C-V2X Toll Payments: Indra, Audi, and Qualcomm Demonstrate Ground-breaking V2X Toll Payment System

 May 9, 2025 – Global: In a transformative move for the future of transportation, Indra, Audi AG, and Qualcomm Technologies have come together to showcase a pioneering toll payment system based on Cellular Vehicle-to-Everything (C-V2X) technology. The live demonstration, held at the OmniAir Consortium Plugfest at Florida's SunTrax testing facility, offers a glimpse into the next chapter of intelligent and connected mobility.

This collaborative pilot marks a significant milestone in the development of smart transportation systems and promises to redefine how vehicles interact with tolling infrastructure in real-time.

Mr. Akhilesh Srivastava

Understanding C-V2X Technology

C-V2X stands for Cellular Vehicle-to-Everything—a communication protocol that enables vehicles to communicate with each other (V2V), with infrastructure (V2I), with pedestrians (V2P), and with networks (V2N). Unlike traditional systems that rely on Wi-Fi or roadside sensors, C-V2X uses cellular networks to enable low-latency, high-reliability communications over longer distances.

This makes it ideal for:

• Autonomous driving applications
• Vehicle safety alerts
• Real-time traffic coordination
• Smart tolling systems

The Toll Payment Demonstration at Plugfest

At the heart of this showcase is the live toll payment system that demonstrates how vehicles can autonomously handle toll payments through direct communication with roadside infrastructure. During the demo, Audi’s connected vehicles equipped with Qualcomm's advanced C-V2X chipsets and in-car telematics platforms interacted seamlessly with Indra’s smart tolling infrastructure.

Here’s how the system works:

1. Vehicle Detection: As the vehicle approaches a designated toll zone, it is automatically identified through geolocation and C-V2X communication.
2. Price Exchange: Toll rates are sent to the vehicle’s system in real time, allowing for transparent fare communication.
3. Payment Processing: Once the vehicle crosses the toll zone, the system confirms the trip and processes the payment instantly—without requiring toll booths, physical tags, or license plate cameras.

This not only ensures a frictionless driving experience but also reduces traffic congestion and improves tolling accuracy.

Benefits of C-V2X-Based Tolling

1. Frictionless Transactions

No more slowing down or stopping at toll plazas. Drivers can travel without interruptions as payments are processed automatically in the background.

2. Enhanced Efficiency

By eliminating physical infrastructure like toll booths and cameras, C-V2X reduces operational and maintenance costs for toll operators.

3. Accurate Toll Collection

With real-time data exchange and location tracking, toll charges are calculated with high precision, minimizing disputes and revenue leakage.

4. Reduced Traffic Congestion

C-V2X reduces bottlenecks caused by manual toll collection or camera-based recognition systems—allowing vehicles to flow freely.

5. Eco-Friendly Impact

Minimizing idle times at toll booths contributes to lower fuel consumption and reduced vehicle emissions, supporting environmental goals.

The Power Behind the Partnership

Each partner in this project brings unique technological capabilities that contribute to the system’s effectiveness:

• Indra is a global leader in intelligent transportation systems (ITS), specializing in tolling infrastructure and backend system integration. Their role ensures secure and scalable toll management.
• Audi AG provides the vehicle platform with advanced connectivity and user interface systems that allow for real-time communication and seamless user interaction.
• Qualcomm Technologies delivers the C-V2X chipsets and in-vehicle telematics platforms, providing the robust and secure connectivity backbone essential for V2X communication.

Together, they are setting new standards for what connected vehicles can achieve.

Real-World Validation and Future Outlook

The demonstration at SunTrax is part of a larger initiative led by OmniAir Consortium, focused on testing and certifying V2X technologies under real-world driving conditions. These validations are crucial for ensuring interoperability, safety, and performance before large-scale deployment.

The success of this project highlights the potential for C-V2X to complement—and eventually replace legacy tolling systems. With global urban centers increasingly adopting smart mobility solutions, C-V2X tolling could soon become a standard part of modern road infrastructure.

Governments and tolling authorities around the world are watching closely as these technologies move from testing environments to commercial roads.

Conclusion: A Connected, Smarter Tomorrow

The Indra-Audi-Qualcomm collaboration is more than just a tech demo—it’s a vision of the near future, where vehicles interact directly with the environment to create a smarter, more efficient transportation ecosystem. By enabling toll payments through C-V2X, we are one step closer to fully connected, autonomous roadways.

