Supply chain practitioners can visualize and trace the entire supply chain from first to the last mile by analyzing geolocation data of vehicle movements. The solution uncovers logistics and sourcing patterns by analyzing device movements, delivers a granular analysis of the sourcing footprint, and gives insights into cross-traffic between facilities. It provides visibility into your opaque supply chains at all tiers (especially tier 2 suppliers and beyond), giving you a complete picture of all the players in your supply chain ecosystem. The solution can be implemented to address multiple use cases such as identifying inefficiencies, regulatory compliance, monitoring suppliers for unusual activity, etc.

Total supply chain mapping to uncover competitive insights: 

Besides a deep understanding of your supply chain, our solution gives you insights into your competitor’s supply chain. You can map the end-to-end supply chain and, using powerful visualizations, understand competitors’ supply chain vulnerabilities. By providing visibility into competitor supply chains, the solution enables you to take advantage of opportunities when they arise, whether developing new products, sourcing an alternative, or pricing power based on location intelligence.

Site Monitoring

Track activity at your suppliers to be alerted of any anomalous behaviour. Track activity at your competitors to seize new opportunities. Track activity at your customers to optimize operational decisions.

Supply Chain Traceability

Discover, map and monitor the multi-tier relationships that make up the supply chain networks that you and your competitors rely on. Uncover the logistical links between factories, farms, suppliers, stores, and distribution facilities on a global scale.

Sustainable Sourcing

Traceability is the first step in identifying and course-correcting unsustainable practices, particularly in industries like palm, soy, paper pulp and rubber. Ensure that you and your partners are meeting your commitments to sustainability by tracing your supply to its source.