Case study
Accelerating result delivery across genetic testing operations.

Operating shift
Separate testing paths and manual data handoffs
One integration layer from testing to result delivery
Multiple testing modalities produced different data and handoff requirements. Manual coordination slowed result delivery and made the operating path harder to govern.
The laboratory connected the testing paths around a shared result operation without forcing each scientific process into the same design.
Testing modalities and result data moved through one integration layer. The laboratory reduced manual handoffs and delivered results faster.
Leadership decision
Result speed depended on connecting the testing paths around the science.
One integration layer from testing to result delivery
The constraint
Multiple testing modalities produced different data and handoff requirements. Manual coordination slowed result delivery and made the operating path harder to govern.
The decision
The laboratory connected the testing paths around a shared result operation without forcing each scientific process into the same design.
What followed
Testing modalities and result data moved through one integration layer. The laboratory reduced manual handoffs and delivered results faster.
How the operation changed
One result. Three connected moves.
Define the result path.
Clarify the required handoffs, authorities, and destination for each testing modality.
Create one exchange layer.
Translate and route laboratory data while preserving the needs of each test.
Make exceptions visible.
Give teams a shared way to follow delays, review issues, and release results.
What leaders can carry forward
The result depended on the operating conditions around the technology.
- Standardize the handoff without flattening the science.
- Design around the result, not the individual system.
- Keep clinical authority explicit at every release point.


