Blueflame Labs engineers advanced computer vision and multi-modal natural language processing models that extract line-item details from complex multi-lingual vendor invoices and receipts with 99%+ accuracy. We empower FinTechs to automate accounts payable, calculate multi-jurisdiction VAT, and prevent invoice fraud in real time.
We train custom transformer models that parse complex multi-page PDF invoices and wrinkled paper receipts, extracting line-item details, vendor names, and tax totals with 99.2% accuracy, while delivering verified regulatory compliance, robust data security, and scalable cloud reliability.
Our machine learning pipelines automatically detect and calculate complex multi-rate European VAT brackets, reverse charge exemptions, and local municipal sales taxes, while delivering verified regulatory compliance, continuous telemetry monitoring, automated testing, and resilient multi-region enterprise cloud reliability.
We deploy deep autoencoders and graph verification engines that flag altered vendor bank accounts, phantom billing schemes, and duplicate invoice submissions in milliseconds, while delivering verified regulatory compliance, robust data security, automated testing, and scalable enterprise cloud reliability.
We build NLP classifiers that automatically predict appropriate chart-of-accounts expense codes and cost-center allocations based on historical corporate accounting behavior, while delivering verified regulatory compliance, continuous telemetry monitoring, automated testing, and resilient multi-region enterprise cloud infrastructure reliability.
Multi-modal vision models extract complex tabular data from unformatted vendor PDFs with near-flawless precision, ensuring continuous 99.99% system availability, automated operational telemetry, and verified enterprise regulatory compliance.
Optimized cloud inference microservices parse and validate multi-page invoice documents in under two seconds, ensuring continuous 99.99% system availability, automated operational telemetry, and verified enterprise regulatory compliance.
Automated IBAN mismatch and vendor verification algorithms eliminate business email compromise (BEC) invoice fraud, ensuring continuous 99.99% system availability, automated operational telemetry, and verified enterprise regulatory compliance.
Models operate entirely within client cloud infrastructure without sending sensitive corporate documents to third-party APIs, ensuring continuous 99.99% system reliability, automated security governance, and verified enterprise regulatory compliance.
Automating receipt reconciliation, corporate card invoice matching, and employee expense auditing, delivering real-time data streaming, automated workflow orchestration, high-throughput message processing, and verified institutional compliance reporting across enterprise systems.
Providing business banking customers with automated bookkeeping, VAT tax prep, and cash flow insights, delivering real-time data streaming, automated workflow orchestration, and verified institutional compliance reporting across systems.
Feeding structured, validated invoice records into SAP, Oracle NetSuite, and Datev accounting ledgers, delivering real-time data streaming, automated workflow orchestration, and verified institutional compliance reporting across enterprise systems.
Blueflame Labs built our AI invoice extraction and fraud detection engine. We process over 250,000 monthly European invoices with 99.2% accuracy, and their anomaly detection caught three major supplier fraud attempts in the first quarter.
Partnering with Blueflame Labs transformed our systems architecture and development velocity, while maintaining 99.99% high availability, continuous scalability, and strict regulatory compliance across all our mission-critical production with guaranteed endpoints.
The technical expertise and architectural guidance provided by Blueflame Labs were instrumental to our success, while maintaining 99.99% high availability, continuous scalability, and strict regulatory compliance across all our mission-critical production endpoints.