14 Best Data Mapping Tools for 2023

Luke Smith
Enterprise Solutions Architect
September 15, 2023
Matt Tanner
Developer Relations Lead
September 15, 2023
Matt Tanner
Matt Tanner
Developer Relations Lead
September 15, 2023
 min read
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Managing data efficiently is crucial in an era where it is almost overly abundant. As part of data management, data mapping is the bridge that allows data to flow seamlessly from one system or database to another. This plays a significant part in facilitating tasks like data migration, ETL processes, and data integration. However, choosing the right strategy and tool to map data can be daunting. Given the vast array of options available, it can be challenging to figure out which is best suited for your particular use case. 

This comprehensive guide explores various aspects of data mapping—what it is, why it’s critical in ETL processes, and how data mapping software and tools function. More importantly, we’ll provide a curated list of the 14 best data mapping tools available in 2023. So, whether you're interested in open-source options, traditional on-premise solutions, or cutting-edge cloud-based platforms, this blog will equip you with the information you need to make an informed decision. Lastly, we’ll look into the factors you should consider when choosing a data mapping tool, including a practical checklist to ensure you’ve covered all the bases. With the agenda set, let's get started!

Table of Contents

What is Data Mapping?

Data mapping is a foundational element in data management that enables seamless data transformation and movement. Data mapping is about creating instructions that dictate how data from one system or database should be used and formatted in another. Although some data mapping exercises are as simple as moving data from point A to point B, many involve much more effort, including meticulous planning and execution.

There are two main types of data mapping to consider: manual and automated. With manual data mapping, data architects or developers manually code the transformation from the data source to the target database. Before automated tools, this was the only option available, and for some legacy platforms, it is still the only available method. This method, although accurate, can be time-consuming and less scalable. 

On the other hand, automated data mapping tools can quickly identify relationships and data types and often automate the transformation process. The amount of automated data mapping tools on the market has increased heavily in the last few years. This is likely due to the sheer amount of data being moved all around. While this method is faster and more scalable, it may sometimes lack the pinpoint accuracy and customization capabilities of manual mapping.

The applications of data mapping are wide-ranging. You’ll see the need for data mapping within data integration projects, especially those that pull data from multiple disparate sources into a unified database. Data mapping ensures that the data from different sources fits coherently into a new, centralized repository. In the same light, ETL processes also require the transformation of data extracted from multiple sources before it's loaded into a data warehouse.

Data mapping is equally vital during migration projects where data must be moved from an old system to a new one. These exercises often require transformations and extensive data mapping to fit the new system's data model. Even in API development, data mapping is essential for fetching data from other software or databases, helping the APIs underlying services to understand where to pull the correct data from and how to format it.

With such a wide variety of use cases, it should be no surprise that data mapping comes with its share of challenges. The diversity in data types and formats between platforms can make the mapping process intricate and complex. Data quality is also a concern when mapping data; if the data is poor or inconsistent, incorrect mapping can result, causing significant problems downstream. Another major challenge is maintenance since, as databases evolve, the data mapping must be updated and tested, requiring ongoing attention. 

What you can be sure of is that data mapping is an evolving discipline, with continuous innovation aimed at overcoming the challenges that come with it. With data mappings' crucial role in ensuring that data is accurate, consistent, and usable, it will remain a competency practice in a data management skill set.

What is a Data Mapping Tool?

A data mapping tool is not just a luxury in today's data-centric world; it's often necessary. These tools can help automate the complex data mapping process, making it faster, more accurate, and highly scalable. But what exactly do these tools bring to the table?

At its core, a data mapping tool is designed to automate transforming data from one system or format into another. This means it can perform a wide range of tasks automatically, such as identifying source and destination databases, mapping schemas between them, and even transforming data into compatible formats. Of course, there are more advanced use cases where some manual intervention may be needed, but even that is becoming less necessary. With these tools, gone are the days when data architects and developers had to manually code these transformations and run batch jobs to convert the data between source and destination. With a reliable data mapping tool, much of this work is automated, freeing up time and reducing the chance of human error that comes with manual mapping.

But these tools do more than just automate repetitive tasks. Many advanced data mapping tools offer features like data validation and cleansing, ensuring that the data being transferred is not just correctly formatted but also clean and valuable. They can check for inconsistencies, missing values, and other anomalies that could otherwise lead to inaccurate analyses or faulty business decisions down the line. With manual processes, these types of discrepancies could break the data mapping process and require more code to move past. Additionally, these tools often include robust monitoring and logging features, allowing for real-time insights into the data transfer process and enabling quick troubleshooting in case of errors and easy auditing.

