Data Engineering

Simplify a complex, siloed data estate with the right data pipeline
Enterprises seeking to mature their data strategies face a conundrum: data sources continue multiplying, but modern analytics rely on unified data to deliver optimum results. To realize the potential of their business data, enterprises must break down silos and find a way to integrate across platforms, models, and formats.
Unifying your data is a key first step
Data streams into your enterprise from every corner, but it arrives in incompatible formats, locked inside proprietary file types, or consigned to a siloed storage solution. As a result, your analytics are missing key pieces of the puzzle.
CBTS date engineers work to design, build and maintain the pipelines that collect, store and process your data. With all your data in one accessible place, there are no barriers to innovation.
Real technology. Real outcomes. View more here.
Join us as we explore organizational data, one of the most critical assets in modern business.
Modern enterprises have access to a large and growing number of data sources, including Internet of Things (IoT) implementations, applications, SaaS platforms, external databases, and more. Data engineering integrates each source into the enterprise data architecture, allowing it to ingest and consolidate business data in a way that empowers future use in analytics and AI.
Organizations often re-architect their data estates as part of an effort to modernize and take advantage of cloud capabilities.
Structure your data for maximum insight.
Take advantage of expert engineering to accelerate your transformation.
Experienced data engineers design infrastructure according to best practices and your unique needs.
Know exactly where your data is, and enjoy the confidence of enterprise-tier storage solutions.
Cloud flexibility allows you to increase or decrease storage and use as needed.
Knowledgeable integration transforms and prepares data for immediate use.
Unify business data and make it available for an enormous range of visualizations, reporting, and analysis.
Convert data to insights in real time.
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Why CBTS?
Modern enterprises have access to a large and growing number of data sources, including Internet of Things (IoT) implementations, applications, SaaS platforms, external databases, and more. Data engineering integrates each source into the enterprise data architecture, allowing it to ingest and consolidate business data in a way that empowers future use in analytics and AI.
Audit data sources and identify integration and transformation needs.
Develop pipelines and select optimal storage architecture.
Establish ETL processes and implement a data lake and/or warehouse.
Configure and streamline data flow monitoring and process controls.
The growth of AI has revealed new attack surfaces, and threat actors are finding novel ways to target modern enterprise data resources. Cybersecurity-informed data engineering protects your assets in transit and at rest, helping you mitigate the risk.
Top 5 questions
Both are large-scale data storage solutions. Data lakes store unstructured, unprocessed data in its original format. Data warehouses store data that has been processed to serve specific analytical purposes. A hybrid solution of the two is called a “data lakehouse.”
DataOps is an approach to designing, managing, and maintaining a data architecture. It emphasizes automation, collaboration, and continuous improvement to deliver improved performance.
ETL stands for extract, transform, load, and ELT is extract, load, transform. Both data integration processes transmit data from a source to a storage location. An ETL process transforms the data into a usable format before loading it into storage, while ELT handles the transformation within the warehouse.
An enterprise AI model relies on unified, high-quality data. Good data engineering ensures that data is clean, accurate, and ready to be used for training when it arrives in the data lake or warehouse.
Both describe how data is pushed to the data lake or warehouse. Batch integration updates at regular intervals, whereas real-time integration sends new data as soon as it is available.
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