Better parsing means sharper detection, and as LLM technology advances, so do we. Over the past few months, we’ve rolled out upgrades that significantly improve parsing accuracy across a wide range of document types.
In our last update, we shared how LLMs boosted bank statement parsing. Now, we’ve expanded that progress to invoices, utility bills, tax forms and IDs, while also improving parsing for business filings, financial statements, cheques, investment statements, leases, credit card statements, benefits statements, social security cards, and more. These improvements strengthen the extraction of key fields like names, dates, and addresses — the very details fraudsters are most likely to manipulate.
Invoices now benefit from significant leaps in accuracy:
Over 98% of invoices now return parsed details, with new fields like seller name (96%), total invoice amount (92%), and seller address (82%) captured at scale.
Utility bill parsing is now live for all customers, with performance gains across key fields:
We’re also capturing richer context like service provider name (92%), account number (92%), provider URL (83%), and amount due (73%).
Tax form parsing has expanded to new subtypes and achieved step-change improvements:
ID parsing now delivers stronger accuracy across the fields most critical for identity verification:
Alongside the issue date, we have also improved our parsing of date of birth (84%) and expiry date (73%). Beyond these core fields, we now extract the document’s country code (93%) and number (92%).
Parsing improvements might not grab headlines like deepfake scams or synthetic fraud, but they’re the bedrock of effective fraud detection. When institutions can trust the accuracy of extracted names, addresses, and dates across invoices, utility bills, identity documents and tax forms, they can catch fraud signals earlier and with more confidence. Additionally, these improvements in name and address parsing assures that we have a more reliable foundation for validating identities.
With these updates, Inscribe customers benefit from stronger detection, broader coverage, and faster insights, ensuring fraudsters have fewer places to hide.
Rachel Costello is a Senior Engineer at Inscribe, where she helps risk teams fight document fraud with AI Agents. Previously at Solex Group Ltd., she improved technological processes across insurance, finance, retail, and government sectors. With a multidisciplinary BA in Computer Science, Linguistics, and French from Trinity College Dublin, Rachel is passionate about the ethical use of machine learning. She brings expertise in programming (Python, C#, R), machine learning, NLP, data analysis, and modern cloud technologies including Docker, Kubernetes, and Kafka.
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