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Streamline Data Pipelines

Simple
Deliver transformations in SQL and eliminate the need for complex toolsets. Easily integrate with tools such as dbt, Airflow and more…
Scalable
Address performance and data volume challenges with resilient distributed processing on elastic cloud based infrastructure.
Cost-Effective
Reduce transformation costs with granular, on-demand infrastructure combined with efficient data services.
Quote

With Firebolt we have automated our ingestion, directly pulling data from S3 with simple SQL queries, reduced our processing time 70% with scale-out, while managing our costs effectively through on-demand engines.

Alan O'Neill
Aniruddha Bharadwaj
Manager Data Science and Production Systems

Simplifying data transformation for fresh, fast insights

Fast
ingestion

Onboard data from S3 data lake or operational systems with rapid batch, incremental or trickle ingestion

Complex
transformations

Robust query processing stack built to transform TBs of data with SQL

Fresh insights,
delivered fast

Low latency updates and deletes combined with strong consistency ensures fresh insights are delivered immediately

Ecosystem
Integrations

Leverage popular integrations to automate, orchestrate transformations at scale

Direct reads from the data lake for exploration


SELECT
title,author
FROM read_csv('s3://mybucket/games.csv')

“COPY FROM”
Save time and money with schema inference and fast ingestion

COPY INTO games
FROM 's3://mybucket/gaming/parquet/games/'
WITH PATTERN = '*' TYPE = PARQUET;

Built for complex queries

Scale to handle transformations that exceed the bounds of the physical infrastructure

Multistage distributed query execution

Complex queries are split into tasks and executed with resource awareness leveraging a distributed vectorized run-time.

Streaming shuffle at max network speed

Seamless data flow with a network efficient shuffle guaranteeing low-latency as your data volume grows.

Scale queries beyond memory limits

Memory is a limited resource in any distributed cluster. Firebolt automatically manages memory pressure with spill-to-disk.

Low latency changes with transactional consistency

Guarantee fresh and fast data without sacrificing data integrity

Elastic infrastructure for every ELT job

Address ELT jobs of different shapes, cost effectively

Right-size every ELT job

Firebolt provides options to scale-up/scale-out/scale-in/scale-down and scale-to zero.

Auto-stop/Auto-start

Eliminate idle time and associated spend with auto-stop/auto-start. Fast starting engines address workloads truly on-demand.

Granular scaling

Firebolt helps control costs with single-node incremental scaling.

FAQs About Data Ingestion in Cloud Data Warehousing

Benefits of Fast Data Ingestion

  • Real-Time Insights: Enables businesses to process and analyze data as it’s generated, critical for time-sensitive decisions.
  • Scalability: Handles increasing data volumes without performance degradation.
  • Data Unification: Consolidates disparate data sources into a single repository, creating a unified data view.
  • Efficient Analytics: Ensures data is ready for querying and visualization, reducing time-to-insight.

What Is Data Ingestion in Cloud Data Warehousing?

Data ingestion is the process of moving data from diverse sources, such as databases, APIs, IoT devices, and streaming platforms, into a cloud data warehouse. This data can then be transformed, stored, and analyzed to derive actionable insights.

What is the difference between batch and real-time data ingestion?

Batch ingestion processes data in chunks at scheduled intervals, suitable for non-time-sensitive tasks. Real-time ingestion streams data continuously for immediate processing, ideal for time-critical applications.

Why is data ingestion important for cloud data warehouses?

Data ingestion ensures that data from multiple sources is collected, processed, and ready for analysis, forming the foundation for efficient and effective data analytics.

Methods of Data Ingestion

  • Batch Ingestion: Processes large chunks of data at scheduled intervals. Ideal for non-time-sensitive data loads.
  • Real-Time Ingestion: Streams data continuously, ensuring minimal latency. Critical for applications like fraud detection and IoT analytics.
  • Change Data Capture (CDC): Tracks and ingests only data changes, improving efficiency.
  • Event-Driven Ingestion: Triggers data ingestion based on specific events or conditions.

Can data ingestion handle unstructured data?

Yes, modern cloud data warehouses and ingestion tools support unstructured data formats like JSON, XML, and multimedia files.

How does Change Data Capture (CDC) improve data ingestion?

CDC ingests only the data that has changed, reducing processing time and resource usage, making it more efficient for frequent updates.

How does data ingestion support data compliance?

Data ingestion pipelines can include features like encryption, masking, and auditing to ensure compliance with data privacy regulations.

What role does data transformation play in ingestion?

Data transformation cleanses, enriches, and restructures data during ingestion, preparing it for storage and analysis.

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