Q6. What is the technology being employed for electronic toll collection on highways. What are its advantages and limitations? What are the proposed changes that will make this process seamless? Would this transition carry any potential hazard? (10M)
Kartavya Desk Staff
Introduction
Electronic toll collection (ETC) on highways in India is primarily based on FASTag technology, which uses RFID (Radio Frequency Identification) for seamless toll collection. The technology aims to reduce congestion, save fuel, and facilitate cashless transactions.
Technology employed for electronic toll collection
• RFID-Based FASTag: This system uses a prepaid RFID tag affixed on vehicles that automatically deducts toll charges when passing through ETC lanes.
E.g.: FASTag was made mandatory for all vehicles in India from January 2021.
• Automatic Number Plate Recognition (ANPR): Cameras capture vehicle registration numbers to cross-check with a central database for toll collection.
E.g.: Pilot projects using ANPR have been launched on select highways.
• GPS-Based Tolling: Proposed technology to charge vehicles based on the distance traveled using GPS tracking.
E.g.: The Ministry of Road Transport has explored a GPS-based tolling system for future implementation.
• Interoperability Systems: The technology allows seamless movement across state borders with a single FASTag working on all national and state highways.
E.g.: The National Electronic Toll Collection (NETC) system facilitates this interoperability.
• Mobile Payment Integration: Integration with apps like My FASTag and e-wallets for quick recharges and monitoring of toll transactions.
E.g.: My FASTag app allows users to recharge and monitor deductions instantly.
Advantages of the technology
• Reduced Congestion at Toll Plazas: Vehicles no longer need to stop, leading to faster clearance.
E.g.: The Ministry of Road Transport reported a reduction in waiting time by up to 30 minutes per vehicle at tolls.
• Cashless Transactions: Eliminates the need for manual cash handling, making the process more efficient.
E.g.: Over 95% of toll payments on national highways are now through FASTag.
• Fuel Efficiency: Continuous movement reduces fuel consumption caused by idling at toll plazas.
E.g.: NHAI estimates a potential fuel saving of ₹12,000 crores annually with full implementation.
• Transparent Revenue Collection: Prevents leakages and improves accountability in toll revenue.
E.g.: Toll collection increased by 50% after FASTag was mandated.
• Data Collection for Policy Making: Traffic data collected from tolls helps in infrastructure planning and policy-making.
Limitations of the technology
• Technical Glitches: Occasional system failures or RFID readers malfunction, leading to double charging or delays.
E.g.: Several users reported issues with FASTag deductions during its initial rollout in 2020.
• Inadequate Infrastructure: Many toll plazas lack sufficient ETC lanes, resulting in congestion.
E.g.: As per NHAI, only 60% of lanes on some highways are dedicated to FASTag users.
• Low Adoption in Rural Areas: Limited awareness and digital literacy hinder the penetration of FASTag in rural areas.
E.g.: Despite mandates, rural vehicle owners face challenges in understanding the process.
• Dependency on Internet Connectivity: Remote toll plazas with poor connectivity face challenges in real-time transaction processing.
E.g.: Connectivity issues on remote stretches of highways cause delays in payment processing.
• Data Privacy Concerns: The collection and use of vehicle movement data raise concerns about privacy.
E.g.: There are no stringent regulations to protect user data generated through toll systems.
Proposed changes for seamless toll collection
• GPS-Based Tolling System: A distance-based tolling system using GPS to eliminate physical toll booths.
E.g.: NHAI has proposed a pilot project on this system, ensuring seamless travel.
• Expansion of ETC Lanes: Increasing the number of ETC lanes to accommodate all vehicles.
E.g.: Aiming for 100% FASTag coverage on all national highways by 2025.
• Integration of ANPR and FASTag: Combining ANPR with FASTag to enhance accuracy and prevent fraud.
E.g.: ANPR cameras are being tested on major corridors like the Delhi-Mumbai Expressway.
• Linkage with Aadhaar for Security: Ensuring users’ identity is verified to reduce fraud and misuse of FASTag.
E.g.: The Ministry of Transport is considering linking FASTag accounts with Aadhaar for more secure transactions.
• Real-Time Monitoring and Alerts: Introducing real-time alerts for users in case of multiple or erroneous deductions.
Potential hazards of the transition
• Cybersecurity Risks: Increased reliance on digital systems may expose toll collection networks to cyberattacks.
E.g.: In 2021, there were reports of attempted breaches in toll systems.
• Data Misuse: Vehicle movement data could be exploited without robust privacy laws in place.
• Increased Costs for Users: Transitioning to new technologies like GPS-based tolling may impose additional costs on vehicle owners for upgrading.
• Disruption During Transition: Implementing new systems may cause temporary disruptions in toll collection and traffic management.
• Digital Divide: Rural and less tech-savvy users might struggle during the transition, leading to inequalities in access.
Conclusion
While the adoption of electronic toll collection technology has significantly improved efficiency and transparency, ongoing challenges in infrastructure and digital literacy must be addressed. The future lies in GPS-based tolling and ANPR integration, but concerns around data privacy and cybersecurity need to be proactively managed for a seamless and secure tolling system.