亚开行-印度公路货运技术框架：合规和执法架构改革（英）-2021.8-36页_472kb

Technology Framework for India's Road Freight Transport: Compliance and Enforcement Architecture Reform

Core Content

This working paper by Pritam Banerjee, Soumya Chattopadhyay, Deepankar Sinha, and Prashant Sharma outlines a comprehensive technology-driven framework to reform the compliance and enforcement architecture for road freight transport in India. It is part of the ADB South Asia Working Paper Series and was published in August 2021 (No. 82). The paper builds on findings from an ADB-supported study conducted in 2017 across Assam, Gujarat, Karnataka, and Telangana, which identified operational inefficiencies and regulatory gaps in the road freight sector.

India's road freight transport is critical to domestic trade, accounting for approximately 65% of total domestic freight movement. National highways, although a small portion of the total road network, bear a disproportionate share of freight traffic due to their strategic role in connecting key economic zones. The average speed of trucks in India is significantly lower than global standards, ranging from 30–40 km/h, with daily travel distances limited to 300–325 km. These inefficiencies are exacerbated by multiple regulatory checks and enforcement mechanisms across different agencies, leading to delays, increased transaction costs, and operational burdens.

Main Views and Key Points

1. Regulatory and Enforcement Challenges

• Multiple enforcement agencies (tax, transport, police, forest) impose random and designated checks on road freight, contributing to delays and operational inefficiencies.
• The existing regulatory framework includes 16 different laws governing road freight, with significant diversity in enforcement practices across states.
• Noncompliance issues include:
  • Unauthorized movement of goods (e.g., overloading, over-dimensioning, carrying restricted or hazardous items)
  • Missing or misdeclared documentation
  • Lack of vehicle fitness and pollution control
  • Traffic violations and toll evasion

2. Digitization Reforms

• The Goods and Services Tax (GST) E-waybill serves as a digital declaration system for goods transport, providing a centralized platform for tax compliance.
• The VAHAN system is a national vehicle registration database that allows for real-time tracking and verification of vehicle-related information.
• FASTag, a RFID-based toll payment system, has been made mandatory to reduce physical toll collection and improve efficiency.

3. Proposed Enforcement Architecture

• The paper suggests a single-window enforcement model that integrates multiple regulatory databases and uses intelligent technology to streamline compliance checks.
• Key components of the proposed framework:
  • Common database and intelligence system: Integration of GST E-waybill and VAHAN data to support a unified enforcement approach.
  • Risk management system (RMS): Leverages integrated data for targeted inspections, reducing unnecessary stoppages.
  • Technology-enabled enforcement: Use of weigh-in-motion systems and in-camera dimension checks to enforce rules on OWC and ODC.
  • Automated fines and penalties: Reduces human discretion and increases transparency.
  • Checks and balances system: Minimizes collusion, revenue loss, safety hazards, and harassment of compliant operators.

4. Integrated Mobile Units and Inspection Zones

• The introduction of Integrated Mobile Inspection Units (IMIUs) and Integrated Inspection Zones (IIZs) aims to standardize and harmonize enforcement processes.
• These units are designed to provide seamless, coordinated enforcement across different agencies, supporting the goal of “One Country-One Mechanism”.

5. Pilot Implementation and Conclusion

• The model is recommended for pilot testing before nationwide implementation to refine and adapt it to local conditions.
• The framework aligns with the Government of India's Digital India initiative, enhancing trade facilitation and supporting national campaigns such as "Make in India" and "Atmanirbhar Bharat Abhiyan".
• It also supports the development of multimodal logistics parks by improving the efficiency of road transport corridors.

Key Information

• Total road network in India: 5.4 million km, with 100,000 km (1.8%) as national highways and 2.9% as state highways.

• Impact of GST implementation: Almost all states eliminated physical check posts for tax compliance, reducing travel time for long-haul trucks by at least 20%.

• Major issues with enforcement:

  • Siloed enforcement across agencies
  • Inadequate infrastructure and technology use
  • Inconsistent enforcement practices across states
  • High transaction costs and delays
  • Risk of noncompliance and associated safety hazards

• Proposed solutions:

  • Integration of data from multiple regulatory sources
  • Use of intelligent technology for real-time monitoring and enforcement
  • Establishment of a robust, transparent, and automated enforcement system

• Number of offenses under road freight regulations: 66 different offenses, including those related to vehicle fitness, tax compliance, and cargo movement.

Conclusion

The paper concludes that reforming the compliance and enforcement architecture for road freight transport is essential to improve operational efficiency, reduce transaction costs, and ensure safety and transparency. The proposed technology-based framework offers a viable path toward achieving these objectives and supports the broader goals of digital integration and trade facilitation in India.