Life sciences data warehousing services

Turn data into actional insights
for better patient outcomes

Value addition of data warehouse (DWH) for life sciences

Benefits of data warehousing for life sciences organizations

Faster time to market

Informed strategic decisions

Product innovation

Cost reduction

Resource optimization

Enhanced compliance

Improved product quality

Transparent reporting

Better knowledge management

Our services

Life sciences DWH strategy and consulting

Data warehouse development

Data warehouse optimization

Data integration

Data storage

Database performance and reliability

Data warehouse migration

Our work

A pharma client broke data siloes and achieved streamlined analytics using our custom-built data analytics pipeline

Global pharma company achieves efficiency in resource management
by streamlining data and automating reports.

Pharma invests in game theory to predict competitive events and act more decisively on medicine investments

Our approach

Feasibility study

Conduct a comprehensive feasibility study to evaluate the project’s viability, ensuring alignment with business objectives and user requirements.

Conceptualization and platform selection

Develop the data warehouse concept and choose the best platform based on data volume, security requirements, and other crucial factors.

Architecture design

Develop a detailed architecture for the life sciences data warehouse, ensuring it meets all specified requirements and supports future scalability.

Data warehouse
launch

Successfully deploy the data warehouse, ensuring all components are fully operational and integrated with existing systems.

Discovery phase

Involve key stakeholders to gather and analyze initial requirements for the data warehouse.

Project planning

Define the project’s scope, including timeframes, milestones, deliverables, risk management strategies, costs, and total cost of ownership (TCO).

Development and stabilization

Build and stabilize the medical data warehouse, ensuring robust performance and reliability through rigorous testing and refinement.

Ongoing support
and evolution

Provide continuous support and enhancements for the healthcare data warehouse throughout its lifecycle, adapting to changing needs and emerging technologies.

Feasibility study

Conduct a comprehensive feasibility study to evaluate the project's viability, ensuring alignment with business objectives and user requirements.

Discovery phase

Involve key stakeholders to gather and analyze initial requirements for the data warehouse. This phase helps us understand their needs and set clear expectations.

Conceptualization and platform selection

Develop the data warehouse concept and choose the best platform based on data volume, security requirements, and other crucial factors. This ensures we build on a solid foundation.

Project planning

Define the project's scope, including timeframes, milestones, deliverables, risk management strategies, costs, and total cost of ownership (TCO).

Architecture design

Develop a detailed architecture for the healthcare data warehouse, ensuring it meets all specified requirements and supports future scalability.

Development and stabilization

Build and stabilize the medical data warehouse, ensuring robust performance and reliability through rigorous testing and refinement.

Data warehouse launch

Successfully deploy the data warehouse, ensuring all components are fully operational and integrated with existing systems.

Ongoing support and evolution

Provide continuous support and enhancements for the healthcare data warehouse throughout its lifecycle, adapting to changing needs and emerging technologies.

Data warehousing technologies we work on

At i2e, we specialize in delivering comprehensive data management solutions customized for life sciences organizations.

If you are looking for a reliable partner, let's connect

Contact Us

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FAQs

What is the ultimate outcome of a data warehouse?

A wellstructured data warehouse becomes a central repository of all the data from various sources. This makes it possible for businesses to perform business intelligence, reporting, and data analysis for informed decision-making. 

The full form of ETL is Extract, Transform, Load; it is a process of extracting data from various sources, transforming it to fit the operational needs, and loading it into the data warehouse for analysis and querying. 

In life sciences, data is used for research, drug discovery, patient care, genomics, and to improve healthcare outcomes through data-driven insights and innovations. 

A data warehouse is a centralized repository that stores structured data from multiple sources, optimized for querying and analysis rather than transaction processing.