Composable architecture gives life sciences organizations a flexible, scalable foundation for digital transformation. Built around reusable components, open APIs, unified data, and low-code/no-code configuration, it allows scientific and IT teams to adapt workflows as requirements evolve. This approach supports FAIR data and processes that are Findable, Accessible, Interoperable, and Reusable across research, development, clinical operations, and manufacturing.
In this white paper, John F. Conway examines how legacy systems and fragmented point solutions contribute to rising integration costs, complex validation, inefficient data management, and difficult knowledge and technology transfer. He explains how a composable architecture can reduce total cost of ownership, improve return on investment, and strengthen reproducibility, compliance, and operational efficiency.
The paper also explores L7|ESP® as a practical example of a unified, composable platform for life sciences. By connecting scientific data, workflows, instruments, applications, and services, L7|ESP helps organizations establish greater process rigor and continuity from discovery through manufacturing.
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