This milestone not only showcases the power of innovation through collaboration but also reinforces the importance of investing in future-ready transportation infrastructure. As technology continues to evolve, the road ahead promises to be safer, smarter, and entirely seamless.

Source link: https://medium.com/@akhlisheshsrivastva/c-v2x-toll-payments-indra-audi-and-qualcomm-demonstrate-ground-breaking-v2x-toll-payment-system-f78699d13c8a

AI for Mobility: How ITS India Forum is Leading Practical Innovation in Transportation

 

The transportation sector in India is undergoing a seismic shift, driven by artificial intelligence (AI). After finance, mobility is emerging as the most transformative and socially impactful application of AI, reshaping urban planning, road safety, logistics, and public transit. At the ITS India Forum, under the visionary leadership of Akhilesh Srivastava, President, ITS India Forum, we are at the forefront of this revolution—not just theorizing but implementing real-world AI solutions that solve India’s most pressing mobility challenges.

Akhilesh Srivastava, a thought leader in smart mobility and digital infrastructure, emphasizes:

" AI is more than just a trend—it's a transformative force reshaping India's transportation sector. At ITS India Forum, we are bridging the gap between innovation and execution, ensuring AI delivers measurable impact on safety, efficiency, and sustainability."

Our approach is use-case-led, ensuring that AI doesn’t remain confined to research labs but translates into tangible improvements in efficiency, safety, and sustainability. The results are already promising, with AI-driven innovations reducing accidents, optimizing traffic, and enhancing last-mile connectivity.

Here’s how AI is transforming mobility in India—and how the ITS India Forum, guided by Akhilesh Srivastava’s strategic direction, is shaping this evolution.

Mr. Akhilesh Srivastava

1. AI in Road Safety: Preventing Accidents Before They Happen

India records 5 lakh road accidents annually, with 1.5 lakh fatalities—one of the highest in the world. AI-powered solutions are making roads safer by:

·        Real-time Driver Monitoring: Startups like PathPartner use AI-based Driver Monitoring Systems (DMS) to detect drowsiness, distraction, and erratic driving with 95% accuracy, alerting drivers before accidents occur.

·        AI-Enabled Fleet Safety: Netradyne’s Driveri uses edge AI to analyze driving behavior in real-time, reducing collisions in commercial fleets by identifying risks like speeding and tailgating.

·        Smart Traffic Enforcement: Nayan’s AI-powered road monitoring crowdsources data from smartphones and CCTV to detect violations, potholes, and hazards, aiding authorities in proactive interventions.

ITS India’s Role: We are collaborating with state transport departments to integrate these AI tools into smart city projects, ensuring scalable impact.

2. Traffic Management & Congestion Reduction

Urban congestion costs India $22 billion annually in lost productivity 8. AI is revolutionizing traffic control by:

·        Dynamic Signal Optimization: AI analyzes real-time traffic flow, adjusting signals to reduce wait times by 30-40% (as seen in Singapore and Los Angeles).

·        Predictive Traffic Modeling: AI forecasts jams using historical and live data, helping cities like Bengaluru and Delhi deploy preemptive measures.

·        Autonomous Traffic Systems: Companies like Tesla and Waymo are testing self-driving tech, while Indian startups explore AI-driven platooning for trucks to cut fuel use and emissions.

 ITS India’s Initiative: We are piloting AI-powered traffic management in five Indian cities, integrating IoT sensors and adaptive signal controls.

 3. AI in Public Transit & Last-Mile Mobility

Public transport in India is plagued by inefficiency. AI is changing that through:

·        Demand-Based Routing: AI predicts passenger demand, optimizing bus and metro schedules (as seen in Mumbai’s BEST AI trials).

·        Mobility-as-a-Service (MaaS): Platforms like Moovit (backed by Intel) use AI to integrate metro, buses, and ride-sharing into a single app, reducing commute times.

·        Autonomous Last-Mile Solutions: Companies like Amazon and Zipline deploy AI-guided drones and robots for deliveries, easing urban freight congestion.

ITS India’s Contribution: We are working with state transport corporations to implement AI-driven transit analytics, ensuring better fleet utilization.

4. AI in Logistics & Supply Chain Efficiency

India’s logistics sector loses $50 billion yearly due to inefficiencies. AI is streamlining operations via:

·        Predictive Maintenance: AI forecasts vehicle breakdowns, reducing downtime by 30% (as seen in Lufthansa’s Aviatar system).