Most importantly, many data mapping tools are built to integrate seamlessly with other software, databases, and even cloud services. This makes them incredibly versatile, easy to use, and capable of fitting into almost any existing tech stack. Within the data mapping tool segment, some are specialized and designed for specific industries or data types. In contrast, others are more general-purpose, offering many features and functionalities.

What’s important to remember is that a good data mapping tool isn't just a piece of software; it's a comprehensive solution for data management tasks. With such a tool, teams can execute complex data operations with higher efficiency, improved accuracy, and increased speed. So, whether you are involved in data migration, data integration, or ETL processes, a capable data mapping tool can significantly streamline the process and improve the result.

How Data Mapping Tools Work

Next, we will look into understanding how data tools work—understanding how a data mapping tool works is essential for anyone looking to integrate such a tool into their data management processes. These tools are multifaceted and work in many different ways, depending on the tool's exact functionality. Even so, many contain a series of steps/processes that can be broadly categorized into a few key areas. Let’s take a look at each of them below.

Identification of Data Sources

The first step in the data mapping process is identifying the data sources involved, the sources, and the targets. This means specifying where the data is coming from and where it needs to go. This could range from one database to another, from an API to a database, or even between storage formats like CSV files and SQL databases. Modern data mapping tools usually offer a graphical interface, API, or configuration files to connect the tool to each of these data sources easily.

Schema Mapping

Once the data sources and targets are identified, the tool moves to schema mapping. In this phase, the tool helps users to align tables, fields, and data types between the source and destination platforms. This is crucial for ensuring the data fits well within the destination database's supported parameters. Schema mapping also involves matching data types and resolving conflicts that might arise due to different data structures in the source and destination. For more complex use cases, such as SQL to NoSQL conversions, you must ensure the tool can support this mapping type (and transformation in the next stage).

Data Transformation

After schema mapping, the next phase is data transformation. Building on top of the schema mapping exercise, at this point, the tool (and you) will decide how the data should transform to fit into the desired destination schema. This involves converting data from the source database into a format compatible with the destination database. For instance, a date might be formatted differently in two databases, or a text field in the source might correspond to a numeric field in the destination. Data transformation routines and logic are set to handle such discrepancies during this phase. 

Data Validation and Cleansing

One of the most underrated yet crucial aspects of data mapping tools is their ability to validate and cleanse data. Although not all tools will support this step, some tools can scan for errors, inconsistencies, or missing values in the data. Once found, some tools can even rectify the missing data before it is transferred to the destination database. This ensures that the data being moved is not only in the proper format but is also clean and accurate.


Once all these steps are set up, the data mapping tool executes the data transfer from the source to the destination database. Most of the time, the data mapping functionality is part of an ETL or similar tool (the transformation step). Depending on the tool where the data mapping is performed and the complexity of the data being transferred, completely migrating the data could be instantaneous or may take some time to complete. Of course, many platforms offer a way to tune the data transfer piece, and you could always throw more server power at the task to execute it faster. 

Monitoring and Logging

Lastly, robust data mapping tools often come with monitoring and logging features. This allows you to keep track of the data transfer process, monitor its status, and even send alerts to users if an error occurs or performance is degrading. The logs generated by these tools are invaluable for auditing and troubleshooting purposes, helping you understand what happens if something goes wrong and how to fix or prevent it.

To wrap up this section, we learned that data mapping tools operate as comprehensive systems for handling various data transfer and transformation tasks. From the initial identification of data sources to the final stage of monitoring and logging, these tools are designed to simplify complex processes and ensure that the data you're working with is accurate, clean, and well-structured. Compared to legacy, manual processes, data mapping tools are efficient, scalable, and, most importantly, easy to use.

Importance of Data Mapping in ETL Process

In the world of data management, Extract, Transform, and Load (ETL) platforms are the primary technology that creates the pipelines for data warehousing, analytics, and reporting. However, ETL processes can quickly become much less valuable without effective data mapping. Not having effectively mapped data means that the destination database will likely not be up to the standard expected, and, in the worst case, the data may be so messed up that it is not usable.  

