Executive Summary
- Sub-second query latency maintained across 1000s of concurrent capture and query requests per second
- 20x faster event processing via Kafka Streams distributed pipeline; 2x memory reduction via Quarkus (10x with GraalVM native)
- Real-time alerting via WebSockets & Elasticsearch Percolators, shifts from retrospective traceability to proactive intervention
- AI & sensor data integration ready: live IoT telemetry feeds directly into the event processing pipeline
The Engineering Problem
Supply chain visibility is now a boardroom priority driven by converging pressures: EU Digital Product Passports, FDA FSMA, cold chain compliance, recall readiness, and sustainability verification. The technical challenge is that most platforms cannot maintain query performance while simultaneously ingesting high-volume event data from global operations.
Three Dimensions of Supply Chain Event Data
Volume
Millions of EPCIS events per month across global supply chains
Velocity
Data must be queryable within seconds of capture, not hours
Variety
XML, JSON, EPCIS 1.2 & 2.0, custom extensions
Architecture: Reactive, Distributed, Sub-Second
OpenEPCIS Data Flow Architecture
From Reactive Queries to Proactive Intelligence
OpenEPCIS goes beyond queryable traceability. The platform's subscription and notification system, powered by WebSockets and Elasticsearch Percolators, delivers real-time alerts when events match predefined criteria. This shifts the operating model from retrospective traceability to proactive intervention.
- T+0 min Vaccine shipment departs, Frankfurt warehouseEPCIS ObjectEvent captured. Temperature: 4.2°C (within 2–8°C range)
- T+2 hrs Temperature warning, approaching threshold7.4°C. Percolator query matches. WebSocket alert triggered to quality team.
- T+2 hrs 8 min Excursion detected, immediate intervention9.1°C exceeds threshold. Automated alert. Diversion or hold decision triggered in real time.
GS1 EPCIS 2.0: The Standard Behind It
OpenEPCIS is a fully compliant implementation of the GS1 EPCIS 2.0 standard, the global framework for capturing, sharing, and tracking real-time data across supply chains. This ensures interoperability with every trading partner, regulator, and system that recognizes the standard.
Real-Time Tracking
Instantly locate and track goods across every supply chain node
Supply Chain Tracing
Upstream and downstream visibility for compliance and optimization
Data Analysis
Event data analytics and business intelligence across time and geography
AI & Sensor Integration
Live IoT sensor data and AI-powered analytics for predictive decision-making
Scale in Production
Elasticsearch at scale
via fTRACE platform
30 countries
This is production-grade infrastructure, not a proof-of-concept. The same engineering principles and team have delivered enterprise-scale data systems including a 1.3-billion-document Elasticsearch deployment and a food traceability platform spanning 30 countries.
For CTOs evaluating supply chain visibility infrastructure, OpenEPCIS offers a fundamentally different value proposition: an open-source, standards-compliant platform that integrates with existing ERP, WMS, and TMS investments as middleware, delivering the performance characteristics of purpose-built systems without vendor lock-in.
They develop and manage our mission-critical and complex production systems well. You can throw a new technology at them and they quickly make production-grade use of it.
