Technology for
logistics & supply chain.
Route optimization, inventory forecasting, TMS/WMS integration, and real-time data infrastructure — built by engineers who understand supply chain constraints, not generic automation vendors.
Four pillars for logistics operations.
From the AI agents that make decisions to the data pipelines that feed them, we cover the stack end to end.
AI Agents
Route optimization, inventory management, demand forecasting, carrier communication, and exception handling agents built for real-time operations.
AWS Cloud Infrastructure
Real-time data pipelines, event-driven architectures, and scalable infrastructure for carrier feeds, telematics, and IoT signals.
API Integration
TMS, WMS, ERP, and carrier API integrations. EDI, REST, and direct database connections built by engineers who understand supply chain constraints.
Data Engineering
Unified operational data stores, lakehouse architectures, and reporting pipelines for logistics KPIs that span multiple systems.
Built for the systems logistics actually runs on.
Hours-of-service and carrier qualification
Route and dispatch agents are built to respect DOT hours-of-service, ELD data, and carrier qualification constraints — not generic optimizers that ignore the rules your dispatchers already operate under.
Cross-border and trade compliance signals
For international shipments, agents surface compliance documentation gaps before freight moves — flagging missing paperwork, HS codes, or carrier requirements while there's still time to fix them, not after a hold at the border.
EDI, API, and legacy TMS integration
We integrate with commercial TMS, WMS, and ERP platforms via API, EDI, and direct database connections — including legacy systems without modern interfaces. We work with what you run today, not what the deck wants you to migrate to.
Ready to make logistics operations proactive?
Tell us your biggest operational bottleneck — route costs, stockouts, forecast accuracy, carrier communication. We'll map the highest-ROI opportunity and show you what's achievable inside your existing TMS/WMS stack.