Since data mapping is crucial within the ETL process, let’s look at how data mapping is intertwined within each stage of an ETL pipeline.

Extract Phase

In the initial "Extract" phase of the ETL process, data is pulled from various source systems, including databases, CRM systems, APIs, and more. In the extract phase, data mapping ensures that the correct data is extracted from the correct data field from the various data sources. The extraction could pull irrelevant or incorrect data without a well-defined map to guide this process. If this were to happen, the inaccurate data could severely affect the entire ETL process.

Transform Phase

The "Transform" phase is where the importance of data mapping becomes even more apparent. Data from different source systems may have different formats, structures, and types. In this phase, data mapping acts like a translator, converting data from its source format into the necessary format that the destination requires. Whether it’s converting data types, restructuring tables, or renaming fields, data mapping lays out the exact transformation rules the data should adhere to. This is crucial for ensuring that data from different source systems can be accurately moved to another target platform, such as a database or data warehouse.

Load Phase

In the final "Load" phase of the ETL process, the transformed data is transferred into the destination data warehouse or database. Data mapping plays a vital role in ensuring that this data fits smoothly into the existing schema of the target system. Without accurate mapping, you could have conflicts and errors that could cause the ETL process to fail or produce incorrect results downstream.

Data Integrity and Quality

Data mapping isn’t just about transformation; as we saw earlier, it's also about data quality and integrity. ETL processes often include data validation checks, and data mapping tools can facilitate these checks as part of the mapping process. Data mapping tools help maintain the overall quality and reliability of the data in the target platform by identifying and correcting errors before the data is loaded into the target platform.

Agility and Scalability

ETL processes are rarely a one-time activity. Businesses evolve, and so do their data needs. Data mapping features within ETL tools help make them more agile and scalable. They allow quick adjustments to data maps to reflect changes in source or destination systems, usually through a quick change in a config or UI. This capability makes it easier to update ETL pipelines as schemas and other factors affecting data mapping evolve and change.


Data mapping is not a standalone activity but an integral component of the ETL process. From the initial data extraction to the final load into the target platform, data mapping ensures that data flows seamlessly and accurately. ETL tools would not be as valuable to enterprises and data engineers without data mapping capabilities.

Factors to Consider When Choosing Data Mapping Tools

As with any tool, there are usually a set of factors to consider when thinking about adoption. Every business may have a slightly different list, but, in general, there are some excellent principles to keep in mind. Selecting the right data mapping tool for your organization is a crucial decision that can significantly impact your data management processes, so assessing each tool thoroughly is essential. Below are some critical factors to consider when deciding what data mapping and ETL tool best fits your use case.

Compatibility and Integration

One of the first considerations should be how well the tool integrates with your existing systems and technologies. Will it work smoothly with your databases, CRM systems, and other data sources out-of-the-box? A tool that requires minimal customization and readily integrates with your existing technology stack can save you time and resources. Many platforms will openly show which platforms are compatible, usually down to the supported versions.

Ease of Use

A complex tool that takes months to master might not be the best choice for a team that needs to get up and running quickly. This is when you want to consider the user interface and user experience. Is it intuitive enough for your team to navigate without extensive training? An easy-to-use, intuitive interface can significantly accelerate adoption and productivity. The best way to assess this is to view a product demo or explore docs and tutorials to see what the look and feel are like.


As your organization grows, your data mapping needs will evolve. Your chosen tool should be scalable, capable of handling increasing data volumes, and adaptable to changing business requirements. Look for tools that offer flexible plans and features that grow with your needs. Consider tools that quickly deploy to the cloud since this is one of the easiest and most cost-effective ways to scale data mapping tools and ETL pipelines.

Performance and Speed

Another crucial factor is the speed at which the tool can execute the data mapping tasks. Large-scale data transformations require a tool to perform tasks to minimize downtime quickly. Evaluate the performance capabilities of the tool under conditions that simulate your operational environment, making sure to review benchmarks (while paying close attention to the exact specs being run). You also want to ensure that scaling performance can be done cost-effectively, preferably bringing the relative cost down as operations scale.

Data Quality Features

Given that data mapping is about moving data and ensuring its quality, look for tools that offer data validation, cleansing, and enrichment features. These capabilities can help maintain the integrity of your data throughout the ETL process and can be a great way to increase the value of your data.