·        Route Optimization: Companies like DHL and UPS use AI to cut fuel costs by 15-20% through smarter route planning.

·        Warehouse Automation: AI-powered robots (like Amazon’s Kiva) manage inventory with 99.9% accuracy, speeding up e-commerce logistics.

ITS India’s Pilot Programs: We are testing AI-based freight matching to reduce empty truck trips, a major pain point in Indian logistics.

5. The Future: AI & Autonomous Mobility in India

By 2030, AI could contribute $500 billion to India’s economy, with mobility as a key driver. Akhilesh Srivastava envisions:

·        AI-powered smart highways with IoT-enabled traffic management.

·        Autonomous truck platooning to revolutionize freight logistics.

·        AI-driven EV ecosystems for sustainable urban mobility.

ITS India’s Vision: "Our mission is to make India a global leader in AI-powered mobility," says Akhilesh Srivastava. We are shaping policy frameworks and fostering collaborations to accelerate this transformation.

 Conclusion: AI is Redefining Mobility—and India Must Lead

The ITS India Forum is not just observing this transformation—we are driving it. By focusing on practical, scalable AI use cases, we are ensuring that India’s mobility sector becomes smarter, safer, and more sustainable.

The results speak for themselves:

✅ 30% fewer accidents with AI-based driver monitoring 10.

✅ 20% fuel savings via AI-optimized logistics 8.

✅ 50% faster emergency response with smart traffic systems 5.

The future of mobility is AI-powered, and India is poised to be a global leader. Join us at ITS India Forum as we innovate, implement, and inspire.

Source link: https://medium.com/@akhlisheshsrivastva/ai-for-mobility-how-its-india-forum-is-leading-practical-innovation-in-transportation-dcf7a14e4e86

Transforming Road Safety in India: How Tech Can Save Thousands of Lives

 

A Wake-Up Call: India’s Road Safety Crisis Demands Bold Action

Every year, over 1.8 lakh lives are lost on Indian roads—equivalent to a mid-sized city wiped out. Human error contributes to 80% of these accidents, making road safety not just a policy issue but a national emergency.

On 1st May, India took a decisive step toward change at the Road Safety Brainstorming Conference, chaired by Hon’ble Union Minister Shri Nitin Gadkari, along with key stakeholders—transport officials, police chiefs, trauma experts, and tech innovators. The message was clear: India must shift from reactive measures to a tech-driven, preventive approach.

Mr. Akhilesh Srivastava

As a speaker at the session on “Driver Training, Licensing & Policies,” I presented AI-powered solutions that could revolutionize road safety—saving thousands of lives. Here’s how.

Why Fines & Penalties Aren’t Enough: The Case for Positive Reinforcement

Traditional enforcement—traffic fines, penalties, and awareness campaigns—has had limited success. Why? Because fear doesn’t always change behavior—but incentives do.

The Game-Changer: Safe Driving Scores (SDS) Powered by IoT & AI

 My presentation focused on a data-driven, behavioral approach to road safety:

1.     Real-Time Driver Monitoring – IoT devices in vehicles track speeding, harsh braking, rapid acceleration, and seatbelt usage, converting this data into a Safe Driving Score (SDS).

2.     Gamifying Safety – Just like a credit score encourages financial discipline, SDS motivates drivers to improve. A World Economic Forum (WEF) pilot proved this method reduces accidents by up to 30%.

3.     Licensing & Fleet Safety – Link SDS to driver’s licenses—only those with safe scores can renew. Fleet operators can reward top drivers, reducing crashes.

4.     Insurance & Enforcement – Discounts for safe drivers, while traffic police use AI dashboards to identify high-risk drivers for targeted training.
Key Takeaways from the Conference: A 360-Degree Road Safety Blueprint

1. AI-Powered Black Spot Identification

• Predictive analytics can redesign high-risk zones.
• Example: Tamil Nadu reduced accidents by 40% using data-driven road modifications.

2. Strengthening School Zone Safety

• Japan’s model (speed cameras, flashing signs) cut child fatalities by 60%.
• Proposal: Include School Zone Safety under District Road Safety Committees.

3. Golden Hour Trauma Care Reforms

• AIIMS experts stressed drone-assisted ambulances for rural areas.
• Odisha’s “108 Ambulance” reduced trauma deaths by 30%.

