10 beste verktøy for datasjøer i 2026

Anmeldelser av datasjøverktøy

1. 

   1

   Qlik

   Best for auto-optimized Apache Iceberg lakehouses

   • 30-day free trial
   • From $300/month (billed annually)

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   Customer Rating:4.4/5This rating combines scores from multiple user review sites to reflect overall customer sentiment about the product.

   

   Qlik is a data integration and lakehouse platform built natively on Apache Iceberg that combines CDC-based ingestion, automated schema evolution, multi-format data pipelines, and built-in governance across cloud object storage environments.

   Who Is Qlik Best For?

   Qlik is a strong fit for large enterprises in regulated industries that need end-to-end data integration, governance, and lakehouse management on a single platform.

   Why I Picked Qlik

   I picked Qlik because its Adaptive Iceberg Optimizer sets it apart: it continuously runs compaction, indexing, and snapshot cleanup on your Iceberg tables without any manual tuning, delivering 2.5x–5x faster query speeds and up to 50% storage cost savings. I also rely on its zero-copy mirroring to push live Iceberg tables directly into Snowflake without duplicating data or adding pipeline complexity.

   Qlik Key Features

   • Log-based CDC replication: Qlik Replicate captures changes directly from database transaction logs with no agents required, keeping lake data current without impacting source system performance.
   • Multi-format ingestion pipeline: Ingest data in Parquet, Avro, ORC, JSON, and CSV from 200+ sources—including databases, SaaS apps, SAP, mainframes, and streaming platforms like Kafka and Kinesis.
   • Column-level lineage and impact analysis: Track data from source to consumption at the column level, giving you a clear audit trail for governance and compliance reporting.
   • Automated bronze/silver/gold zone management: Qlik Compose for Data Lakes automates schema generation, Hive Catalog creation, and continuous zone updates via CDC—eliminating manual pipeline coding for multi-tier lake architectures.

   Qlik Integrations

   Qlik supports 200+ ingestion sources, including Amazon S3, Azure Data Lake Storage, Google Cloud Storage, Snowflake, Kafka, Oracle, SAP, and Salesforce. Its Iceberg tables integrate with Spark, Amazon Athena, Trino, Presto, Databricks, Dremio, and Tableau.

   Pros and Cons

   Pros:

   • Deep enterprise compliance and governance controls
   • Advanced real-time log-based CDC replication
   • Auto-optimized Apache Iceberg table management

   Cons:

   • Opaque licensing and cost estimation process
   • Complex platform with steep technical requirements
   Learn more about Qlik:

   • Check out Qlik on their website
2. 

   2

   Cloudera

   Best for regulated enterprise hybrid lake governance

   • 60-day free trial
   • From $0.04/CCU/hour

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   Customer Rating:4.1/5This rating combines scores from multiple user review sites to reflect overall customer sentiment about the product.

   

   Cloudera is an open data lakehouse platform that covers scalable multi-cloud and on-premises storage, multi-format data ingestion via 450+ connectors, Apache Iceberg-based schema-on-read, and centralized governance across hybrid environments.

   Who Is Cloudera Best For?

   Cloudera is a strong fit for large enterprises in regulated industries—banking, government, telecom—that need unified governance across on-premises and multi-cloud environments.

   Why I Picked Cloudera

   Cloudera earns its spot on my shortlist because no other platform matches its governance depth across hybrid environments. I'm particularly impressed by Cloudera SDX, which applies Apache Ranger and Apache Atlas policies once and enforces them everywhere, whether your data sits in an on-premises HDFS cluster, Azure ADLS, or AWS S3. Banks and government agencies running mixed infrastructure can define column-level masking rules and ABAC policies centrally, with FedRAMP Moderate and PCI DSS 4.0 certifications backing the compliance story.

   Cloudera Key Features

   • Apache Iceberg time travel: Query historical snapshots of your data at any point in time using Iceberg's built-in versioning and time travel capabilities.
   • Lakehouse Optimizer: Automates Iceberg table compaction, Z-ordering, and partition pruning to improve query performance and reduce compute costs.
   • Cloudera Data Flow (NiFi) visual pipeline builder: Design and deploy data ingestion pipelines using a drag-and-drop interface with 450+ pre-built processors and connectors.
   • Zero-copy data sharing via Iceberg REST Catalog: External engines like Databricks, Snowflake, and Athena can query Cloudera-managed Iceberg tables directly without data movement or duplication.

