Project Saksharta - Diversity Mag May 2026

Project Saksharta

A Digital Metamorphosis for Visually Impaired Education and a Road to Potential

Diversity Edotorial Team

For centuries, the education of visually impaired students has been defined and limited by a single, revolutionary invention: Braille. While Braille provided an indispensable doorway to literacy, it also brought significant physical constraints, including heavy tactile volumes and limited accessibility to contemporary titles. These limitations often resulted in the segregation of blind scholars from mainstream content for creating academic and professional ceilings. The digital systems and revolutions evolved for the blind students and mainly stayed in the cities where NGOs were catering the students who are with families and send to the mainstream schools as day scholars.

But the majority of students were lodged and kept in Residential Blind Schools were missing this revolution and the learning excellence and stepping into the wagon of the 99% unemployment of the nation among the visually impaired community.

Project Saksharta has emerged as a visionary initiative designed by Benetech Corporation USA to break these structural shackles by systematically shifting blind schools from traditional, manual learning centers into state-of-the-art digital hubs. Benetch Bookshare the implementers of the project is joining hands with local and national NGOs, Business organisation, started this project after the Covid – 19 shutdown.

Benetech Bookshare is the world’s largest online accessible books library, which not only have the educational contents such as textbooks, but also it shelves more than 15 Lakhs books which cover most of the world classics. Bookshare is free for the bonified print disable (Blind, Visually Challenge, Dyslexia and SLD etc) in India. If your child is not yet a member contact Bookshare India number 91 9284097190, 91 9965197112

Students at the Asian Aid Blind School learning using laptops in their classrooms

The Catalyst for Change: From Tactile Volumes to Digital Ecosystems

The traditional model of blind education operates under severe structural bottlenecks. A standard textbook, when translated into embossed Braille, can expand into a dozen massive, heavy volumes, overwhelming school libraries with storage constraints while leaving them starved for diverse reading materials. While other children take their textbooks, these children have to sit in the class idle and listen to what is happening and not actively participating. It is also the case with special blind schools too. Furthermore, the production of these books is slow and expensive, often leaving visually impaired students’ months behind their sighted peers and 70% of the children never receive any textbooks nor learn Braille.

Project Saksharta targets this disparity at its root, orchestrating a holistic digital metamorphosis. By replacing cumbersome physical infrastructure with agile digital ecosystems, the project ensures that thousands of books and real-time news sources can reside on a device no larger than a standard notebook. This shift democratizes knowledge, granting students immediate equity of access to the world’s collective intelligence and liberating literacy from the physical weight of paper.

The Three Pillars of Transformation

The operational framework of Project Saksharta rests upon three interdependent pillars: accessible digital content, advanced devices, and structured training. Empowerment only occurs at the intersection of these elements.

1. Accessible Digital Content: The project involves the wholesale conversion of curricula into optimized formats like structured EPUBs and DAISY (Digital Accessible Information System) books. These files allow for logical navigation, enabling students to hop through an advanced science and mathematics textbook with the same fluid ease as a sighted student flipping pages.
2. State-of-the-Art Devices: Hardware serves as the physical conduit for this content. The major innovation went to the project is converting cost effective smartphones as a portable computer by adding a normal physical keyboard through an OTG adaptor or Bluetooth along with a headphone. For a financially weaker student a 2000 to 3000 rupees used smartphone becomes a computer to write his notes, take notes in the class and read learning content offline and online. Same way many uses Android Tablets. For higher grade students a laptop is the ultimate tool. He can do all these that possible with smartphone or Tab and write their examinations independent without the help of a scribe. Laptops loaded with screen readers like NVDA can convert on-screen elements into spoken text and making the reading and writing without seeing a real. Students with hard of hearing and blindness are equipped with Refreshable Digital Braille Displays, which use dynamic pins to display text tactile. Such students can also take notes, write their assignments and examinations using the keys in the device.
3. Adequate and Sustained Training: The introduction of hardware is futile without an investment in human capital. Students undergo a monumental shift from bulky six-key Braille writers to standard QWERTY keyboards, mastering touch-typing and advanced shortcuts. Simultaneously, teachers are trained to grade digital assignments and troubleshoot software, ensuring technology becomes a natural language of expression.