4. AI-Based Digital Enforcement

• Automated Number Plate Recognition (ANPR) & AI challans reduce corruption.
• Delhi’s AI traffic cameras cut violations by 25%.

5. Reward-Based Systems Work Better Than Punishment

• Fuel vouchers, insurance discounts, and public recognition for safe drivers.
• Advanced Driver Assistance Systems (ADAS) warn drivers of collisions in real-time.

Hon’ble Minister Gadkari’s Vision: From “Zero Tolerance” to “Zero Fatalities”

Shri Nitin Gadkari’s leadership was evident—he chaired every session, demanding disruptive, scalable solutions. His call for a National Action Plan for Road Safety aligns with global success stories:

• UK’s “Vision Zero” cut deaths by 40% in a decade through automated enforcement.
• Sweden’s “Safe System” (better roads, speed management) reduced fatalities by 50% since 2000.

India must adopt a similar multi-pronged strategy:

1.     Stricter licensing tied to Safe Driving Scores (SDS)

2.     AI cameras & IoT-based enforcement

3.     Smart infrastructure (pedestrian-first roads, crash-proof designs)

4.     Nationwide trauma care networks

The Road Ahead: A National Mission for Safer Highways

To turn intent into impact, India needs:

1)     A centralized National Road Safety Mission with real-time crash analytics.

2)     Public-private partnerships to scale IoT-based driver monitoring.

3)     A rewards ecosystem—safe drivers get insurance discounts, fuel benefits, and recognition.

The 1st May conference marked a turning point. Now, execution is key.

With technology, policy alignment, and collective action, India can halve road deaths in five years—and emerge as a global leader in road safety.

Let’s Drive Change—One Safe Mile at a Time.

What’s your take? Should India adopt a Safe Driving Score system? 

Source link: https://www.akhilesh.info/transforming-road-safety-in-india-how-tech-can-save-thousands-of-lives/

 

Akhilesh Srivastava Chairs Landmark Conference on EV Industries, MSME Challenges, and Government Initiatives at RideAsia EV 2025

 

The International Conference on EV Industries, MSME Challenges, and Government Initiatives, held as part of RideAsia EV 2025, brought together global leaders, policymakers, industry experts, and innovators to shape the future of electric mobility in India and beyond. Akhilesh Srivastava, President of the International Road Federation (IRF) India Chapter, chaired the high-level session, driving critical discussions on sustainable growth, infrastructure readiness, and inclusive policies for India’s EV revolution.

Mr. Akhilesh Srivastava

Key Themes Explored: The Road Ahead for India’s EV Ecosystem

1. Integrating MSMEs into the EV Supply Chain

A major focus of the conference was the role of Micro, Small, and Medium Enterprises (MSMEs) in building a self-reliant EV ecosystem. Despite contributing significantly to manufacturing, MSMEs face challenges such as:

• Limited access to advanced technology & capital
• High compliance costs and complex regulations
• Competition from global players

Srivastava emphasized the need for policy interventions, skill development, and financial incentives to help MSMEs transition into EV component manufacturing, battery recycling, and charging infrastructure.

2. Infrastructure: The Backbone of EV Adoption

The conference addressed critical infrastructure gaps, including:

• Charging network expansion – How can India balance fast-charging highways with last-mile solutions?
• Battery swapping vs. fixed charging – Which model suits India’s diverse mobility needs?
• Renewable energy integration – Ensuring EVs run on clean power, not just grid electricity.

Srivastava highlighted public-private partnerships (PPPs) as a key driver for scalable and sustainable infrastructure development.

3. Government Initiatives: Policy as a Catalyst

India’s FAME-II, PLI Scheme for Advanced Chemistry Cells (ACC), and state-level EV policies were discussed in depth. The session evaluated:

1. Are subsidies enough, or do we need stronger regulatory frameworks?
2. How can India reduce dependency on imports for critical minerals?
3. What role can state governments play in accelerating EV adoption?

Srivastava called for a unified national strategy that aligns manufacturing incentives, R&D investments, and consumer awareness campaigns. 

Srivastava’s Vision: “Drive of the Future”

1.      In his keynote address, Akhilesh Srivastava outlined a future where clean mobility is not a privilege but a fundamental right. His vision includes:
Affordable EVs for mass adoption – Leveraging economies of scale and local manufacturing.

