock prices or sensor-driven applications monitoring equipment performance. Dataflow's key benefits include scalability to handle massive data volumes, flexibility to adapt to various data sources and analysis needs, and unified processing for both batch and real-time data. Popular features involve visual interface for building data pipelines, built-in machine learning tools for pattern recognition, and seamless integration with other cloud services. Compared to similar products, user experiences highlight Dataflow's ease of use, cost-effectiveness (pay-per-use based on data processed), and serverless architecture, eliminating infrastructure management overheads. However, some users mention limitations in customizability and occasional processing delays for complex workloads.

Pros
  • Easy to use
  • Cost-effective
  • Serverless architecture
  • Scalable
  • Flexible
Cons
  • Limited customization
  • Occasional processing delays
  • Learning curve for complex pipelines
  • Could benefit from more built-in templates
  • Dependency on other cloud services
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Qlik Talend Data Integration empowers organizations to unify, govern, and integrate data from diverse sources. It shines for businesses grappling with data fragmentation and seeking to establish a trusted data foundation for analytics, AI, and informed decision-making. Key benefits include streamlined data pipelines, automated data quality checks, and real-time data synchronization. Notably, its visual drag-and-drop interface fosters ease of use, while pre-built connectors and code-free transformations accelerate development. Compared to similar tools, user experiences highlight Talend's scalability, flexibility, and robust data governance capabilities. While pricing varies based on specific needs and deployment options, expect a tiered subscription model with per-user or per-month charges.
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$1/250GB of Processed Data
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$100 Monthly
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Product Assistance

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Product Insights

  • Reduce TCO: Manage seasonal and spiky task overloads by autoscaling resources as per the task load. Reduce batch-processing costs by using advanced job scheduling and shuffling techniques. 
  • Go Serverless: Do away with operational overhead from data engineering tasks. Allow teams to focus on coding, instead of managing server clusters. 
  • Integrate All Data: Replicates data from Google Cloud Storage into BigQuery, PostgreSQL or Cloud Spanner. Ingest data changes from MySQL, SQL Server and Db2.
  • Drive Analytics with AI: Build ML-powered data pipelines through support for TensorFlow Extended (TFX). Enables predictive analytics, fraud detection, real-time personalization and more. 
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  • Unified Data Foundation: Break down data silos and seamlessly integrate information from diverse sources like cloud apps, databases, and legacy systems, creating a single, trusted source for analysis and decision-making.
  • Enhanced Data Quality: Ensure data accuracy and consistency through automated cleansing, transformation, and validation processes, minimizing errors and boosting confidence in analytics.
  • Streamlined Data Pipelines: Design and automate dataflows with a drag-and-drop interface and pre-built connectors, accelerating data delivery and reducing manual tasks.
  • Real-time Insights: Gain access to up-to-date data through real-time data synchronization and event-driven triggers, enabling faster response times and agile decision-making.
  • Improved Data Governance: Implement robust data governance policies and access controls to ensure data security, compliance, and lineage tracking.
  • Increased Agility and Scalability: Respond quickly to changing business needs with a highly scalable platform that can handle growing data volumes and evolving data requirements.
  • Enhanced Collaboration: Foster collaboration across teams by providing a unified view of data and facilitating data sharing with intuitive dashboards and reports.
  • Reduced Costs and Improved Efficiency: Optimize data management processes, eliminate data silos, and reduce manual effort, leading to significant cost savings and improved operational efficiency.
  • Simplified Data Integration: Reduce the complexity of data integration with a user-friendly interface, code-free options, and pre-built components, making data accessible to users of all technical skill levels.
  • Data-Driven Decisions: Empower all levels of the organization to make informed decisions based on accurate, reliable, and readily available data, leading to improved business outcomes.
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  • Pipeline Authoring: Build data processing workflows with ML capabilities through Google’s Vertex AI Notebooks and deploy with the Dataflow runner. Design Apache Beam pipelines in a read-eval-print-loop (REVL) workflow. 
    • Templates: Run data processing tasks with Google-provided templates. Package the pipeline into a Docker image, then save as a Flex template in Cloud Storage to reuse and share with others. 
  • Streaming Analytics: Join streaming data from publish/subscribe (Pub/Sub) messaging systems with files in Cloud Storage and tables in BigQuery. Build real-time dashboards with Google Sheets and other BI tools. 
  • Workload Optimization: Automatically partitions data inputs and consistently rebalances for optimal performance. Reduces the impact of hot keys on pipeline functioning. 
    • Horizontal Autoscaling:  Automatically chooses and reallocates the number of worker instances required to run the job. 
    • Task Shuffling: Moves pipeline tasks out of the worker VMs into the backend, separating compute from state storage. 
  • Security: Turn off public IPs; secure data with a customer-managed encryption key (CMEK). Mitigate the risk of data exfiltration by integrating with VPC Service Controls. 
  • Pipeline Monitoring: Monitor job status, view execution details and receive result updates through the monitoring or command-line interface. Troubleshoot batch and streaming pipelines with inline monitoring. Set alerts for exceptions like stale data and high system latency. 
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  • Visual Drag-and-Drop Interface: Design and manage data pipelines with a user-friendly interface that requires minimal coding, making data accessible to users of all skill levels.
  • Pre-built Connectors: Easily connect to hundreds of data sources, including cloud applications, databases, legacy systems, and APIs, with readily available connectors.
  • Code-Free Transformations: Perform data cleansing, filtering, and manipulation through intuitive wizards and pre-built components, avoiding complex coding and accelerating development.
  • Data Quality Management: Ensure data accuracy and consistency with automated profiling, cleansing, validation, and enrichment tools, promoting trust in downstream analytics.
  • Real-time Data Synchronization: Access and synchronize data in real-time with event-driven triggers and continuous data flows, enabling immediate insights and agile decision-making.
  • Data Catalog and Lineage Tracking: Maintain a comprehensive catalog of data assets and track data lineage across transformations, fostering data transparency and governance.
  • Job Scheduling and Orchestration: Automate data pipelines through scheduling and orchestration capabilities, including dependencies and error handling, ensuring smooth data delivery.
  • Data Profiling and Monitoring: Analyze data patterns and monitor job performance with robust data profiling and monitoring tools, facilitating informed decision-making and proactive issue resolution.
  • Scalable Architecture: Handle growing data volumes and complex data pipelines with a scalable architecture that supports cloud, on-premises, and hybrid deployments.
  • Data Masking and Security: Implement data security measures, including data masking and access controls, to protect sensitive information and comply with regulations.
  • Application and API Integration: Integrate data with applications and APIs to streamline workflows and automate data exchange, fostering better decision-making within specific business processes.
  • Machine Learning and Artificial Intelligence Integration: Leverage machine learning and AI capabilities within data pipelines for tasks like anomaly detection and data enrichment, driving deeper insights and automation.
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Product Ranking

