Preserving Knowledge, Powering the Future: A Conversation with Patrick Fleming, Business Director, Digitization at Ninestars

At Ninestars, Patrick Fleming, former British Library director, award-winning journalist, and digital transformation leader, is helping shape the future of digitization. Drawing from decades at the intersection of culture, media, and technology, he reflects on how digitization is transforming libraries and archives: from fragile collections made searchable and accessible, to AI-powered discovery that redefines how we engage with history. For Fleming, the challenge is not just preserving knowledge but making it intelligent, ethical, and impactful for generations to come.

Over the last few months at Ninestars, Patrick Fleming has been bringing his deep expertise in archives, publishing, and digital transformation to shape our digitization practice. A former British Library director, award-winning journalist, CEO, and consultant, Patrick has spent his career at the intersection of culture, media, and technology. His experience leading transformational programs, from the British Newspaper Archive to large-scale library development initiatives, now informs how Ninestars approaches digitization in the age of AI.

        We sat down with Patrick to talk about how digitization is changing libraries, archives, and the very way we think about access to knowledge.

You’ve worked extensively with libraries and archives over the years. Tell us a little about the transformative shift you’ve witnessed in the move from physical to digital collections.

Technology and innovation has radically transformed library and archive collections. With AI we are entering the next stage of digital innovation.

Digitisation transforms archives and libraries by enhancing access to collections, ensuring preservation of fragile Items, and enabling digital preservation of born-digital materials.

I have been at the heart of this digital transformation at the British Library. The Library’s newspaper collection, possibly the greatest in the world. grows as a paper collection every day due to legal deposit. Enshrined In legislation legal deposit forces the Library to collect the hard copies of every published newspaper In the UK. Only 2% of the collection of over 180 kilometres of content was digitised when the Library introduced its transformative journey to store, preserve and give access to its newspaper collection.

The game changer for the Library was to find a partner who would provide the innovation required to digitise out of copyright newspapers. DC Thomson won a procurement to start the process and the British Newspaper Archive today has 95 million pages and continues to grow.

Has there been a huge change in how people use libraries today compared to when you started?

Libraries and digitisation specialists like Ninestars continue to evolve internationally. Digitisation has transformed researcher behaviour by providing instant access to vast amounts of material remotely, changing research from physical exploration  to online key word searching and data analysis. This shift enables large research questions, facilitates interdisciplinary approaches and poses challenges to the nature of libraries.

Researchers no longer sift through physical documents but rather read materials on screen. Powerful search facilities allow researchers to quickly locate information by searching for keywords across millions of documents. It was painstaking but often failed to capture nuance. A query like “climate change as reported In newspapers before 1988” could return thousands of results, not all of them relevant, now with AI driven digital archives the experiences changes completely. AI models understand context, semantics and intent, instead of matching words, they return answers. They summarise, highlight connections across decades and even suggest related themes. AI In digital libraries adds context, speed, and intelligence. Instead of static repositories, archives become dynamic, exploratory ecosystems as Ninestars are proving with best in-class digitisation transformations. Digitisation has fuelled the growth of digital humanities, creating new Interdisciplinary programs and fostering collaboration between researchers and archives.

How has digitisation changed the role of a librarian? What parts of the job have become easier, and which parts more complex?

Digitisation has transformed the librarians role from gatekeeper of physical collections to facilitator of digital access, shifting focus from preservation to curation and requiring new skills in technology, project management, and Information literacy. Librarians now manage digital resources, develop information literacy programs, teach users advanced search strategies and curate online content. They have become essential educators and technology experts In the digital age.

At Ninestars, we talk about preserving knowledge while making it intelligent and accessible. From your experience, what’s the biggest opportunity and challenges for organizations in embracing deep tech like AI?

AI presents huge opportunities for libraries to automate repetitive tasks, enhance user experience through personalised recommendations and Improved search, support collection development with data analysis, facilitate research with data management and text mining tools and relate dynamic content. Libraries can leverage AI to streamline workflows, optimise resources allocation, and offer accessible services like translation.

What’s one misconception about libraries that you wish more people understood?

Common misconceptions about libraries include:

  • They’re just for books. In reality, libraries also offer technology, music, programs, and services.

  • They’re always silent. Many function as vibrant community hubs with designated quiet zones.

