Legacy ETL to Modern Data Pipeline
The evolution from legacy Extract, Transform, Load (ETL) processes to modern data pipelines represents a significant shift in the way businesses handle data, aiming for more efficient, scalable, and real-time data management strategies. This transition is critical for organizations looking to leverage data analytics and insights to drive decision-making and competitive advantage.
Our Legacy ETL to Modern Data Pipeline services
Complere Infosystem provides the opportunities it presents—enhanced decision-making capabilities, improved customer experiences, and the ability to innovate more rapidly—make it a worthwhile endeavor for any data-driven organization.
We have over 200 data experts onboard and over 30 data projects in our portfolio.
Data Infrastructure Assessment and Strategy Planning
Our team will evaluates the current state of an organization's data infrastructure, including legacy ETL systems, to identify inefficiencies, bottlenecks, and limitations.
Cloud Data Warehouse and Data Lake Implementation
We offer an entire cycle of migration from traditional on-premise data storage solutions to cloud-based data warehouses and data lakes.
Real-Time Data Processing and Analytics
Our experts will Implement technologies and frameworks that support real-time data ingestion, processing, and analytics.
Data Pipeline Automation and Orchestration
We will Automate the data pipeline from ingestion to insights, including the orchestration of data flows, scheduling of ETL jobs, and automation of data quality checks.
How can you benefit from Legacy ETL to Modern Data Pipelines?
Enhanced Scalability
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Modern data pipelines are designed with scalability in mind, leveraging cloud computing and distributed processing technologies.
Real-Time Data Processing
- The ability to process data in real-time (or near real-time) is a significant advantage of modern data pipelines over traditional batch-oriented ETL processes.
Greater Flexibility and Agility
- Modern data pipelines are more flexible in terms of data sources they can handle, the types of transformations they can perform, and how quickly they can adapt to changes in business requirements.
Cost Efficiency
- By leveraging cloud services and open-source technologies, modern data pipelines can significantly reduce infrastructure and operational costs.
How it Works
01.Assessment of Current ETL Processes
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Reviewing Existing Workflows and Tools
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Analyzing Performance Metrics and Bottlenecks
- Gathering Feedback from Stakeholders
03. Selection of Modern Data Pipeline Technologies
- Researching Available Technologies and Frameworks
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Evaluating Scalability and Performance
- Considering Cost and Resource Requirements
02. Defining Requirements for Modernization
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Establishing Business Objectives and Goals
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Determining Technical Requirements
- Prioritizing Features and Functionality(e.g., aggregation, composition).
04. Data Processing and Transformation
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Choosing Appropriate Processing Frameworks
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Implementing Data Transformation Logic
- Optimizing Performance and Efficiency
01. Strategy
- Clarification of the stakeholders’ vision and objectives
- Reviewing the environment and existing systems
- Measuring current capability and scalability
- Creating a risk management framework.
02. Discovery phase
- Defining client’s business needs
- Analysis of existing reports and ML models
- Review and documentation of existing data sources, and existing data connectors
- Estimation of the budget for the project and team composition.
- Data quality analysis
- Detailed analysis of metrics
- Logical design of data warehouse
- Logical design of ETL architecture
- Proposing several solutions with different tech stacks
- Building a prototype.
03. Development
- Physical design of databases and schemas
- Integration of data sources
- Development of ETL routines
- Data profiling
- Loading historical data into data warehouse
- Implementing data quality checks
- Data automation tuning
- Achieving DWH stability.
04. Ongoing support
- Fixing issues within the SLA
- Lowering storage and processing costs
- Small enhancement
- Supervision of systems
- Ongoing cost optimization
- Product support and fault elimination.