Uber advances invoice document processing using GenAI with the TextSense platform
Uber's invoice processing relied on manual data entry and RPA that could not scale to diverse invoice formats, invoices arriving in over 25 languages, and high volumes, leading to high average handling time, errors, and rising operational costs.
Existing Rule-Based Systems and RPA could not adapt to new invoice formats without manual rule-setting, failed to scale as Uber onboarded new suppliers and document formats, and required continual maintenance and manual error correction.
The GenAI-powered TextSense system achieved a 2x reduction in manual invoicing, an overall accuracy rate of 90%, a 70% reduction in average handling time, and a 25-30% cost saving compared to the manual process.
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Frequently asked questions
What did this team achieve with this AI workflow?
The GenAI-powered TextSense system achieved a 2x reduction in manual invoicing, an overall accuracy rate of 90%, a 70% reduction in average handling time, and a 25-30% cost saving compared to the manual process.
What tools did this team use?
TextSense, Vision Gateway, OCR, NLP, GPT-4, Cadence, RPA, Llama 2, Flan T5, ERP system.
What results were reported?
Manual invoicing reduction: 2x reduction; Overall accuracy rate: 90%; Invoices achieving near-perfect accuracy (99.5%): 35%; Invoices achieving above 80% accuracy: 65% (source-reported, not independently verified).
What failed first in this deployment?
Existing Rule-Based Systems and RPA could not adapt to new invoice formats without manual rule-setting, failed to scale as Uber onboarded new suppliers and document formats, and required continual maintenance and manu…
How is this invoice processing AI workflow structured?
Invoice submission trigger → Document ingestion → Pre-processing → OCR text extraction → LLM data extraction → Post-processing and validation → HITL review → ERP integration and payment → Metrics and feedback loop.