#15

among all
ETL Tools

#42

among all
ETL Tools

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Analyst Rating Summary

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Data Transformation
Metadata Management
Platform Security
Workflow Management
Data Delivery
Metadata Management
Performance and Scalability
Platform Capabilities
Workflow Management
Data Quality

Analyst Ratings for Functional Requirements Customize This Data Customize This Data

Dataflow
Qlik Talend Data Integration
+ Add Product + Add Product
Data Delivery Data Quality Data Sources And Targets Connectivity Data Transformation Metadata Management Platform Capabilities Workflow Management 93 78 92 100 100 0 100 84 92 88 71 100 100 93 0 25 50 75 100
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Analyst Ratings for Technical Requirements Customize This Data Customize This Data

we're gathering data
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User Sentiment Summary

Great User Sentiment 106 reviews
Great User Sentiment 385 reviews
86%
of users recommend this product

Dataflow has a 'great' User Satisfaction Rating of 86% when considering 106 user reviews from 3 recognized software review sites.

87%
of users recommend this product

Qlik Talend Data Integration has a 'great' User Satisfaction Rating of 87% when considering 385 user reviews from 3 recognized software review sites.

4.1 (31)
4.3 (109)
n/a
4.4 (181)
4.4 (59)
4.4 (95)
4.2 (16)
n/a

Awards

SelectHub research analysts have evaluated Dataflow and concluded it earns best-in-class honors for Data Transformation and Workflow Management.

