How Vigilo learns a workflow: from repeated decisions to a validated rule
See how Vigilo connects decisions to their context, identifies recurring patterns and proposes business rules for the team to validate before activation.
Read the resourceResources
Governed learning, adaptation to existing tools, order intake, invoicing and documents: each resource explains one Vigilo mechanism through a transport example, its controls and its limits.
From an incoming request to an actionable transport file, including the rules and exceptions that shape day-to-day operations.
See how Vigilo connects decisions to their context, identifies recurring patterns and proposes business rules for the team to validate before activation.
Read the resourceUnderstand how Vigilo connects transport events, decisions and evidence without replacing the TMS, inboxes, portals or business master data.
Read the resourceA checklist and practical method for turning an emailed request into a verified transport order without inventing missing data.
Read the resourceHow to process a transport order when information arrives by email, portal, EDI, document or phone without losing the thread of the record.
Read the resourceA useful handoff does more than report that an AI operator has stopped: it gives operations the case, sources, stop reason and next decision to make.
Read the resourceReferences, chronology, sources and controls: a method for linking each email, status update or document to the correct transport record without hiding uncertainty.
Read the resourceMeasure the real cost of rekeying transport orders into your TMS with a time-study grid and a reproducible calculation.
Read the resourceA practical transport order template that separates received data, known rules and details that still need clarification before TMS entry.
Read the resourceA practical method for assigning, tracking and closing orders, documents, changes and follow-ups received in a shared transport operations inbox.
Read the resourceA practical method for moving orders, statuses and documents from shipper portals into a TMS without creating duplicates or losing the control trail.
Read the resourceUnderstand the technical building blocks, their limits and how to combine them in a real operational workflow.
Tools, rules, screens and controls vary from one company to another. Adapting to them must be managed as a product capability, not an endless bespoke project.
Read the resourceHow an observed practice becomes a governed rule: documented proposal, human validation, limited activation, monitoring, a new version or suspension.
Read the resourceA practical comparison of AI agents, RPA, OCR and APIs for automating a transport workflow without setting complementary technologies against one another.
Read the resourceHow an AI operator can interact with a TMS without an API, within a validated scope, with verification, logging and recovery.
Read the resourceA progressive deployment protocol for measuring an AI operator in transport before extending its access rights and scope.
Read the resourceHow Vigilo distinguishes a new order from a change or cancellation by connecting each incoming event to the transport record it affects.
Read the resourceA click or API request does not prove success. Learn how Vigilo compares the expected outcome with the state actually recorded in the TMS.
Read the resourceA modified TMS screen, a new document, a revised rule or transferred responsibility: how to evolve an AI operator through controlled, versioned change.
Read the resourceA method for evaluating an AI operator pilot through decision quality, action outcomes, controls and escalations — without inventing performance claims.
Read the resourceA balanced comparison applied to the same transport file, showing which component advises, decides, acts and verifies.
Read the resourceA practical method for defining the sources, permissions, evidence, stops and responsibilities of a first Vigilo workflow.
Read the resourceA practical map for comparing four road transport AI use cases through their data, controls and the decisions that must remain human.
Read the resourceA field-based method for observing work, comparing volume, stability, risk and source quality, and framing a realistic first scope.
Read the resourceA documented method for calculating transport automation ROI while separating released capacity, avoided costs, realised revenue and full project costs.
Read the resourcePreserve the full history of a transport file to reconcile what was planned, performed and invoiced.
Why requests, amendments, actions, evidence and invoicing should be connected in one operational, auditable history that transport teams can use.
Read the resourceA method for checking a transport invoice by connecting what was planned, what was performed and what was invoiced.
Read the resourceHow to turn a transport invoice difference into an explainable, documented record that is ready for a human decision.
Read the resourceA carrier-side method for reconciling a customer pre-invoice with completed shipments, agreed rates and evidence before approval or challenge.
Read the resourceA France-specific guide to separating self-bills, pre-invoices and supplier invoices, then checking operations, rates, extras, tax and corrections.
Read the resourceA method for reconciling completed transport jobs with invoice lines, classifying missing matches and organizing records that need completion or invoicing.
Read the resourceA practical method for documenting dock detention, finding the applicable contractual rule and reviewing a potential charge without assuming it is payable.
Read the resourceA practical method to identify, link, request and verify delivery notes, CMR consignment notes and other evidence before an invoicing decision.
Read the resourceTurn delivery documents into verified information that logistics systems can use.
Next step
Describe the workflow and the decision to be made. We will tell you what can be scoped, what needs validation and what remains out of scope.
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