Reliability and Support

Consider the reliability of the tool in terms of uptime and error-handling capabilities. Downtime or errors in data mapping can lead to significant operational challenges. Many fully managed solutions will have an uptime guarantee, so you should ensure that this meets your needs as a business. Also, consider the level of customer support the vendor provides since access to timely and effective support can be invaluable when encountering issues.

Budget and ROI

Last but not least, consider the cost implications. While choosing the most feature-rich option might be tempting, balance that against your actual needs and budget constraints. There’s no sense in buying a Ferrari if a Toyota is all you need! Assess the tool’s ROI by considering its price and total cost of ownership and the value it adds in terms of time saved and efficiencies gained.

Reviews and Recommendations

The last thing to consider is what others say about the data mapping tool. Don't overlook the power of recommendations and reviews. With many different sites where reviews can be viewed, peer reviews, customer testimonials, and professional recommendations can offer valuable insights into a tool’s real-world performance and limitations.

By carefully evaluating the factors above, you can make a more informed decision that ensures you pick a data mapping tool that meets your needs, fits your budget, and integrates seamlessly into your existing workflows. Choosing the most suitable tool can greatly enhance your organization’s data management strategy by driving efficiency and quality within your data ecosystem.

14 Best Data Mapping Tools of 2023

Now that we know what factors to assess when choosing a tool, we can begin to look at the tools themselves. Choosing the right data mapping tool is essential, but it can also be quite overwhelming, given the number of options available. To help you make an informed decision, we've categorized the top 14 data mapping tools of 2023. To simplify things, we’ve also classified these tools into three main types: Open Source, On-Premise, and Cloud-Based. Let’s look at the tools, starting with the open-source ones.

Open Source Data Mapping Tools

Open-source data mapping tools are ideal for businesses with budget constraints or those who desire high customizability. These tools can sometimes be a heavy lift to deploy and configure, but they are free to use and often come with decent community support.

Pros: Cost-effective, community support, flexibility in customization.  

Cons: Limited (free) customer support, may lack advanced features.

Talend Open Studio for Data Integration

Talend Open Studio for Data Integration is part of Talend's extensive suite that provides various data and application integration services. As an open-source tool, Talend is popular among developers and smaller businesses for its broad range of connectors and components that make data mapping and ETL processes simpler. 

Pros: Free to use, a wide range of connectors, easy to learn.  

Cons: May lack some enterprise-level features available in other versions, community support can be inconsistent.

Pentaho Data Integration

Initially developed by Pentaho Corporation and now owned by Hitachi Vantara, this open-source data integration tool has been widely used for ETL tasks. The tool is often praised for its straightforward setup and strong community support, making it a popular choice for businesses of all sizes. 

Pros: Easy to set up, strong community, solid ETL capabilities.  

Cons: Limited advanced analytics features, performance may be limited.

CloverETL (CloverDX)

CloverDX has been in the industry for over a decade, providing data integration solutions with a focus on business users and developers. Its open-source version, CloverETL, offers robust data transformation capabilities ideal for complex data projects.

Pros: Highly customizable, excellent data quality features.  

Cons: Steeper learning curve, limited community support.

Pimcore (Community Edition)

Pimcore Community Edition is an open-source platform for data management and customer experience management. While not exclusively a data mapping tool, its robust data management features make it versatile enough for that purpose. It's highly customizable and often used for Master Data Management (MDM) as well.

Pros: MDM capabilities, highly customizable.  

Cons: Can be complex to set up, not solely focused on data mapping.

On-Premise Data Mapping Tools

On-premise data mapping tools give you complete control over your data and configuration and are installed on your servers (bare metal or VMs) or hosted on a cloud platform such as AWS or Google Cloud. They are typically robust and feature-rich, aimed at medium to large enterprises that require advanced functionalities.

Pros: Full control over data, advanced features.  

Cons: Higher upfront costs, requires IT resources for maintenance.

Informatica PowerCenter

With over 25 years in the data integration space, Informatica's PowerCenter is a comprehensive, enterprise-grade, battle-tested solution. It offers high-performance data mapping and transformation capabilities and is trusted by many Fortune 500 companies.

Pros: Scalable, robust features, strong security.  

Cons: Expensive, complex setup.

IBM InfoSphere

As a part of IBM's extensive data and analytics suite, InfoSphere is geared toward enterprises with complex data integration needs. It provides robust data governance capabilities alongside data mapping and integration.