   Cloudera Integrations

   Cloudera Data Flow provides 450+ pre-built connectors, including Apache Kafka, MongoDB, Salesforce, Snowflake, and Google BigQuery. It also integrates with AWS, Microsoft Azure, Google Cloud Platform, Databricks, Tableau, and Power BI through its Iceberg REST Catalog.

   Pros and Cons

   Pros:

   • Zero-copy sharing across external query engines
   • Enterprise governance for strict compliance needs
   • Hybrid and on-premises support is unmatched

   Cons:

   • Metadata management satisfaction below competitor average
   • Initial configuration often requires expert skills
   Learn more about Cloudera:

   • Check out Cloudera on their website
   • Read my in-depth review of Cloudera
3. 

   3

   Dremio

   Best for open Iceberg lakehouse without lock-in

   • 30-day free trial
   • From $0.20/DCU

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   Dremio is an open lakehouse platform built natively on Apache Iceberg and Apache Arrow, combining a SQL query engine, federated data access, automated query acceleration, Git-style data versioning, and a multi-engine open catalog.

   Who Is Dremio Best For?

   Dremio is a strong fit for data engineering and architecture teams building open lakehouses on Apache Iceberg who need multi-engine query access without being locked into a proprietary catalog or storage format.

   Why I Picked Dremio

   Dremio earns its spot on my shortlist because it's built natively on Apache Iceberg, meaning your data stays in your own S3 or ADLS buckets and any engine (Spark, Flink, Trino, DuckDB) can read and write it through the open Polaris catalog without format conversion. I especially like Autonomous Reflections, which silently observe query patterns and materialize accelerations in the background, so your BI dashboards get fast results without manual tuning or proprietary extracts.

   Dremio Key Features

   • Open Catalog (Apache Polaris): A multi-engine catalog built on Apache Polaris that lets Spark, Flink, Trino, and DuckDB read and write Iceberg tables through a standard REST API.
   • Data as Code branching: Git-style version control via Project Nessie creates zero-copy isolated data branches for development, testing, and ML experimentation with atomic merges and rollbacks.
   • COPY INTO ingestion: A native SQL command that bulk-loads CSV, JSON, and Parquet files from object storage directly into Iceberg tables with schema evolution and partition handling.
   • Fine-grained access control: Row-level security and column masking enforced at query time, applied consistently across every engine querying the catalog.

   Dremio Integrations

   Dremio integrates with Apache Spark, Apache Flink, Trino, DuckDB, Tableau, Power BI, dbt Core, Amazon S3, Azure Data Lake Storage, and Google Cloud Storage. Its Polaris REST Catalog, ODBC, JDBC, and Arrow Flight interfaces support custom engine and application connections.

   Pros and Cons

   Pros:

   • Open REST catalog connects any query engine
   • Git-style data branching for time travel
   • Processes Apache Iceberg natively with no conversion

   Cons:

   • No dedicated built-in ML feature store
   • Administration complexity higher than peer tools
   Learn more about Dremio:

   • Check out Dremio on their website
4. 

   4

   Palantir Foundry

   Best for regulated-industry data lake governance

   • Free demo available
   • Pricing upon request

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   Palantir Foundry is a data lake platform that combines multi-format ingestion, pipeline orchestration, semantic data modeling via its Ontology layer, and built-in governance controls across cloud, on-premises, and air-gapped environments.

   Who Is Palantir Foundry Best For?

   Palantir Foundry is purpose-built for large enterprises in regulated industries—finance, healthcare, defense, and government—that need granular data governance across complex, multi-source environments.

   Why I Picked Palantir Foundry

   I picked Palantir Foundry because its governance architecture genuinely has no peer in regulated industries. The platform layers purpose-based, classification-based, and role-based access controls together, with data markings that propagate automatically through lineage so a PII tag on a source dataset follows the data through every downstream transform. Pair that with FedRAMP High, HIPAA, ITAR, and SOC 2 Type 2 certifications, and the Ontology layer that maps raw lake data to auditable business objects, and you have a platform built from the ground up for environments where governance isn't optional.

