INSAP TraceChain vs Trace-X
INSAP TraceChain
insaptech.comTrace-X
github.comSide by side
| Figure | INSAP TraceChain | Trace-X |
|---|---|---|
| Price from | — | Free |
| Free plan | — | Yes |
| Free trial | — | — |
| Open source | — | Yes |
| Web | — | Yes |
| Linux | — | Yes |
| API | — | Yes |
| Self-hosted | — | Yes |
| Plans published | 1 | 2 |
| Spec score · Product Traceability Software | 7.8 (#8) | 8.2 (#3) |
| Purpose | Provides serialization and track-and-trace across the supply chain, with batch, lot and unit-level genealogy from production to point of sale. | Trace-X is an open-source system for tracking parts along the supply chain. |
Plans
In their own words
INSAP TraceChain
INSAP TraceChain provides serialization and supply-chain tracking from production to point of sale, with recall readiness and authenticity checks. It assigns batch-, lot-, or unit-level identities at production and links movement events into product genealogy across plants, depots, distributors, and shelves. The system can read production and movement events from SAP PP/MM and depot systems; recall actions return as governed transactions. The maker says genealogy can identify affected units and destinations in minutes, with expiry visibility. Field teams and consumers can scan against the genuine record, while duplicate and out-of-territory scans are flagged. Coding accommodates GS1 and customer-specific formats. Events are append-only; corrections become new attributed events rather than edits. Public scans reveal only details the customer chooses to publish, typically authenticity, batch, and expiry. Traceability extends only to the last point that scans. Existing printing and scanning points are usually used, though some levels of serialization may require new hardware. Data is stored in a region chosen by the customer. Pricing is on request and based on serialized volume and the lines and nodes in scope, determined after serialization design.
Trace-X
Trace-X is an open-source system for tracking parts and their relationships along a supply chain. It can ingest data about serialized parts, batches and child components. Users can search and filter manufactured parts represented by BoM AsBuilt and planned parts represented by BoM AsPlanned. Part details include Asset Administration Shell descriptions and models for serial parts, batches, just-in-sequence processes, planned and built bills of material, and usage. A parts tree shows component relationships, while supplier-network and supply-chain views let users inspect connections. Quality workflows support investigations exchanged between a company and supplier, plus alerts sent by a company to customers. The project aims to support standardized, interoperable and data-sovereign traceability exchange within Catena-X, with access defined for participating companies and people. Its browser frontend is an Angular application served statically through NGINX. REST endpoints are documented with the OpenAPI Specification, and the project provides a Swagger UI path. The installation guide documents deploying the application with a Helm chart. In the local umbrella setup, sending and receiving quality notifications is out of scope because that requires another Trace-X instance.