You may have seen the long-lasting episode of “I Love Lucy” where Lucy and Ethel get jobs wrapping chocolates during a candy factory. The high-speed conveyer belt starts up and therefore the ladies are immediately out of their depth. By the top of the scene, they’re stuffing their hats, pockets, and mouths filled with chocolates, while an ever-lengthening procession of unwrapped confections continues to flee their station. It’s hilarious. It’s also the right analog for understanding the importance of the fashionable data pipeline.

The efficient flow of knowledge from one location to the opposite — from a SaaS application to a knowledge warehouse, for instance — is one among the foremost critical operations in today’s data-driven enterprise. After all, useful analysis cannot begin until the info becomes available. Data flow are often precarious, because there are numerous things which will fail during the transportation from one system to another: data can become corrupted, it can hit bottlenecks (causing latency), or data sources may conflict and/or generate duplicates. Because the complexity of the wants grows and therefore the number of knowledge sources multiplies, these problems increase in scale and impact.

The data pipeline: built for efficiency

Enter the info pipeline, software that eliminates many manual steps from the method and enables a smooth, automated flow of knowledge from one station to subsequent. It starts by defining what, where, and the way data is collected. It automates the processes involved in extracting, transforming, combining, validating, and loading data for further analysis and visualization. It provides end-to-end velocity by eliminating errors and combatting bottlenecks or latency. It can process multiple data streams directly. In short, it’s an absolute necessity for today’s data-driven enterprise.

A data pipeline views all data as streaming data and it allows for flexible schemas. no matter whether it comes from static sources (like a flat-file database) or from real-time sources (such as online retail transactions), the info pipeline divides each data stream into smaller chunks that it processes in parallel, conferring extra computing power.

The data pipeline doesn’t require the last word destination to be a knowledge warehouse. It can route data into another application, like a visualization tool or Salesforce. Consider it because the ultimate production line. (If chocolate was data, imagine how relaxed Lucy and Ethel would have been!)

How may be a data pipeline different from ETL?

You may commonly hear the terms ETL and data pipeline used interchangeably. ETL stands for Extract, Transform, and Load. ETL systems extract data from one system, transform the info and cargo the info into a database or data warehouse. Legacy ETL pipelines typically run in batches, meaning that the info is moved in one large chunk at a selected time to the target system. Typically, this happens in regular scheduled intervals; for instance, you would possibly configure the batches to run at 12:30 a.m. a day when the system traffic is low.

By contrast, “data pipeline” may be a broader term that encompasses ETL as a subset. It refers to a system for moving data from one system to a different. The info may or might not be transformed, and it’s going to be processed in real time (or streaming) rather than batches. When the info is streamed, it’s processed during a continuous flow which is beneficial for data that needs constant updating, like knowledge from a sensor monitoring traffic. Additionally, the info might not be loaded to a database or data warehouse. It’d be loaded to any number of targets, like an AWS bucket or a knowledge lake, or it’d even trigger a webhook on another system to begin a selected business process.

Who needs a knowledge pipeline?

While a knowledge pipeline isn’t a necessity for each business, this technology is particularly helpful for those that:

Generate, rely on, or store large amounts or multiple sources of knowledge

Maintain siloed data sources

Require real-time or highly sophisticated data analysis

Store data within the cloud

As you scan the list above, most of the businesses you interface with on a day to day — and doubtless your own — would enjoy a knowledge pipeline.

Types of data pipeline solutions

There are variety of various data pipeline solutions available, and every is well-suited to different purposes. For instance, you would possibly want to use cloud-native tools if you’re attempting to migrate your data to the cloud.

The following list shows the foremost popular sorts of pipelines available. Note that these systems aren’t mutually exclusive. You would possibly have a knowledge pipeline that’s optimized for both cloud and real-time, for instance.

Batch. Execution is most useful for once you want to maneuver large volumes of knowledge at a daily interval, and you are doing not got to move data in real time. For instance , it’d be useful for integrating your Marketing data into a bigger system for analysis.

Real-time. These tools are optimized to process data in real time. Real-time is beneficial once you are processing data from a streaming source, like the info from financial markets or telemetry from connected devices.

Cloud native. These tools are optimized to figure with cloud-based data, like data from AWS buckets. These tools are hosted within the cloud, allowing you to save lots of money on infrastructure and expert resources because you’ll believe the infrastructure and expertise of the seller hosting your pipeline.

Open source. These tools are most useful once you need a low-cost alternative to a billboard vendor and you’ve got the expertise to develop or extend the tool for your purposes. Open source tools are often cheaper than their commercial counterparts, but require expertise to use the functionality because the underlying technology is publicly available and meant to be modified or extended by users.

Taking the primary step

Ok, so you’re convinced that your company needs a knowledge pipeline. How does one get started?

You could hire a team to create and maintain your own data pipeline in-house. Here’s what it entails:

Developing how to watch for incoming data (whether file-based, streaming, or something else)

Connecting to and reworking data from each source to match the format and schema of its destination

Moving the info to the the target database/data warehouse

Adding and deleting fields and altering the schema as company requirements change

Making an ongoing, permanent commitment to maintaining and improving the info pipeline

Count on the method being costly, both in terms of resources and time. You’ll need experienced (and thus expensive) personnel, either hired or trained and pulled faraway from other high-value projects and programs. It could take months to create, incurring significant cost. Lastly, it is often difficult to scale these sorts of solutions because you would like to feature hardware and other people, which can be out of budget.

A simpler, less expensive solution is to take a position during a robust data pipeline, like Alooma. Here’s why:

You get immediate, out-of-the-box value, saving you the time interval involved in building an in-house solution

You don’t need to pull resources from existing projects or products to create or maintain your data pipeline

If or when problems arise, you’ve got someone you’ll trust to repair the difficulty , instead of having to tug resources off of other projects or failing to satisfy an SLA

It gives you a chance to cleanse and enrich your data on the fly

It enables real-time, secure analysis of knowledge , even from multiple sources simultaneously by storing the info during a cloud data warehouse

You can visualize data in motion

You get peace of mind from enterprise-grade security and a 100% SOC 2 Type II, HIPAA, and GDPR compliant solution

Schema changes and new data sources are easily incorporated

Built in error handling means data won’t be lost if loading fails