   Palantir Foundry Key Features

   • 200+ prebuilt data connectors: Connect to databases, data warehouses, streaming platforms, ERP systems, cloud storage, IoT sources, and geospatial tools through a single ingestion interface.
   • Apache Iceberg REST Catalog: Expose Foundry datasets to external Iceberg-compatible compute engines—including Trino, Spark, Flink, Databricks, and Snowflake—without duplicating data.
   • Virtual tables for zero-copy federation: Query external tables in Databricks, Snowflake, and S3-compatible stores directly from Foundry without ingesting or moving the underlying data.
   • AIP model studio: Build, train, evaluate, and serve ML models within Foundry, with native access to LLMs and support for Python and R development environments.

   Palantir Foundry Integrations

   Palantir Foundry offers 200+ native data connectors, including Amazon S3, Snowflake, Databricks, PostgreSQL, SAP, Apache Kafka, Amazon Kinesis, Tableau, and Power BI. It also supports custom connectivity through its S3-compatible API, Iceberg REST Catalog, and virtual tables.

   Pros and Cons

   Pros:

   • Zero-copy data sharing with virtual tables
   • Ontology layer enables business-user data access
   • Best-in-class data governance for compliance

   Cons:

   • Platform lock-in risk due to proprietary models
   • High contract pricing with unclear totals
   Learn more about Palantir Foundry:

   • Check out Palantir Foundry on their website
5. 

   5

   BigLake

   Best for cross-engine governance on open lake tables

   • 90-day free trial
   • From $0.12 per DCU-hour

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   BigLake is Google Cloud's lakehouse platform that extends BigQuery with open-format table support, cross-engine query access, unified metadata management, and fine-grained governance across GCS, S3, and Azure Blob Storage.

   Who Is BigLake Best For?

   BigLake is a strong fit for data engineering and architecture teams already invested in Google Cloud who need consistent governance across multiple query engines and open table formats.

   Why I Picked BigLake

   I picked BigLake as one of the best because it's the only lakehouse platform I've seen that enforces row- and column-level access policies consistently across BigQuery, Spark, Trino, and Presto, not just within a single engine. That means a policy tag applied to a sensitive column follows the data regardless of which engine your team queries it through. The Lakehouse Iceberg REST Catalog makes this possible by serving as a single governance-aware endpoint for all open-source engines reading and writing the same Iceberg tables.

   BigLake Key Features

   • Automated table maintenance: BigLake automatically handles file compaction, clustering, garbage collection, and metadata generation for Iceberg tables stored in GCS.
   • Multi-format ingestion: Ingest data in Parquet, ORC, Avro, CSV, JSON, and open table formats like Apache Iceberg, Delta Lake, and Apache Hudi via manifest files.
   • BigQuery Omni cross-cloud querying: Run BigQuery SQL queries directly against data stored in Amazon S3 or Azure Data Lake Storage Gen 2 without moving it to GCS.
   • Change Data Capture replication: Stream operational data from Cloud Spanner, AlloyDB, and Cloud SQL directly into BigLake tables for near-real-time analytics.

   BigLake Integrations

   BigLake has native integrations with BigQuery, Apache Spark, Apache Flink, Trino, Presto, Google Cloud Storage, Amazon S3, Azure Data Lake Storage Gen2, Looker, and Vertex AI. Its Iceberg REST Catalog connects open-source engines to shared lake tables.

   Pros and Cons

   Pros:

   • Catalog federation for multi-cloud metadata management
   • Open table formats with full Iceberg support
   • Row and column security enforced across engines

   Cons:

   • CMEK unavailable for S3 or Azure cached tables
   • DML not supported for non-Iceberg external tables
   Learn more about BigLake:

   • Check out BigLake on their website
6. 

   6

   Google Cloud Storage

   Best for GCP-native lakehouse with tiered storage

   • Free plan available
   • From $0.020/GB/month

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   Customer Rating:4.7/5This rating combines scores from multiple user review sites to reflect overall customer sentiment about the product.

   

   Google Cloud Storage is a managed object storage service built for data lake architectures, offering tiered storage classes, open table format support via Apache Iceberg and BigLake, and deep integration with BigQuery, Dataflow, Dataproc, and Vertex AI.

