Turn emissions data from a reporting requirement into a strategic driver of cost, and supply chain performance. VesselBot connects execution-level shipment data with decision intelligence to help organizations reduce cost and emissions, improve performance, and operationalize sustainability across global supply chains.
Transportation emissions data is widely available, but rarely actionable. Built on averages, assumptions, and disconnected systems, it supports reporting requirements but fails to improve logistics and decarbonization performance.
As a result, organizations struggle to:
VesselBot connects three critical steps required to turn sustainability into operational performance:
that reflects what actually happened
that evaluates trade-offs
that embeds sustainability into execution
Execution-Grade Shipment Data
Access shipment-level emissions data based on actual transport execution across ocean, air, road, rail, and last mile, not modeled estimates.
Understand true performance across cost, service, and carbon, and gain the foundation needed to support both reporting and operational decision-making.
Key points:
Operationalize Logistics Sustainability
Embed sustainability into daily logistics decisions and make carbon a core performance variable alongside cost and service. Align teams, systems, and workflows to continuously improve freight transportation performance, from carrier and mode selection to shipment consolidation and response to geopolitical disruptions, using a unified, decision-ready data foundation.
Key points:
By connecting emissions measurement with decision-making, organizations move from static reporting to continuous performance improvement across their transportation networks.
Capture execution-based emissions at the shipment level using real operational data.
Analyze trade-offs across cost, service, and emissions to identify the most effective course of action.
Embed those decisions into daily logistics operations and continuously improve performance.
Designed for Cross-Functional Business Leadership
Access accurate, audit-ready emissions data and turn sustainability into measurable operational impact.
Improve logistics network performance, service level, reduce freight costs and integrate sustainability into daily operations.
Eliminate overspending while showcasing clear financial results from each environmental initiative. Quantify sustainability ROI with accurate, verified data.
Align strategy, operations, and sustainability across global logistics networks.
For operational performance, cost reduction, compliance, and emissions management.
We help you to:
Reduce transportation costs and inefficiencies
Lower carbon intensity across shipments
Improve network efficiency and resilience
Run scenario simulations in response to disruptions
Have AI-ready data for your tools
Strengthen auditability and reporting confidence
Enable real-time, confident decision-making
Common questions about operationalizing logistics sustainability, connecting emissions data to operational decisions, and how VesselBot enables continuous performance improvement.
VesselBot solves the gap between emissions reporting and operational decision-making by replacing emissions data built on averages and assumptions with data that reflects actual shipment execution. Most emissions data is not actionable. It supports reporting requirements but does not help organizations understand shipment-level performance, evaluate trade-offs across cost, service, and carbon, or translate sustainability goals into operational decisions.
VesselBot is built around two connected solutions. The first is Execution-Grade Emissions Data: shipment-level emissions calculations derived from actual transport execution across ocean, air, road, rail, and last mile, providing a trusted data foundation for both reporting and operational decision-making. The second is Operationalize Logistics Sustainability: embedding that emissions intelligence into daily logistics decisions so organizations can evaluate trade-offs, optimize execution, and drive measurable impact across cost, service, and carbon.
These solutions work in sequence. Accurate data enables operational action, and operational action delivers measurable results. Both solutions run on one platform, from a single data foundation, eliminating the need to reconcile data across separate systems.
Most transportation emissions data is built on industry averages, modeled assumptions, and disconnected systems. It satisfies reporting requirements but cannot answer operational questions: which carrier performed most efficiently on this lane, which route produced the lowest carbon intensity, where consolidation would reduce both cost and emissions. Without shipment-level execution data as the foundation, sustainability stays a reporting function rather than an operational capability.
Operationalizing sustainability means embedding emissions intelligence into daily logistics decisions such as carrier selection, routing, and shipment consolidation, so it becomes a core performance variable alongside cost and service. Instead of being used only for reporting, sustainability directly influences how logistics decisions are made and how network performance is optimized. VesselBot makes this possible by providing execution-level emissions data at the shipment level, integrated with the operational intelligence needed to act on it.
VesselBot connects emissions data to operational decisions by linking shipment-level emissions, derived from actual execution, to carrier performance benchmarks, route analytics, and mode-shift modeling. This allows organizations to evaluate decisions such as carrier selection, lane consolidation, and disruption response across cost, service, and carbon simultaneously, using a single data foundation.
VesselBot is designed for sustainability, logistics, finance, and supply chain leaders who need to manage cost, service, and carbon from a single data foundation. Chief Sustainability Officers use it for audit-ready emissions reporting and measurable decarbonization impact. Logistics and transportation leaders use it to reduce freight costs and integrate sustainability into daily operations. CFOs use it to quantify sustainability ROI and eliminate carbon credit overspending. Chief Supply Chain Officers use it to align strategy, operations, and sustainability across global networks. All four functions operate from the same data foundation, eliminating the need to reconcile data across separate systems.
VesselBot turns emissions data into operational impact by combining precise measurement, decision intelligence, and execution. First, it measures emissions at the shipment level using actual operational data. Second, it identifies better logistics decisions by analyzing trade-offs across cost, service, and carbon. Third, it embeds those decisions into daily logistics execution. This allows organizations to move from static reporting to continuous performance improvement across their transportation networks.
Most sustainability platforms are built for reporting. VesselBot is built for decisions, using execution-grade shipment-level emissions data derived from actual transport execution rather than modeled averages. This data foundation is combined with decision intelligence that allows organizations to evaluate trade-offs across cost, service, and carbon in real time. As a result, VesselBot functions as a performance management system, not just a compliance tool, enabling measurable reductions in both emissions and freight costs.
Our Logistics Intelligence Platform complies with the European standards for calculating carbon emissions. Our system is SFC accredited in compliance with the GLEC Framework for global coverage of air, sea, road, rail, inland waterways, and logistics hubs. As the ISO:14083 standard was developed in line with the GLEC Framework, our calculator is also ISO:14083 and CDP aligned.
