Engineering a custom Laboratory Information Management System (LIMS) automating the end-to-end diagnostic workflow: from specimen accessioning and custody tracking to automated computational assays and regulatory-grade reporting.
60–80%
Decrease in Manual Data Handling Overhead
+20–40%
Increasing laboratory throughput
30–50%
Accelerated Turnaround for Clinical Diagnostics
Engineering & Business Challenges
01
Manual Analytical Overhead
Assay computations and diagnostic reporting relied on manual steps, impeding volume growth and introducing transcription errors.
02
Regulatory Gating
Mandate to align software architecture with strict international clinical laboratory standards and regional regulatory requirements.
03
Specimen Traceability
Requirement for an unbroken Chain of Custody across physical samples alongside an immutable, tamper-evident user Audit Trail.
Engineering & Architectural Solution
01
Specimen Lifecycle & Equipment Ingestion
Automated end-to-end Chain of Custody paired with direct telemetry capture from lab analyzers, eliminating transcription mistakes.
02
Automated Compute Core
Asynchronous Python calculation engine performing automated end-to-end assays and compiling validated clinical diagnostic reports.
03
Immutable Audit Trail & Certification
Integrated tamper-evident user activity logging and algorithm versioning, successfully passing regulatory accreditation audits.
