TRAK provides a blockchain‑based supply chain tracking platform that lets users record product and document movements via a standard Android or iOS smartphone. By writing each scan, photo, or comment to the Stellar public blockchain, the service offers secure, tamper‑proof provenance that can be accessed by consumers, regulators, or businesses, with flexible data depth ranging from simple timestamps to detailed QR‑code histories.
Funding
Funding not disclosed
Founders
Product
Problem
Supply chain participants often lack a low‑cost, easy‑to‑use method for recording product movements and document histories, especially in regions with limited internet connectivity and low‑literacy workforces. Without reliable provenance data, regulators and consumers cannot verify authenticity or sustainability claims.
Solution
TRAK offers a blockchain‑based platform that lets users capture supply‑chain events by scanning QR codes, taking photos, or adding text comments using any Android or iOS smartphone. Each entry is written to the Stellar public blockchain, providing immutable, fast, and energy‑efficient records that can be verified by regulators and end‑consumers. The system supports both custom QR codes with extensive tracking points and simple text entries for unlabelled goods, allowing businesses to choose the data depth that matches their operational constraints. Users can view the complete product history through a generated URL, enabling transparent traceability from origin to final sale.
Target Audience
Primary customers are manufacturers, distributors, and retailers that need verifiable product provenance, as well as regulators and consumers seeking transparent supply‑chain information.
Features
- Mobile app for Android and iOS that records scans, photos, and comments without requiring specialized hardware
- Integration with existing QR or barcode labels, plus the ability to generate custom product URLs and QR codes
- Immutable storage of each tracking point on the Stellar blockchain, ensuring low transaction costs and minimal energy use
- Designed for environments with intermittent internet access and limited power availability
- Supports flexible data granularity, from single timestamped comments to hundreds of detailed tracking points