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Blaze

Document extraction · Monaco

Every extracted value should lead back to its source.

From source page to reviewed field

Diagram of a proposed workflow to build and verify. It does not represent a client case or an operating production service.

  1. Synthetic source

    An ambiguous date in a test document

  2. Proposed value

    Retain a reference to the passage

  3. Verification

    Compare the field with its source

  4. Reviewed field

    Preserve the correction and its context

A date, amount or company name can be easy to read and difficult to interpret correctly. Document extraction aims to prepare that work without confusing recognised text with verified information. Blaze proposes designing the process around the reviewer: find the source, understand an uncertainty and correct the result before reuse. The approach below describes a service to scope, rather than an existing production pipeline or a promised accuracy rate.

Define the information before extracting it

An invoice, a statement and company articles describe different objects. The task needs to specify whether it seeks an amount with its currency, a reporting period, a full legal name or a role held on a particular date. A collection of recognised words is not enough to populate a case safely. The output should preserve meaningful units and avoid silently converting an absent field into a zero.

Character recognition may help read an image, while a model may suggest a structure. Both can fail on tables, missing pages or a poor scan. The design needs to distinguish a value explicitly present in the document from an inference and from missing information. A fluent explanation must not conceal that the source does not support the proposed answer.

Give the reviewer a stable reference

The proposed workflow associates each field with an identified document and a checkable passage. A review interface could place the page alongside the extracted value and make returning to the original straightforward. The reference should remain meaningful after a correction or a later document version. A page number and exact passage are more useful than a general assertion that a document was checked.

Checks depend on the material: a valid date format, the direction of a transaction, preserved currencies or conflicting totals. These can flag inconsistencies, but they do not establish authenticity. An apparently high confidence score needs evaluation before anyone relies on it. Uncertainty and unanswered fields should remain visible even when the rest of the extraction looks complete and well formatted.

Measure error and review effort

An evaluation should compare fields against expected answers defined beforehand. Synthetic material can cover clear documents alongside tilted scans, blank cells and ambiguous digits. Correct values, wrong values and abstentions need separate counts. Returning fewer answers may be preferable to filling gaps with invented information. No universal performance figure is meaningful for document formats that have not yet been examined.

The time needed to review the proposal matters as much as extraction accuracy. A useful comparison considers manual entry, source-assisted review and correction of difficult cases. A change to the model, its instructions or page splitting can alter the result and should be tested again. The assessment should also reveal where keeping a manual step is the more dependable choice.

Preserve context when results move

An export needs to distinguish proposed and reviewed values, identify the source and explain how a correction reaches the receiving tool. Repeated imports should not create another copy of the same record. The interface available in an accounting or case system determines what can be preserved; a spreadsheet with no source reference may lose the very evidence that made extraction useful.

Document handling includes more than the original file: page images, extracted fields and technical logs also need appropriate access and retention settings. A useful handover explains how to find the source of a value, correct it and export the reviewed result without losing that connection. The organisation chooses who may open the original and who only needs the prepared information. Recognising a name or number remains distinct from verifying an identity or accepting a client.

Examine the scope

Service outline

Proposed service scope

Explore how we define an AI task, test its difficult cases and design a review process around the people who will use its results.

Read the presentation

Text reviewed on

Questions and answers

Which document formats can be assessed for extraction?
PDFs, images and structured exports are possible candidates, subject to the task, languages and quality involved. The study should specify representative synthetic cases and rejected formats. It should not promise dependable reading of every file before that evaluation exists.
What should happen to an uncertain extracted field?
The interface should show uncertainty or the absence of an answer and let the reviewer return to the source. A person examines the relevant information before use. A model's confidence score must not be presented as a guaranteed probability of correctness.
Can extracted information feed our existing software?
That depends on the receiving interface and the permitted processing. A proposed export should carry source and review context where possible, and tests need corrections, repeated imports and new versions. The page does not imply that a connector to your system already exists.
How much volume justifies document automation?
Volume alone does not decide. A short but ambiguous document may require more review than a regular batch. The assessment needs current effort, error patterns, processing cost and remaining review before judging whether construction and ongoing maintenance are worthwhile.

Explore related topics

Define the right scope

A workflow, its users and the information they need: a concrete starting point for a project.

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