Systems Integration

Digitalization &
Data Architecture

Engineering comprehensive system integrations that connect physical laboratory hardware to enterprise data platforms, establishing reliable data integrity.

The Dual-Compliance Imperative

Operating under strict regulatory frameworks, such as FDA 21 CFR Part 11 and EMA Annex 11, requires an auditable electronic data foundation. A partially digitalized laboratory operating in a "hybrid paper state" introduces severe compliance vulnerabilities, primarily driven by manual transcription errors, disconnected local systems, and ambiguous data handoffs between analysts and reviewers.

The necessary transformation towards a fully digitalized, ALCOA+-compliant ecosystem must happen sequentially. Data integrity gaps must be closed before advanced, high-throughput optimization layers can be effectively introduced. This stabilization process involves building direct, bidirectional LIMS-to-instrument interfaces, implementing dynamic barcode tracking protocols, and configuring automated label printing workflows.

By establishing a robust bidirectional data flow, physical and digital data integrity gaps that historically generate regulatory citations are resolved, ensuring a continuous electronic narrative from the initial benchtop preparation to the final enterprise ERP release.

The Unified Digital Foundation

Platform Engineering

Integrating laboratory devices, automation systems, centralized data lakes, and SAP ERP instances into a cohesive reporting platform.
Sample Routing

Replacing paper-based planning with LIMS-orchestrated, dynamic scheduling logic that sequences samples across distinct testing departments.
Regulatory Validation

Developing reproducible reporting solutions alongside comprehensive GAMP 5 validation protocols for methods and integrated data systems.