Data Transformation Award
Workflow Management Award

we're gathering data

Synopsis of User Ratings and Reviews

Ease of use: Users consistently praise Dataflow's intuitive interface, drag-and-drop pipeline building, and visual representations of data flows, making it accessible even for those without extensive coding experience.
Cost-effectiveness: Dataflow's pay-as-you-go model is highly appealing, as users only pay for the compute resources they actually use, aligning costs with data processing needs and avoiding upfront infrastructure investments.
Serverless architecture: Users appreciate Dataflow's ability to automatically scale resources based on workload, eliminating the need for manual provisioning and management of servers, reducing operational overhead and streamlining data processing.
Scalability: Dataflow's ability to seamlessly handle massive data volumes and fluctuating traffic patterns is highly valued by users, ensuring reliable performance even during peak usage periods or when dealing with large datasets.
Integration with other cloud services: Users find Dataflow's integration with other cloud services, such as storage, BigQuery, and machine learning tools, to be a significant advantage, enabling the creation of comprehensive data pipelines and analytics workflows within a unified ecosystem.
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Ease of Use: Drag-and-drop interface and pre-built connectors make data integration accessible even for non-technical users.
Faster Data Delivery: Streamlined pipelines and automated transformations accelerate data integration processes.
Improved Data Quality: Built-in cleansing and validation tools ensure data accuracy and consistency.
Scalability and Flexibility: Handles growing data volumes and adapts to diverse data integration needs.
Strong Data Governance: Robust security features and data lineage tracking promote data privacy and compliance.
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Limited customization: Some users express constraints in tailoring certain aspects of Dataflow's behavior to precisely match specific use cases, potentially requiring workarounds or compromises.
Occasional processing delays: While generally efficient, users have reported occasional delays in processing, especially with complex pipelines or during periods of high data volume, which could impact real-time analytics.
Learning curve for complex pipelines: Building intricate Dataflow pipelines can involve a steeper learning curve, especially for those less familiar with Apache Beam concepts or distributed data processing principles.
Dependency on other cloud services: Dataflow's seamless integration with other cloud services is also seen as a potential drawback by some users, as it can increase vendor lock-in and limit portability across different cloud platforms.
Need for more built-in templates: Users often request a wider range of pre-built templates and integrations with external data sources to accelerate pipeline development and streamline common use cases.
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Learning Curve for Advanced Features: Mastering complex transformations and customizations can require significant effort.
Performance with Large Datasets: Processing and optimizing very large datasets can be resource-intensive.
Limited Code-Free Customization: Some advanced data manipulations may necessitate manual coding for complete flexibility.
Pricing Complexity: Understanding the tiered pricing structure and potential hidden costs can be challenging.
Smaller Community Support: The user community is smaller compared to some competitors, potentially limiting available resources and peer support.
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Dataflow, a cloud-based streaming analytics platform, garners praise for its ease of use, scalability, and cost-effectiveness. Users, particularly those new to streaming analytics or with limited coding experience, appreciate the intuitive interface and visual pipeline building, making it a breeze to get started compared to competitors that require more programming expertise. Additionally, Dataflow's serverless architecture and pay-as-you-go model are highly attractive, eliminating infrastructure management burdens and aligning costs with actual data processing needs, unlike some competitors with fixed costs or complex pricing structures. However, Dataflow isn't without its drawbacks. Some users find it less customizable than competing solutions, potentially limiting its suitability for highly specific use cases. Occasional processing delays, especially for intricate pipelines or high data volumes, can also be a concern, impacting real-time analytics capabilities. Furthermore, while Dataflow integrates well with other Google Cloud services, this tight coupling can restrict portability to other cloud platforms, something competitors with broader cloud compatibility might offer. Ultimately, Dataflow's strengths in user-friendliness, scalability, and cost-effectiveness make it a compelling choice for those new to streaming analytics or seeking a flexible, cost-conscious solution. However, its limitations in customization and potential processing delays might necessitate exploring alternatives for highly specialized use cases or mission-critical, real-time analytics.

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Reviewing user experiences from the past year for Qlik Talend Data Integration paints a mixed picture. Many users praise its user-friendly interface, pre-built connectors, and streamlined data pipelines, making it accessible even for non-technical professionals. This ease of use, coupled with faster data delivery and improved data quality through automated cleansing, is a major draw for businesses seeking to break down data silos and gain quicker insights. However, some users highlight limitations that can be dealbreakers for complex data integration needs. Mastering advanced features and customizations can require a steep learning curve, and performance with exceptionally large datasets may necessitate optimization and resource allocation. Additionally, while code-free options are extensive, some advanced transformations may require manual coding for complete flexibility. When compared to similar products, Qlik Talend shines in its visual drag-and-drop interface and robust data governance capabilities. Users also appreciate its strong scalability and flexibility, making it adaptable to diverse data integration needs. However, some find its pricing structure complex and its community support smaller compared to competitors. Ultimately, the decision to choose Qlik Talend Data Integration hinges on individual needs and priorities. For businesses seeking a user-friendly and efficient solution for basic to moderate data integration tasks, it's a strong contender. However, those with complex data landscapes and specialized requirements may need to weigh its strengths and limitations against other options before making a final call.

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