NLP & Computer Vision

Turn documents, text and images into structured data.

Most of your information isn't in a database โ€” it's trapped in PDFs, emails, forms and photos. We build NLP and computer-vision systems that read it, extract what matters, validate it, and hand your systems clean data they can act on.

  • Handles messy real-world inputs
  • Validated, not guessed
  • Human-in-the-loop on the hard cases

Language + vision, structured

NLP ยท entities

Invoice from Acme Co for $12,400 due Apr 30.

CV ยท detection

98%
0

transcription errors on official records

70%

faster turnaround

5+ hrs

manual work saved per cycle

Same-day

what used to take days

What NLP & vision unlock

Read the 80% of your data that isn't in a spreadsheet

Four capabilities that turn unstructured text and images into something your systems can finally use.

Document understanding

OCR plus layout and language models that read invoices, forms and contracts and pull out the fields that matter.

Entity extraction & classification

Named-entity recognition, classification and routing โ€” turning free text into structured, sortable data.

Object detection & vision

Detect, count, classify and inspect in images and video โ€” from defect detection to visual search.

Validation & human review

Confidence thresholds, rule checks and human-in-the-loop so accuracy is high and mistakes are caught.

How we build it

From raw input to trusted structured data

Accuracy on documents and images comes from pairing the model with validation โ€” not from the model alone.

  1. 1

    Ingest the unstructured

    Connect your documents, images or text streams and handle the real-world mess โ€” bad scans, mixed formats, noise.

  2. 2

    Extract & understand

    OCR, NER, classification or detection turn each item into structured fields with a confidence score.

  3. 3

    Validate

    Rules and thresholds check the output; anything uncertain routes to a human, so errors don't slip through.

  4. 4

    Integrate

    Clean, structured data flows into your systems โ€” database, workflow or app โ€” with an audit trail.

Document AI, in production

Hollis County: reading official records, error-free

A county records office produced public notices and records entirely by hand โ€” slow, backlogged, and error-prone on documents where a mistake is a legal problem. We used document AI to extract and validate, with human sign-off on every record.

Hollis County Records Office

County government records office ยท USA

Government ยท Public Records
Manual effort per publishing cycle5+ hrs saved/cycle
Before
5+ hrs by hand
After
minutes
Turnaround speed70% faster
Before
baseline
After
70% faster
Transcription errors on official records0 errors
Before
manual mistakes
After
0
5+ hrs

Saved per cycle

70%

Faster turnaround

0

Transcription errors

Same-day

Resident service

โ€œWe're a small team doing work residents genuinely depend on. This gave us our hours back without cutting a single corner on accuracy โ€” and people now get records the same day instead of waiting all week.โ€
โ€” Records Manager, Hollis County
.NETAzureDocument AI / OCRWorkflow engineWCAG-compliant webRead the full case study

Straight answers

NLP & computer vision questions

What problems do NLP and computer vision actually solve?

They turn unstructured stuff โ€” documents, emails, forms, photos, scans โ€” into structured data your systems can use. Reading invoices, extracting clauses from contracts, classifying support tickets, detecting defects on a line, or pulling fields off a scanned form.

Our documents are inconsistent and low-quality. Does that break it?

Handling the mess is the work. We combine OCR with layout understanding and validation so the system copes with bad scans, varied formats and noise โ€” and flags what it isn't sure about instead of guessing.

How do you keep extraction accurate enough to trust?

We validate every extracted field against rules and confidence thresholds, route low-confidence items to a human, and measure accuracy on your real documents. On official records we've taken transcription errors to zero by pairing the model with validation and human sign-off.

Can this run on our existing systems and stay compliant?

Yes โ€” it deploys inside your environment with access controls and an audit trail, which matters for regulated, government and healthcare data. Accessibility and compliance can be designed in from the start.

Do we need a huge labelled dataset?

Often not โ€” pretrained vision and language models plus a modest amount of your data go a long way. We assess what's needed in week one and use techniques that minimise labelling effort.

Set your trapped data free.

Send us a sample of the documents or images you're processing by hand. We'll show you what an extraction system would do with them.

2000+ vetted engineers ยท 3 global hubs ยท 98% client retention

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2000+
Talents Vetted
3+
International Offices
100+
Project Delivered
50%-70%
Average Cost Saving

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