   Who Is Google Cloud Storage Best For?

   Google Cloud Storage is a strong fit for data engineering and infrastructure teams already operating within the GCP ecosystem who need a scalable object store as the foundation of a lakehouse architecture.

   Why I Picked Google Cloud Storage

   I picked Google Cloud Storage because it's the native foundation for a GCP-based lakehouse, with tiered storage classes (Standard down to Archive at $0.0012/GB/month) and Autoclass automatically shifting objects between tiers based on access patterns. What I find compelling is BigLake: it layers ACID transactions, time travel, and schema evolution directly onto GCS-backed Apache Iceberg tables, turning raw object storage into a queryable lakehouse without moving data. BigQuery then queries those same Iceberg tables in place, with no export required.

   Google Cloud Storage Key Features

   • Multi-format ingestion: Storage Transfer Service, Dataflow, Pub/Sub, and Datastream support batch, streaming, and CDC ingestion from databases like MySQL, PostgreSQL, and Oracle into GCS.
   • Governance and access controls: IAM-based permissions, CMEK/CSEK encryption, VPC Service Controls, Cloud DLP, and audit logging enforce security across all stored data.
   • Metadata discovery via Knowledge Catalog: Dataplex automatically scans GCS buckets to extract schemas, build business glossaries, and generate end-to-end data lineage across GCS and BigQuery.
   • Multi-engine query support: GCS-backed Iceberg tables are queryable by BigQuery, Serverless Spark, Trino, Flink, and Presto via the Iceberg REST Catalog.

   Google Cloud Storage Integrations

   Google Cloud Storage has native integrations with BigQuery, Dataproc, Dataflow, Pub/Sub, Datastream, Vertex AI, Looker, and Knowledge Catalog. REST, XML, gRPC, and client-library APIs support custom integrations with data platforms and processing engines.

   Pros and Cons

   Pros:

   • Automated archival and storage tiering options
   • Multi-engine analytics with BigQuery and Spark
   • Lakehouse support with Apache Iceberg tables

   Cons:

   • Complex billing with separate operation and egress fees
   • Most features require multiple GCP services
   Learn more about Google Cloud Storage:

   • Check out Google Cloud Storage on their website
   • Read my in-depth review of Google Cloud Storage
7. 

   7

   Snowflake

   Best for zero-copy data sharing across clouds

   • 30-day free trial
   • From $2/credit

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   Customer Rating:4.6/5This rating combines scores from multiple user review sites to reflect overall customer sentiment about the product.

   

   Snowflake is a cloud-native data lake and analytics platform that combines elastic storage, a built-in SQL query engine, Snowpark for Python/Java/Scala workloads, Apache Iceberg support, and zero-copy data sharing across AWS, Azure, and GCP.

   Who Is Snowflake Best For?

   Snowflake is a strong fit for enterprise data teams managing large-scale, multi-cloud environments where governance, compliance, and cross-organizational data sharing are non-negotiable requirements.

   Why I Picked Snowflake

   Snowflake earns its spot on my shortlist because its zero-copy data sharing lets you share live datasets across AWS, Azure, and GCP accounts without duplicating or moving a single byte. I've worked with its Snowflake Marketplace, which connects to 820+ data providers, and the cross-cloud auto-fulfillment makes sharing across regions genuinely frictionless. Pair that with native Apache Iceberg support and Snowpipe Streaming handling over 1M TPS, and you get a lake platform built for real enterprise scale.

   Snowflake Key Features

   • Snowpark multi-language runtime: Write data engineering and ML workloads in Python, Java, or Scala and run them directly inside Snowflake's query engine without moving data out.
   • Apache Iceberg table support: Store and manage data in open Iceberg table format on Snowflake-managed storage, with schema evolution, Time Travel, and interoperability with Spark, Trino, and Flink.
   • Horizon Catalog: A built-in governance layer with column-level lineage tracking, automated PII classification, AI-assisted metadata enrichment, and Data Metric Functions for continuous data quality monitoring.
   • Snowpipe Streaming: Ingest row-level data in real time at over 1M transactions per second directly into Snowflake or Apache Iceberg tables without batching delays.

