Information combination vs. information ingestion: What are the differences?


Integration data system technology concept. Hand pressing virtual button. Image: Murrstock/Adobe Stock With the increasing quantity of data being produced, organizations need better methods to deal with and use the details they collect. Data integration and information consumption are necessary parts of a successful data technique and assistance organizations maximize their data

properties. SEE : Hiring Package: Database engineer (TechRepublic Premium)

Data combination and data consumption are 2 necessary principles in information management that are often used interchangeably, but they are two distinct processes that serve particular business functions. By comprehending the differences between data combination and information consumption, companies can ensure they are utilizing the most efficient data management service for each project and company information use case.

Jump to:

What is information integration?

Data combination combines information from various sources and changes it into an unified view for much easier access and analysis. The process combines information from diverse sources, such as databases, APIs, applications, files, spreadsheets and sites.

SEE: Cloud information warehouse guide and list (TechRepublic Premium)

Data integration is normally accomplished by an extract, transform, load procedure. The ETL procedure extracts data from various sources, changes it into a standard format and loads it into an information storage facility. This allows the information to be queried, evaluated and used in other applications.

How does information integration work?

The information integration procedure begins by extracting data from disparate sources, like databases, flat files, web services or other applications. When data is extracted, it is changed to make it consistent. This change can consist of filtering, sorting, deduplication and even formatting the data into a wanted schema.

Transformed information is then filled into a merged target system, like an information storage facility or a single file. As soon as the data is combined and processed, information specialists can utilize it to construct control panels, imagine trends, forecast results or create reports.

With information integration, business can establish much faster decision-making abilities due to improved information governance and automated processes. They can also become more nimble and react faster to changing customer requirements.

Finest company software

Types of data integration

There are various kinds of data integration that companies can utilize. They include:

Manual data combination

This type of integration normally requires manual entry of information from one system into another or using scripts or programs to move data between the two systems. Manual information integration is usually performed for small information combination projects or maintaining data integrity between two systems.

Middleware data combination

Middleware data integration involves using software application that serves as an intermediary in between two or more applications to help with data exchange from legacy systems to contemporary applications.

Application-based combination

Application-based combination software finds, retrieves and incorporates data from diverse sources into location systems. This can include using a custom-built or pre-packaged application created to integrate data.

Uniform gain access to integration

This information combination approach allows users to access data from multiple sources in a consistent format while guaranteeing the source information stays undamaged and protected. This technique enables users to see and communicate with information from different sources without reproducing or transferring it from its initial place.

Typical storage information integration

This type of data integration makes it possible for information to be copied from source systems to a new system. This approach integrates data from diverse sources, allowing for more thorough analytics and insights.

What is data intake?

Data consumption involves moving information from one source or place to another to be saved in an information lake, data mart, database or data storage facility. It consists of drawing out data from its original format, changing it into a proper type for storage and then packing it into the location system. The data is typically drawn out from CSV, Excel, JSON and XML files.

SEE: Helpful strategies for improving information quality in information lakes (TechRepublic)

Information ingestion varies from information combination because it does not involve processing the information before it is packed into the location system. Instead, it is merely transferring information from one system to another. This means information is moved in its raw form without any adjustment or filtering used.

How does information intake work?

Information intake gathers information from several sources and loads it into an information repository or warehouse. The information can be gathered in real-time or in batches.

SEE: Job description: ETL/data warehouse developer (TechRepublic Premium)

The information is then processed and transformed, utilizing ETL processes to prepare it for analysis. Alternatively, ETL processes can be utilized to fill raw information as quickly as possible before improvements. After information changes are complete, the information is loaded into the target system, such as a database, cloud storage platform or analytics engine.

Types of information ingestion

There are a number of kinds of information intake approaches available, such as the following:

Batch intake

This includes gathering and processing information in portions or batches at routine intervals.

Streaming consumption

This type of information intake involves collecting and processing information in real time. Stream consumption is often utilized for low-latency applications that concentrate on jobs like real-time analytics, scams detection and stock exchange analysis.

Hybrid information intake

Hybrid data intake combines batch and streaming ingestion practices. This approach is utilized for information that needs a batch layer and streaming layer for total data consumption.

Common difficulties of data integration and ingestion

Data combination and intake can be complicated processes and present special difficulties. Here are some of the common problems that companies deal with when dealing with these 2 information management jobs.

Data quality

Data quality concerns can emerge due to the different information formats that come together from numerous sources. This can cause information inconsistencies, hold-ups in data integration and incorrect results. Poor data quality might arise from inaccurate formatting, entry or coding, resulting in inaccurate insights and bad decisions.

Data volume

The quantity of data that requires to be processed can be too big for traditional platforms, making it hard to process information immediately.

Security difficulties

Organizations needs to take additional safety measures to guarantee their data stays safe and secure throughout information combination and intake. This consists of encrypting data before it is sent or stored in a cloud-based system and setting up access control measures to limit who can view it.

Scalability challenges

As services grow, they need to invest in tools and resources to scale their data combination and ingestion processes. Otherwise, they might risk losing important insights and chances due to slow or out-of-date information processing.


Information combination and ingestion need an investment of both money and time. Depending upon the job’s intricacy, expenses can differ significantly, so it is important to think about the resources your job needs and just how much they’ll affect your budget.

Data integration and ingestion tools are needed for companies that collect, keep and handle large amounts of information. These tools enable the effective retrieval, adjustment and analysis of information from multiple sources.

Data combination tools


The SnapLogic logo. Image: SnapLogic is an enterprise combination platform as a service that enables companies to incorporate data, applications and APIs throughout on-premises and cloud-based systems. It provides a visual, drag-and-drop user interface to quickly connect cloud and on-premises applications and information sources, automate procedures and develop robust information pipelines that span numerous systems.

SnapLogic’s iPaaS consists of a library of more than 500 pre-built ports, also known as Snaps, and an AI-powered assistant to assist users quickly find and connect the ideal applications and information sources.

Oracle Data Integrator 12C

The Oracle logo.< img src=""alt="The Oracle logo design."width="270"height="35"/ > Image: Oracle Data Integrator 12c is an ELT platform that moves and changes data in between multiple databases and other sources. It is designed to automate data combination procedures and is used to construct and keep effective information management services. ODI 12c is a platform-independent, standards-based data combination product that supports the complete spectrum of data combination requirements. This includes batch and real-time data combination along with big data integration. IBM Cloud Pak for Data< img src=""alt="The IBM logo."width="270"height="108"/ > Image: IBM Cloud Pak for Data is an incorporated data and AI platform that helps organizations make

better choices much faster. It is constructed on open source innovation and offers effective tools to assist businesses merge their information, gain insights and automate processes. It makes it possible for organizations to firmly handle, analyze and share information across numerous clouds and on-premises environments. Information ingestion tools Apache NiFi Image: Apache NiFi is an open-source software application job that provides a data circulation platform for handling and automating information motion in between various systems. It is designed to automate data flow between systems, making it easy to gather, route and procedure data from source to destination. It offers low latency and high throughput, vibrant prioritization, loss tolerance and guaranteed shipment. Talend Image: Talend is a unified platform for information integration and The Talend logo.integrity throughout various sources and systems. It makes it possible for users to gain access to and incorporate information from both on-premises and cloud-based sources, cleanse and govern it, and provide trusted data to decision-makers. It also permits users to build, deploy and handle data pipelines to process information in real time. Read next: Leading data integration tools(TechRepublic)Source

Leave a Reply

Your email address will not be published. Required fields are marked *