Pros: Strong governance features, enterprise-grade.  

Cons: Expensive, may be overkill for smaller projects.

Microsoft SQL Server Integration Services (SSIS)

SQL Server Integration Services (SSIS) is Microsoft's in-house data integration and transformation tool. Highly integrated with Microsoft's SQL Server database, it provides robust features to make data mapping as seamless as possible within the Microsoft ecosystem. 

Pros: Seamless integration with Microsoft products, robust features.  

Cons: Limited cross-platform capabilities, can be expensive.


Owned by Software AG, WebMethods provides a suite of integration solutions. More than just a data mapping tool, WebMethods is a comprehensive integration platform offering features from B2B integration to API management.

Pros: Broad functionality, good customer support.  

Cons: Can be complex to deploy and use, higher cost than some competitors.

Cloud-Based Data Mapping Tools

Cloud-based data mapping tools are hosted on the vendor’s servers and offer the benefits of quick setup and scalability. As a fully managed service, they are ideal for businesses requiring flexibility and not wanting to manage their own servers. Of course, with this convenience usually comes less flexibility (and sometimes fewer features compared to their on-prem counterparts).

Pros: Quick setup, scalable, lower upfront costs.  

Cons: Ongoing subscription fees, less control over data storage and configuration, sometimes less features than on-prem versions.

Oracle Integration Cloud Service

As part of Oracle’s comprehensive suite of cloud applications, Oracle Integration Cloud Service provides robust cloud-based data mapping and integration solutions. This tool offers cloud-native scalability and a broad range of capabilities tailored for modern businesses.

Pros: Scalable, robust integration capabilities.  

Cons: Higher ongoing costs, less control over data storage.

Dell Boomi AtomSphere

Dell Boomi AtomSphere is a multi-tenant cloud environment that offers both iPaaS and data mapping capabilities. Created to help businesses integrate any combination of cloud and on-premise applications, it's known for its user-friendly interface and quick setup.

Pros: Easy to use, quick setup.  

Cons: Limited advanced features, ongoing subscription fees.

Talend Cloud Integration

An extension of Talend's open-source offerings, Talend Cloud Integration is aimed at enterprises needing cloud-native data integration solutions. It combines the flexibility of Talend’s Open Studio with additional features optimized for the cloud environment.

Pros: Cloud-native, scalable, functionality of Open Studio with additional features.  

Cons: May be too expensive for smaller businesses/projects, steep learning curve that may require some time to master.


Jitterbit focuses on making API integration quick and easy. It’s a cloud-based tool that allows businesses to connect SaaS, on-premises, and cloud applications, making it ideal for businesses reliant on multiple cloud-based applications. 

Pros: Easy API integration, good customer support.  

Cons: Limited data governance capabilities, somewhat niche compared to other platforms.

MuleSoft Anypoint Platform

MuleSoft Anypoint Platform is a unified integration platform that enables companies to unlock the full potential of their applications and data. It offers a range of services from API management to data mapping, and is known for its comprehensive features. The platform is large but has a very extensive training and certification program available to users to help them navigate the platform's many features.

Pros: Extensive feature set, strong support for APIs.  

Cons: Can be expensive, steeper learning curve.


SnapLogic provides an Intelligent Integration Platform that allows businesses to connect any number of applications and data sources quickly. An easy-to-use, drag-and-drop interface offers broad integration options, including support for IoT devices. 

Pros: User-friendly interface, extensive integration options.  

Cons: Can be pricey for smaller operations, may lack some advanced features and documentation of other platforms.

Each tool offers unique features and limitations, catering to different business needs and environments. To choose the best platform to start with, consider your organization's specific requirements and the factors to consider when choosing a data mapping tool that we covered in the previous section. 

Why Use Arcion?

Looking for a tool that checks off all of the boxes? Luckily, this is where Arcion can come into play. Arcion is a go-to solution for many enterprises looking to select a data pipeline tool that is scalable, reliable, and extremely easy to configure and use. It provides robust data pipelines with high availability, streaming capabilities through log-based CDC, and auto-scalable features. Available with multiple deployment options, Arcion can migrate data to and from on-prem data sources, cloud-based data sources, or a mix of both. Arcion’s partnership with Snowflake and Databricks has led it to become a preferred tool when creating real-time ELT pipelines.

