Stop the Freight Invoice Nightmare

SAP-Native AI Solution

Most AP teams spend their days reacting to errors. Pluto-Invoice is the AI-native guardian that validates and posts directly into SAP TM, BN4L, and S/4HANA.

Get the Comparison Guide

"Stop Paying for Logistics Errors." Download the Manual vs. Automated Freight Audit Guide.

The "Invisible" AP Mess

For AP managers each new day comes with, another round of invoice cleanup. They are faced with the below issues day in and day out.

Endless data entry

Manually updating charges into SAP TM from invoices received as PDFs, chasing missing freight order refs

Cash bleeding out

Duplicate payments due to manual checks, overcharges that only get noticed at till month-end

No freight cost overview

Finance can't see charge-level costs across carriers/lanes

EDI nightmare

Costly EDI/API onboarding for every new carrier.

VIM Dead End

VIM and templates failing when formats or contracts change.

Check your freight invoice risk level
Whitepaper

Handle your invoices better with Pluto Invoice.

Key capabilities

  • Reads freight invoices from any format (PDF, email, portal exports, etc.) using the power of AI.
  • Validates charges and references against SAP TM, BN4L, and SAP S/4HANA.
  • Handles collective invoices without breaking SAP workflows.
  • Processes charges at line level for true freight cost visibility.
  • Detects disputes and anomalies early using AI, before posting.
  • Posts directly into SAP TM, BN4L, and S/4HANA – no heavy middleware.
  • Requires zero EDI/API changes for carriers and offers fast, low‑code deployment.

What prevention looks like with Pluto Invoice–

The preventive journey

From PDF to SAP posting

Pluto‑Invoice turns every invoice into a controlled, preventive flow instead of a manual repair project.

Built for SAP – Without heavy Middleware

 Pluto‑Invoice is purpose‑built for SAP landscapes, with direct integration to SAP TM, BN4L, and SAP S/4HANA. It delivers a clean architecture without heavy middleware or brittle custom interfaces, and is available on SAP Store for fast adoption.

  • Direct SAP TM, BN4L, and SAP S/4HANA integration
  • Low‑code deployment with minimal customization and low TCO.
  • No carrier‑side EDI/API changes required, reducing onboarding friction

See How Pluto‑Invoice Prevents Errors Before They Hit SAP

Pluto‑Invoice is purpose‑built for SAP landscapes, with direct integration to SAP TM, BN4L, and SAP S/4HANA. It delivers a clean architecture without heavy middleware or brittle custom interfaces, and is available on SAP Store for fast adoption.

30‑minute live demo using your sample freight invoices.

Walkthrough of AI reading, validation logic, and direct posting into SAP TM, BN4L, and SAP S/4HANA.

Q&A on rollout for AP, IT, and carrier onboarding.

Schedule a Pluto‑Invoice demo
Talk to our SAP freight invoicing experts

Frequently Asked Questions

1. What is Pluto‑Invoice?

Pluto‑Invoice is an AI‑native freight invoicing solution that reads, validates, and posts freight invoices directly into SAP TM, BN4L, and SAP S/4HANA, focusing on preventing errors instead of fixing them later.

It supports invoices from various sources and formats such as PDFs, email attachments, and portal exports, reading them with AI without needing carrier changes.

 It compares invoice data against SAP TM, BN4L, and S/4 master and transactional data, checking references, amounts, and conditions, and flags anomalies before posting

Yes, it can process collective invoices while keeping SAP workflows intact, preventing manual splitting and error‑prone Excel steps.

No, Pluto‑Invoice is designed for zero EDI/API carrier changes, so carriers can keep sending invoices as they do today

Early anomaly detection and structured invoice data provide clear reasons for disputes and a transparent audit trail of what was checked and approved.

Pluto‑Invoice runs in SAP‑compatible environments and connects to SAP TM, BN4L, and SAP S/4HANA, following your existing IT and security policies

Yes, you can start with one country, business unit, or carrier set, prove the preventive value, and then scale across regions and modes