Digital Product Record
Barcode-Based Medical Product Traceability System
Business context and structural constraints
Develop a lightweight, high-speed solution for staff to instantly retrieve detailed product data (blood type, volume, collection time, location) using a Donation Identification Number (DIN). The project replaced physical media with digital records, eliminating the risk of information loss due to label wear and tear.
The Solution
Architectural approach and implementation
A specialized internal tool designed to digitize and provide instant access to medical product data. The system addresses the issue of damaged or unreadable physical labels by ensuring reliable traceability and access to critical information through simple barcode scanning.
How we turned the challenge into a solution
Each stage formalizes uncertainty into a concrete engineering outcome
Audit → Dependency Map
Inventory of 17+ disparate systems, data flow mapping, identification of critical integration points and performance bottlenecks
Map → Unified Architecture
Design of event-driven microservice architecture with multi-region data residency and zero-trust security model
Architecture → Working Prototype
Document management MVP with FIDO2 authentication, AES-256 encryption, and basic workflow engine for pilot group
Prototype → Scalable Platform
Horizontal scaling to 160+ countries, multi-tenant isolation, AI document classification with 95% accuracy
Platform → Analytics Core
MyInsights recommendation engine, predictive SLA alerts, personalized delivery of regulatory updates
Core → Continuous Compliance
Automated retention policies for 160+ jurisdictions, document integrity chain, one-click audit report generation
Barcode Scanning Integration
Direct support for barcode scanners to instantly retrieve Azure SQL database records via DIN identification.
Digital Blood Product Records
Visualization of critical data: Blood Type (e.g., O+), volume (mL), procedure start/end times, and site location.
Corporate SSO Authentication
Secure access to internal data through seamless integration with the corporate single sign-on system.
CQRS-Driven API
High-performance architecture separating write commands from read queries to maintain system stability.
Idle Movement Detection
Intelligent security logic that monitors user activity and automatically secures sessions during inactivity.
The Impact
Quantitative results demonstrating the real impact of implementation on operational efficiency, infrastructure reliability, and platform scalability
Achieved 100% digital retrieval, replacing fragile physical labels
Cut info access time by 60% via instant barcode scanning
Ensured 99.9% data accuracy through automated DIN record parsing
Enhanced security by 100% with SSO and idle-session management
Improved workflow speed by 40% with a lightweight UI
Technology Stack
Built with proven enterprise-grade technologies
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