Vision-first OCR for Complex & Multilingual Documents
NextOCR recognizes text directly from visual signals — without relying on dictionaries or language-model post-correction.
Built for CPU-only environments, on-prem deployment, historical documents, and low-resource scripts.
Why Vision-first OCR?
Many OCR systems are language-first: they depend on dictionaries, spell-checking, or large language models to “fix” recognition. This can distort original spelling and fails on historical variants, names, and domain-specific terms.
Language-first OCR (common)
- Heavily relies on lexicons / correction
- May “normalize” or alter original spelling
- Struggles with rare words & historical orthography
Vision-first OCR (NextOCR)
- Recognizes characters as they appear in the image
- Preserves original spelling and structure
- Works better for complex scripts & historical documents
Especially important for Khmer and other scripts with high orthographic variation, including historical and manuscript sources.
Continual Learning by Design
NextOCR is built for continual learning: it adapts to new layouts, fonts, document types, and writing styles over time — not a one-time training event.
Continual learning enables OCR quality to improve as real-world documents are processed, while keeping deployment practical for CPU-only servers.
Multilingual Training Roadmap
Khmer is the core focus. NextOCR is designed to expand into more languages within one vision-first framework.
Other languages are actively being trained and evaluated.
Use Cases
- Historical manuscripts, palm-leaf texts, and archival scans
- Government gazettes, legal documents, and official publications
- Banking and financial OCR (on-prem / privacy-sensitive)
- Multilingual document digitization pipelines
- Vision-Language Model (VLM) pipelines built on reliable OCR signals
Contact
Get in touch for demos, pricing, or technical discussions.
- Email: danhhong@gmail.com
- Phone: (+855) 95 333 409
- Telegram: t.me/hout18