  • Librarians just read all day. In fact, they manage diverse services, collections, and complex databases.

  • Libraries are irrelevant. On the contrary, they provide vital access to expensive databases, reliable internet, and digital literacy support.

Libraries today are dynamic community centers and social anchors, offering far more than print media. They provide learning opportunities, resources, and a safe haven for people of all ages.

What are some of the biggest trends and innovations you see for libraries on the horizon?

AI Is on every Librarian’s lips. Its full scope and International acceptance is still unknown. AI offers Insights for medicine, strategic planning and a host of industry wide uses.

And since we are talking about libraries and archives, is there a book that had a profound impact on you growing up?

To the Lighthouse by Virginia Woolf had enormous Impact on me.

At Ninestars, Patrick’s experience reinforces our belief that preserving knowledge is only half the story. The real transformation lies in making it intelligent, accessible, and impactful for generations to come.

We’d love to hear your thoughts on the future of digitization. Let’s talk at contactus@ninestars.in

The Role of AI in Enhancing Accessibility in Digital Libraries

As digital libraries expand their reach across the world, the mission is no longer just to digitize collections—it’s to make knowledge accessible to everyone, regardless of ability, language, or location. In 2025, artificial intelligence (AI) is emerging as a remarkably powerful enabler of inclusive access in digital libraries. 

Here’s how AI is transforming accessibility from a checkbox into a core design principle. 

Reimagining Accessibility in the Digital Age 

Historically, accessibility in libraries focused on physical access—ramps, large-print books, or audio formats. In the digital era, accessibility extends far beyond and now means: 

  • Navigating complex archives using screen readers 
  • Accessing content in multiple languages and formats 
  • Ensuring metadata and structure support discoverability for all users 
  • Creating a seamless experience for users with visual, cognitive, or mobility impairments 

Traditional digitization approaches often fail to address these needs comprehensively. This is where AI steps in. 

AI-Powered OCR: Making Text Truly Searchable 

Optical Character Recognition (OCR) has long been used to convert scanned documents into searchable text. However, conventional OCR tools struggle with poor print quality, handwritten content, or non-Latin scripts. 

Advanced AI-driven OCR, like the kind found in platforms such as AOTM, offers: 

  • High accuracy across 70+ global languages and scripts 
  • Support for right-to-left (RTL) languages and complex document layouts 
  • Improved recognition of handwritten manuscripts and poor quality texts 

For users relying on screen readers or text-based navigation, this level of precision ensures they can access content that would otherwise remain locked in image scans. 

Multilingual Translation and Transcription 

Language is often an invisible barrier in digital libraries. AI can remove it by: 

Automatically translating content into multiple languages 

Providing real-time transcriptions for audio or video archives 

Generating multilingual metadata to expand discoverability 

By doing so, AI not only breaks down geographic silos—it makes global heritage, research, and literature accessible to linguistically diverse audiences. 

Metadata Enrichment for Better Navigation 

Without strong metadata, even the most valuable documents can remain hidden in digital archives. 

AI tools now enable: 

  • Automatic tagging based on entity recognition and context 
  • Intelligent summarization for quicker content previews 
  • Classification based on genre, era, subject matter, or format 

This metadata isn’t just useful for general users—it’s crucial for those using assistive technologies who rely on structured navigation to understand content and context. 

Text-to-Speech and Audio Integration 

For visually impaired users, AI-powered text-to-speech (TTS) systems provide a lifeline to digital content. Today’s AI models can: 

  • Read scanned books aloud with human-like intonation 
  • Adjust pronunciation based on context (e.g., acronyms vs. abbreviations) 
  • Support regional accents and dialects in multiple languages 

This has opened up new ways for users to engage with archives—whether listening to historical texts or consuming academic papers on the go. 

Adaptive Interfaces and Personalization 

AI allows digital libraries to offer personalized, adaptive user experiences, such as: 

  • Interface adjustments for dyslexic users (e.g., font type, spacing) 
  • Content reflow and contrast enhancements for low-vision users 
  • Predictive search and smart filters based on user behaviour or learning preferences 

In essence, every user can experience a library that feels designed for them—not a one-size-fits-all platform. 

