What It Does:
Reform is an AI-powered logistics automation platform that helps freight, customs, finance, and operations teams automate document-heavy workflows.
It connects with your existing systems and reduces manual work by handling tasks like invoice processing, shipment tracking, customs paperwork, and audit matching-while still letting humans step in when needed.
Key Features:
- AI document processing that extracts data from invoices, bills of lading, and shipping documents
- 3-way matching for audits (purchase orders, invoices, and bills of lading) to catch errors and discrepancies
- Customs automation to prepare declarations from commercial documents and forms
- Warehouse and shipment workflows, including consolidation and receipt creation
- Real-time dashboards for tracking shipments, finances, and operational performance
- Integrations with tools like QuickBooks, Excel, Gmail, CargoWise, Zapier, and more
- A human-in-the-loop system where staff only handle exceptions instead of routine work
- Custom workflow templates for quoting, accounts payable, duty drawback, and shipment consolidation
- Analytics dashboards that combine data from multiple logistics systems
Who Is Reform For?
- Freight forwarders who deal with heavy document handling and shipment coordination
- Customs brokers who need faster and more accurate declaration preparation
- Finance teams managing invoices, billing, and reconciliation in logistics companies
- Operations teams looking to speed up booking, tracking, and shipment consolidation
- Logistics companies that want to reduce manual work without replacing their current software stack
- Teams handling high-volume AP invoices and complex supply chain data
Final Thoughts:
Reform is built for logistics teams drowning in paperwork and disconnected systems. Instead of forcing companies to switch tools, it sits on top of what they already use and automates the repetitive, error-prone work.
If your operations involve frequent invoices, shipments, and customs processes, this kind of platform can significantly reduce manual workload and improve accuracy, especially in fast-moving freight environments.