The zero-code approach to configuring Arcion allows users to quickly get Arcion up and running and build their data pipelines without writing a single line of code. Arcion can be configured strictly through configuration files or by using Arcion’s intuitive and easy-to-use UI to set up pipelines in minutes. Compared to homegrown solutions or ones that mix and match many different technologies, Arcion makes implementation smooth by providing 24/7 support through extensive documentation, tutorials, blogs, and customer support.

Let’s look at some specific features that will benefit you while building data pipelines and mapping with Arcion.

Sub-Second Latency 

Many existing data pipeline solutions don’t scale for high-volume, high-velocity data. This results in slow pipelines and slow delivery to the target systems. Arcion is the only distributed, end-to-end, multi-threaded CDC solution that auto-scales vertically & horizontally. Any process that runs on Source & Target is parallelized using patent-pending techniques to achieve maximum throughput. There isn’t a single step within the pipeline that is single-threaded. It means Arcion users get ultra-low latency CDC replication and can always keep up with the ever-increasing data volume on Source.

100% Agentless Change Data Capture

Arcion is the only CDC vendor that offers 100% agentless CDC to all its supported 20+ connectors. Arcion reads directly from database logs, never reading from the database itself. Previously, data teams faced administrative nightmares and security risks associated with running agent-based software in production environments. You can now replicate data in real-time, at scale, with guaranteed delivery - but without the inherent performance issues or the security concerns of having to install an agent to extract data from your pipeline sources.

Data Consistency Guaranteed

Data consistency is a crucial piece in implementing robust ELT pipelines. Arcion provides transactional integrity and data consistency through its CDC technology. To further this effort, Arcion also has built-in data validation support that works automatically and efficiently to maintain data integrity. It offers a solution for scalable data migration and replication while ensuring zero data loss has occurred.

Automatic Schema Conversion & Schema Evolution Support

Arcion handles schema changes out of the box, requiring no user intervention. This helps mitigate data loss and eliminate downtime caused by pipeline-breaking schema changes. This is possible by intercepting changes in the source database and propagating them while ensuring compatibility with the target's schema evolution. Other solutions will reload the data or re-do the snapshot when there is a schema change in the source databases. This causes pipeline downtime and requires a lot of computing resources, which can quickly become expensive! Arcion does not require this, making it more efficient and cost-effective.  

Pre-Built Enterprise Data Connectors

Arcion has a robust library of pre-built data connectors to allow for easy integration with your favorite databases and data sources. Unlike other ELT tools, Arcion provides full control over data while still maintaining a high degree of automation. Data can be moved from one source to multiple targets or multiple sources to a single target, depending on your use case. This means that if you branch out into other technologies, you’ll already have the capability within Arcion to handle your new sources and targets without the need for another pipeline technology.


Navigating the realm of data mapping tools can be daunting, especially given the variety and complexity of options available in 2023. In this blog, we've deeply explored what data mapping is, how data mapping tools work, and why they are indispensable in the ETL process. We've also explored crucial factors to consider when choosing a data mapping tool, such as cost, features, and deployment type. 

Whether you're leaning towards open-source options like Talend Open Studio and Pentaho for their cost-effectiveness and community support, or you're considering robust, on-premise solutions like Informatica PowerCenter and IBM InfoSphere for their advanced functionalities, there's likely a tool that fits your specific needs. And let's not forget the cloud-based options like Oracle Integration Cloud Service and Dell Boomi AtomSphere that offer quick setups and scalability.

Remember, the tool you choose should align with your business goals, data complexity, and your team's skill set. Your decision will be a cornerstone in how your organization handles data, directly impacting your analytics, decision-making, and, ultimately, your bottom line. 

Lastly, we covered why you should consider Arcion as your tool of choice for data mapping and creating data pipelines. With its intuitive interface, extensive features, and flexible deployment options, Arcion aims to simplify your data mapping needs and streamline your ETL processes. To get started with Arcion, chat with one of our experts today to unlock the power of performant and scalable ELT pipelines with automated data mapping capabilities.

Matt is a developer at heart with a passion for data, software architecture, and writing technical content. In the past, Matt worked at some of the largest finance and insurance companies in Canada before pivoting to working for fast-growing startups.
Luke has two decades of experience working with database technologies and has worked for companies like Oracle, AWS, and MariaDB. He is experienced in C++, Python, and JavaScript. He now works at Arcion as an Enterprise Solutions Architect to help companies simplify their data replication process.
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