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OnBoard technology helps visually impaired passengers identify KSRTC buses in Mysuru — UPSC Current Affairs | January 11, 2026
OnBoard technology helps visually impaired passengers identify KSRTC buses in Mysuru
The OnBoard technology, developed by IIT Delhi and implemented in Mysuru under the Dhwani Spandana project, uses radio frequency to assist visually impaired individuals in identifying bus routes, significantly reducing their dependence on others. This initiative, involving KSRTC, SVYM, and other organizations, highlights the potential of technology and public-private partnerships in promoting social inclusion and accessibility.
Overview The OnBoard technology, introduced in Mysuru in July 2025 under the Dhwani Spandana project, is designed to improve accessibility for visually impaired passengers using public transportation. Developed by IIT Delhi , this radio frequency-based system enables users to identify KSRTC bus route numbers, fostering greater independence. Key Developments Technology and Implementation Technology: OnBoard is a patented radio frequency-based technology. Developer: IIT Delhi . Implementation: Approximately 200 KSRTC buses in Mysuru are equipped with the system. Training and User Adoption Training: The Swami Vivekananda Youth Movement (SVYM) has trained over 470 visually impaired persons. User Modules: 307 individuals collected their user modules by December 2025 . How the Technology Works The OnBoard system comprises a user module (a handheld device) and bus modules. When a user presses a query button, the device connects with the bus module and announces the route number via audio feedback. Impact and Usage Patterns Reduced Dependence A survey of 30 participants showed a 24% reduction in dependence on others for route identification within nine weeks of using OnBoard , according to SVYM . User Demographics Active Users: Students and employees, primarily in the 18–30 age group. Female Adoption: 39% of trained women use the system, compared to 30% of men. Frequently Used Routes The five most frequently used routes are 303 , 116 , 119 , 266 , and 307 , serving areas near colleges and hostels. User Feedback All users who shared feedback reported reduced dependence and increased confidence in traveling, highlighting the system's potential to enhance accessibility. Training Process The training program is a day-long course combining theory and practical sessions. Theoretical instruction covers device operation, while practical sessions use a private vehicle equipped with a bus module for practice. Project Funding and Collaboration The OnBoard project is funded by Deutsche Gesellschaft für Internationale Zusammenarbeit and implemented through collaboration among KSRTC , Raised Lines Foundation , SVYM , IIT Delhi , KritiKal Solutions , and the visually impaired community. UPSC Relevance This initiative is relevant to GS3: Science and Technology , demonstrating the application of technology to address social challenges and promote inclusive development. It also aligns with GS2: Government Policies and Interventions , showcasing efforts to improve accessibility for persons with disabilities.
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Overview

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Analysis

Prelims Facts (Factual Knowledge)

  1. OnBoard technology's developer: IIT Delhi
  2. Implementing state: Karnataka (Mysuru)
  3. Funding organization: Deutsche Gesellschaft für Internationale Zusammenarbeit
  4. Implementing NGO: Swami Vivekananda Youth Movement (SVYM)
  5. Technology type: Radio frequency-based
  6. Launch year: 2025
  7. Project name: Dhwani Spandana

Mains Angles (Analytical Discussion)

  1. Discuss the role of technology in enhancing accessibility for persons with disabilities, citing the OnBoard system as an example.
  2. Analyze the effectiveness of public-private partnerships in implementing social welfare projects, with reference to the OnBoard project.
  3. Evaluate the impact of the OnBoard system on the independence and confidence of visually impaired individuals using public transportation.
  4. Critically examine the role of NGOs in bridging the gap between technological innovation and social inclusion, using SVYM's involvement in the OnBoard project as a case study.

Essay Themes (Critical Thinking)

Technology as an Enabler: Empowering Persons with Disabilities

Public-Private Partnerships: A Model for Inclusive Development

The Role of Innovation in Achieving Social Justice

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