   Snowflake Integrations

   Snowflake offers native integrations with Apache Kafka, dbt, Tableau, Microsoft Power BI, Looker, and Apache Airflow. It connects to Apache Spark, Trino, Amazon S3, Azure Blob Storage, and Google Cloud Storage, with APIs for custom integrations.

   Pros and Cons

   Pros:

   • Elastic separation of storage and compute
   • Built-in governance and column-level lineage
   • Zero-copy data sharing across clouds

   Cons:

   • Cost tracking can be challenging
   • No on-premises deployment support
   Learn more about Snowflake:

   • Check out Snowflake on their website
   • Read my in-depth review of Snowflake
8. 

   8

   Databricks Lakehouse Platform

   Best for lakehouse built on open table formats

   • 14-day free trial
   • From $0.22/DBU

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   Databricks Lakehouse Platform is a cloud-native data lakehouse platform that unifies data engineering, SQL analytics, machine learning, and AI development on open table formats like Delta Lake, Apache Iceberg, and Apache Hudi.

   Who Is Databricks Lakehouse Platform Best For?

   Databricks is a strong fit for enterprise data and ML teams that need to run engineering pipelines, SQL analytics, and AI workloads on a single platform without moving data between systems.

   Why I Picked Databricks Lakehouse Platform

   Databricks earns its spot on my shortlist because it's the team that literally invented Delta Lake, and that origin story matters when you're evaluating open table format support. I've worked with the platform's native Delta Lake, Iceberg, and Hudi support, and what sets it apart is that ACID transactions, time travel, and schema evolution aren't bolt-ons. Unity Catalog layers automated column-level lineage and attribute-based access control directly on top, so governance travels with the data across clouds.

   Databricks Lakehouse Platform Key Features

   • Lakeflow Connect: A managed, serverless ingestion layer with 100+ native connectors for SaaS apps, databases, cloud storage, and streaming sources including Kafka, Kinesis, and Event Hubs.
   • Apache Spark Declarative Pipelines: A framework for building batch and real-time streaming ETL pipelines with built-in constraint-based data quality enforcement and automated CDC.
   • Databricks SQL Warehouses: A Photon-accelerated SQL engine that supports ANSI SQL for analytics workloads, with JDBC/ODBC connectivity for BI tools like Tableau, Power BI, and Looker.
   • MLflow integration: A managed MLflow environment for experiment tracking, model registry, and deployment, co-located with your lake data and connected to the Feature Store and Model Serving.

   Databricks Lakehouse Platform Integrations

   Databricks offers 100+ native Lakeflow Connect connectors, including Salesforce Sales Cloud, Workday, HubSpot, Jira, ServiceNow, Microsoft SQL Server, Google Drive, and Google Analytics. It also connects to Kafka, Kinesis, Event Hubs, S3, ADLS, and GCS, with JDBC/ODBC and APIs for custom connectivity.

   Pros and Cons

   Pros:

   • Built-in MLflow and unified AI platform
   • Automated column-level lineage with Unity Catalog
   • Native Delta Lake, Iceberg, and Hudi support

   Cons:

   • No on-premises deployment option available
   • DBU plus cloud costs can escalate quickly
   Learn more about Databricks Lakehouse Platform:

   • Check out Databricks Lakehouse Platform on their website
9. 

   9

   Amazon S3

   Best for object storage at the core of AWS data lakes

   • Not available
   • From $0.023/GB/month

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   Amazon S3 is AWS's object storage service that functions as the foundational storage layer for data lakes, supporting any data format at exabyte scale with tiered storage classes, native Apache Iceberg table management via S3 Tables, and deep integration across the AWS analytics ecosystem.

   Who Is Amazon S3 Best For?

   Amazon S3 is the right fit for data engineering and infrastructure teams building analytics pipelines on AWS who need a proven, exabyte-scale storage foundation that connects directly to the rest of the AWS ecosystem.

   Why I Picked Amazon S3

   Amazon S3 earns its spot on my shortlist because it's the object storage layer that most production data lakes are already built on. I love that S3 Tables delivers native Apache Iceberg support with ACID transactions, time travel, and auto-compaction built in, solving the small-files problem that plagues most lake architectures. Pair that with S3 Intelligent-Tiering automatically shifting cold data down to $0.00099/GB/month, and you get serious storage cost control without manual intervention.