The Road Ahead: AI as an Equity Engine 

As digital libraries continue to grow, AI will play an essential role in: 

  • Democratizing access to knowledge across socio-economic divides 
  • Preserving cultural heritage in native scripts and languages 
  • Supporting inclusive education through accessible digital archives 

To achieve this, institutions must view accessibility not as a compliance metric, but as a foundational pillar of digital transformation. 

Scalable Accessibility Starts with Intelligent Digitization 

At Ninestars, accessibility is built into the foundation of digital transformation. 

 Our AI-driven solutions help digital libraries: 

  • Digitize complex documents with precision OCR
  • Automate multilingual tagging and smart classification
  • Ensure compatibility with assistive technologies
  • Scale accessibility across millions of pages—accurately and efficiently

Building a library for everyone?  Let’s talk about how Ninestars can help you make it possible.  Get in touch at contactus@ninestars.in.

From Braille to Bytes: Digitizing Resources for Visually Impaired Users

From the invention of Braille to the rise of audio recordings, the path to access has always been long for visually impaired readers. Today, digitization for accessibility is reshaping that journey, powering screen readers, text-to-speech, and adaptive formats that make knowledge truly usable. At the heart of this transformation are inclusive digital libraries, where AI ensures content is not just preserved but personalized and accessible to all.

Did you know Louis Braille was just 15 when he invented Braille, the tactile writing system for the visually impaired, in 1824? Despite its transformative impact, fewer than 10% of people who are blind and partially sighted can read Braille. With an estimated 2.2 billion people globally living with vision impairment and 36 millions of them blind, that leaves so many without access to written knowledge.

The Long Path to Access

For centuries, visually impaired readers relied on Braille or audio recordings, both transformative but limited. Braille production was slow and expensive, while audio materials were bulky and scarce. Access to knowledge remained inconsistent for many.

Digitization as a Turning Point

Digitization for accessibility became a game-changer. By scanning books, newspapers, and manuscripts, libraries began converting printed content into digital formats. That made it possible to create screen reader–friendly text, synthesize speech, and adapt documents for visually impaired users. This turning point laid the foundation for inclusive digital libraries. But digitization is only a part of the story. Formats like Accessibility EPUB have been pivotal in ensuring that eBooks themselves are designed to be inclusive. We’ve explored this in detail in our blog Making Digital Journals and Books Accessible with Accessibility EPUB.

AI: Expanding What’s Possible

If digitization was the first step, artificial intelligence has now made those digital archives smarter and more responsive:

  • AI in digital libraries powers OCR that can read faded, historical texts accurately.
  • AI-driven digital archives enrich metadata, tagging names, places, and themes automatically.
  • Natural Language Processing allows summarization and paraphrasing, making content easier to consume.
  • Text-to-speech and language translation open content to global audiences instantly.
  • Generative AI enables conversational search—ask a question, and the archive delivers synthesized answers.

Combined, these tools transform inclusive digital libraries into dynamic, personalized experiences for visually impaired users.

Real-World Change

Some national libraries are leading the way. For example, in India, digitizing Braille books and educational materials has improved accessibility dramatically. Schools and libraries now provide inclusive digital libraries that serve learners more inclusively.

At the same time, global platforms are ensuring that content isn’t just digitized but truly accessible, closing the gap between preservation and usability.

Ninestars’ Role in Shaping the Future

At Ninestars, we understand that accessibility is not an add-on, it must be built in. With decades of experience in digitization, we deliver AI-powered solutions that make collections both preserved and accessible. Our digitization solution ensures clean OCR, structured metadata, and output formats ready for assistive technologies. We help clients build inclusive digital libraries that serve everyone.

What’s Next for Accessibility?

The future of access lies in combining digitization with intelligence. Imagine asking an archive:

“How did people respond to the Great Exhibition in 1851?”

Instead of scanning dozens of pages, a visually impaired student could hear a summary with key documents cited. That’s what inclusive, AI-driven digital libraries enable.

The story of accessibility is ongoing. From Braille to digitization to accessible formats like EPUB, each step brings us closer to a future where everyone has equal access to knowledge. To dive deeper into the role of EPUB in shaping accessible publishing, see our blog Making Digital Journals and Books Accessible with Accessibility EPUB.

Want to know more about digitizing for accessibility? Drop us an email at contactus@ninestars.in