Digitising printed archives into searchable records
Turn shelves of registers, files and printed material into searchable digital records, with OCR in English and Indian languages and a person checking what the machine is unsure about.
The problem: information you cannot search
Libraries, publishers, government offices, schools, law firms and older companies often hold decades of printed material: registers, ledgers, case files, circulars, books, forms. The information is valuable, but finding anything means someone walks to a cupboard and turns pages. Scanning alone helps only a little, because a folder of images is still not searchable.
Digitisation becomes useful when the scans turn into records people can search, filter and cite.
How it works
- Scan. Documents are scanned or photographed to an agreed quality. We help set resolution, lighting and file naming so later steps work well.
- Clean up. Pages are straightened, cropped and enhanced where needed.
- Understand the layout. A vision model finds the structure on each page: headings, paragraphs, tables, stamps, handwriting areas and images.
- Read the text. OCR converts the page into text, in English and in Indian languages, including pages that mix scripts. See OCR vs IDP for how OCR relates to fuller document processing.
- Split into records. Pages are grouped into meaningful items, such as one file, one register entry or one section, with metadata like date, title, reference number and source box.
- Review. Low-confidence text and uncertain splits go to a simple screen where a person compares the image with the result and corrects it.
- Publish. Approved records go into a search index, document system or database.
Inputs, what the AI does, outputs
| Input | What the AI does | Output |
|---|---|---|
| Scanned pages or PDFs | Cleans images and finds page structure | Structured page layout |
| Page regions | Reads printed text in English and Indian languages | Searchable text |
| Text and layout | Groups pages into records and extracts key fields | Records with metadata |
| Uncertain results | Flags them with a confidence score | Review queue for a person |
| Approved records | Indexes them for search | A searchable archive |
Data you need to start
- A representative sample of the material, including the worst pages, not just the clean ones.
- A note of the languages, scripts and any handwriting involved.
- The fields you want captured for each record.
- Where the finished records should live and who should be allowed to see them.
A generic walkthrough
Imagine a box of old registers. Each page is scanned, and the system recognises a table with columns for date, name and reference. It reads the text, and splits the pages into one record per entry. A few entries are smudged, so they are marked uncertain. A reviewer opens the queue, compares the image with the text, fixes three fields and approves. Weeks later, someone types a name into the search box and finds the entry in seconds. This example is generic and illustrative.
Integrations
Records can be delivered to a search index, a document management system, a library catalogue, a database or simple spreadsheets. Processing runs on Google Cloud, in an Indian region if you need it. For richer search, see the natural-language search assistant.
Guardrails and human review
- Every result carries a confidence score, and you decide the threshold for review.
- The original image stays linked to each record, so the source can always be checked.
- Accuracy is measured on your sample before the full run, by language and by document type.
- Access is role-based. If records contain personal data, confirm your obligations under the DPDP Act with your adviser.
What changes for your team day to day
Staff stop fetching physical files for every query and start searching from their desks. Reviewers handle a queue of uncertain items instead of retyping everything. Original documents can stay safely stored, handled less often, while the digital copy serves daily needs. Planning also gets easier: because each batch reports its own accuracy and review load, you can see how much work remains and where the difficult material sits.
Preservation and access
Digitisation is not the same as preservation, and we say so plainly. We deliver clean images and text, and we help you decide naming, backup and retention. Which originals may be discarded, if any, is a decision for you and your adviser. Access can be limited by role, so sensitive files stay restricted while public material is easy to find.
Rollout
We begin with a sample, test the pipeline on it and share honest accuracy figures, including where it struggles. After agreeing the review workflow and output format, we run a pilot batch, then scale up in stages. Older, damaged or handwritten material usually needs more review, and we plan for that. Ongoing support falls under an annual maintenance contract. See pricing for how projects are scoped.
Who it fits
Libraries, publishers, government offices, schools, law firms and companies with old registers and files. It is built on our document AI and computer vision work. Talk to us about your material.
Frequently asked questions
What is archive digitization?
It is the process of scanning printed or handwritten material and turning it into searchable digital records, using OCR to read the text and software to organise pages into items with metadata.
Can OCR read Hindi, Marathi and other Indian languages?
Yes. Current OCR and multimodal models support many Indian scripts. We test your specific languages and print quality on a sample before the full run.
Can it read handwriting?
Clear handwriting can often be read, but accuracy is lower than for print. We route uncertain handwritten text to a reviewer and measure performance on your samples.
Do we need to replace our scanners?
Usually not. Standard document scanners work well. We advise on resolution, lighting and file naming, and on handling fragile or bound material.
How do you check the accuracy of the results?
We compare the output with pages your team has checked, report accuracy by language and document type, and send low-confidence items to a person for review.
Have a process worth automating?
Tell us the one task eating your team's time, and we'll show you what AI does with it. We reply within one working day.