   Amazon S3 Key Features

   • Multi-format ingestion: S3 accepts any file type—Parquet, ORC, Avro, JSON, CSV, and unstructured formats—via batch uploads, streaming through Kinesis and MSK, or event-driven triggers using S3 Event Notifications.
   • Lake Formation fine-grained access control: Enforce data access policies at the table, column, row, and cell level across your entire S3-backed data lake without duplicating data.
   • S3 Vectors: A native vector index storage and querying service built directly into S3, designed for semantic search and retrieval-augmented generation workloads at up to 90% lower cost than traditional approaches.
   • S3 Inventory: Generate scheduled reports on object attributes, storage class, encryption status, and replication state across your buckets for auditing and governance workflows.

   Amazon S3 Integrations

   Amazon S3 offers native integrations across AWS, including AWS Glue, Amazon Athena, Amazon EMR, AWS Lake Formation, Amazon Kinesis, Amazon Redshift Spectrum, and Amazon SageMaker. It also connects with Apache Spark, Trino, Snowflake, Databricks, Tableau, and Power BI through documented connectors and APIs.

   Pros and Cons

   Pros:

   • 143 compliance certifications and object-level access control
   • Built-in ACID Iceberg tables with auto-compaction
   • Exabyte-scale object storage supports any data format

   Cons:

   • Data lake builds require assembling multiple AWS services
   • Pricing is complex and requires close management
   Learn more about Amazon S3:

   • Check out Amazon S3 on their website
10. 

    10

    Azure Data Lake Storage

    Best for Microsoft-native enterprise data lakes

    • $200 credit for 30 days (no dedicated free tier)
    • From $0.023/GB/month

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    Azure Data Lake Storage Gen2 is Microsoft's cloud-based data lake storage service, built on Azure Blob Storage with a hierarchical namespace, that supports exabyte-scale storage, multi-format data ingestion, POSIX-compliant access controls, and native integration with Azure's analytics and ML ecosystem.

    Who Is Azure Data Lake Storage Best For?

    Azure Data Lake Storage Gen2 is the natural fit for enterprise IT and data teams already running on Microsoft Azure who need exabyte-scale storage tightly wired into Synapse, Databricks, and Microsoft Fabric.

    Why I Picked Azure Data Lake Storage

    I picked Azure Data Lake Storage Gen2 as one of the best because it's the native storage foundation for the entire Microsoft analytics stack, and that tight wiring matters at enterprise scale. When your org runs Synapse, Databricks, and Microsoft Fabric, ADLS Gen2 is already the substrate underneath all of it, meaning one copy of data is queryable by every engine via the ABFS driver. I especially like the POSIX-compliant ACLs, which let you set read/write/execute permissions at the individual file and directory level, not just the container.

    Azure Data Lake Storage Key Features

    • Automated lifecycle tiering: Set policies that automatically move data across Hot, Cool, Cold, and Archive tiers based on age or last-access time to manage storage costs at scale.
    • ABFS driver compatibility: The Azure Blob File System driver gives Hadoop, Spark, Hive, and HDFS-based workloads native read/write access to ADLS Gen2 without code changes.
    • OneLake Shortcuts: Create live references to data in other OneLake workspaces, Amazon S3, or Azure Blob Storage containers without copying or moving the underlying data.
    • Azure Machine Learning datastore integration: Register ADLS Gen2 containers directly as datastores in Azure ML workspaces, giving data scientists direct access to lake data for model training and experimentation.

    Azure Data Lake Storage Integrations

    Azure Data Lake Storage has native integrations across the Microsoft ecosystem, including Azure Data Factory, Azure Databricks, Azure Synapse Analytics, Microsoft Fabric, Microsoft Purview, Azure Machine Learning, and Azure Event Hubs. It also supports Apache Spark and Kafka through documented connectors, plus ABFS and APIs for custom data access.

    Pros and Cons

    Pros:

    • Open table formats via compute layer
    • Hierarchical namespace supports granular access control
    • Native integration across Microsoft analytics tools

    Cons:

    • Only available on Microsoft Azure
    • Requires Purview for advanced data cataloging
    Learn more about Azure Data Lake Storage:

    • Check out Azure Data Lake Storage on their website