Volunteers are trained to convert printed textbooks and contents to accessible digital books. A session at Srinagar by Cherag Mobildji of Boohshare and Sarala Ram Kamal of Chakshumathi

The Technological Vanguard: Jyoti AI

A flagship feature of the project is the deployment of Jyoti AI, a breakthrough scanning and reading tool powered by artificial intelligence and computer vision. Much instructional material, such as printed handouts or whiteboard notes, remains un-digitized. Jyoti AI functions as an intelligent companion, using high-resolution cameras to scan documents and apply specialized Optical Character Recognition (OCR) to parse complex layouts.

Beyond simple text extraction, Jyoti AI is engineered to understand educational contexts, such as multi-column text and math notations. This allows a student to independently scan a surprise quiz, listen to questions through headphones, and type answers on their laptop or smartphone. By eliminating the constant reliance on human sighted readers, Jyoti AI fosters a profound sense of academic autonomy.

Expanding the Pedagogical Horizon: STEM and Mobility

Project Saksharta recognizes that a holistic education cannot rely solely on audio or linear text. To develop cognitive faculties, the project integrates several critical components:

• Tactiles for Concept Learning: Abstract concepts like the structural configuration of an animal cell or the topography of a mountain range require tactile graphics. By tracing fingers over raised-line diagrams synchronized with digital audio, students build accurate mental maps of spatial concepts.
• Independent Mobility Training: Academic independence is hollow without physical freedom. The project integrates Orientation and Mobility (O&M) training, teaching students to navigate school campuses and urban streets safely. This ensures they can carry their digital devices to mainstream schools or universities and workplaces without needing a permanent guide.
• Mastery of STEM: Historically, blind students were barred from Science, Technology, Engineering, and Mathematics due to the visual nature of these fields. Project Saksharta smashes this barrier by integrating accessible programming environments (Python) and digital math editors like LaTeX or MathML. STEM is thus transformed into a viable career path.

An Accessible Science lap at Jyothi School, Shilong

Introductory Tactile Graphics Kit

Advanced Tactile Graphics Kit

Tactile Graphics teach blind students to visualize images be it images of the day to day using produces or advanced graphics like Science and Maths images, Graphs, Maps of the places enable them fullfil their studies in an inclusive manner.

Confronting Friction and Achieving Success

The journey of Project Saksharta involves overcoming institutional inertia and cultural pushback. Many veteran educators fear that digital tools might render Braille—a cornerstone of their professional identity—obsolete. The project addresses this by reframing digital tools as the natural evolution of Braille, emphasizing that refreshable displays and keyboards complement traditional literacy. Additionally, the project must navigate logistical bottlenecks like the high cost of assistive hardware and unstable power grids in rural areas.

Despite these hurdles, the real-world impact offers irrefutable evidence of efficacy. A historic triumph has been the shift toward independent examinations. For generations, students dictated answers to human scribes, a system riddled with misunderstandings and spelling errors. Under Project Saksharta, students use laptops with screen readers to write high-stakes board exams independently. This shift has resulted in dramatic improvements in academic scores and an unshakeable sense of self-reliance and employability.

A Blueprint for Inclusion

The ultimate objective of Project Saksharta is the dissolution of the segregated school model. Graduates now sit shoulder-to-shoulder with sighted peers in conventional classrooms, using lightweight laptops and Jyoti AI to take notes and submit assignments in real-time. They are no longer isolated anomalies; they are hyper-competent digital citizens.

Project Saksharta is a scalable blueprint for global educational equity. It proves that the limitations faced by blind students are not inherent to their physiology but are artificial constraints imposed by obsolete infrastructure. By transforming schools into digital launchpads, the project unlocks the immense, untapped potential of visually impaired scholars and enriches the global fabric of human progress.

At the accessible Science lap at Jyothi School, Shilong students demonstrate how they study human organs