2.      Smart, AI-driven infrastructure – Intelligent traffic management and energy-efficient charging.

3.      Circular economy in battery tech – Promoting recycling and second-life applications for EV batteries. 

Conclusion: Collaboration is Key

The conference reinforced that India’s EV success depends on collaboration – between OEMs, startups, policymakers, and financiers. Srivastava’s leadership at RideAsia EV 2025 set the stage for actionable strategies that balance growth, sustainability, and inclusivity.

As India races toward its Net Zero targets, forums like these ensure that the transition to electric mobility is not just rapid, but also equitable and future-ready.

About Akhilesh Srivastava:

Akhilesh Srivastava is a thought leader in mobility and infrastructure, currently serving as President of IRF India Chapter and a key contributor to India’s road transport and EV policies.

About RideAsia EV 2025:
A premier global summit on electric vehicles, clean energy, and sustainable transportation solutions, bringing together stakeholders to accelerate the EV revolution in Asia.

Source Link: https://www.wafinews.com/technology/tech-news/akhilesh-srivastava-chairs-landmark-conference-on-ev-industries-msme-challenges-and-government-initiatives-at-rideasia-ev-2025

Creating Safer School Zones: Protecting Children Every Step of the Way

Imagine a world where every child can walk to school without a second thought about traffic dangers. Sounds ideal, right? Yet, today's school zones often present a risky landscape. Protecting our young ones is not just a duty; it’s a necessity. Let’s dive into how we can create safer school zones, ensuring kids are protected every step of the way.

                                                                   Mr. Akhilesh Srivastava

Understanding the Importance of School Zone Safety

Why School Zones Matter

School zones aren't just patches of lowered speed limits—they’re a buffer between kids and potential harm. Children, full of energy and excitement, might not always be aware of road dangers. That’s why creating a safe environment around schools is crucial.

Common Risks Children Face

From distracted drivers to poorly designed crosswalks, kids face numerous threats. Add in their unpredictable movements, and you have a recipe for danger if zones aren't properly managed.

The Role of Speed Limits

·        Setting Appropriate Speed Limits

Speed limits in school zones must account for children's slower reaction times and spontaneous behavior. A 20 mph limit is often recommended, but it must match the specific needs of each area.

·        Enforcement Strategies for Speed Compliance

Speed signs alone won’t cut it. Real change comes from active enforcement—think ticketing violators, using speed cameras, and community policing.

Crosswalks and Signage: The Silent Protectors

·        Designing Effective Crosswalks

Crosswalks should be highly visible, ideally with bright paint and overhead signs. Some cities even use colorful, artistic designs to catch drivers’ attention.

·        Importance of Clear and Visible Signage

Ever tried spotting a faded sign while driving? Not easy, right? That’s why signs must be large, bold, and positioned at a driver’s eye level, with reflective materials for night-time visibility.

The Power of Crossing Guards

·        Training and Responsibilities

Crossing guards are the human shield between children and traffic. Proper training in traffic management, emergency protocols, and communication is essential.

·        Community Trust and Their Role

A friendly, familiar crossing guard creates a bond with kids and parents alike, boosting adherence to safety norms around schools.

 

Engineering Solutions for Safer School Zones

·        Speed Bumps and Raised Crosswalks

Physical road features like speed bumps slow drivers down whether they want to or not. Raised crosswalks serve the dual purpose of slowing traffic and making pedestrians more visible.

·        Curb Extensions and Sidewalk Improvements

By shortening crossing distances and widening sidewalks, curb extensions provide children a safer space to wait before crossing the street.

Leveraging Technology for Safety

·        Automated Speed Cameras

Cameras deter reckless driving better than a thousand warnings. Automated systems ensure 24/7 monitoring without bias or fatigue.

·        Flashing Beacons and Smart Signs

Technology isn’t just about automation. Flashing school zone signs activated during school hours heighten driver awareness exactly when it’s needed.

Educating Children on Road Safety

·        School Programs and Workshops

Knowledge is power! Schools can organize workshops teaching kids how to cross streets safely, recognize traffic signals, and understand pedestrian rules.

·        Interactive Learning Tools

Games, apps, and interactive simulations make learning about road safety fun and memorable for kids.

The Role of Parents and Guardians

·        Safe Drop-off and Pick-up Practices

Chaotic school parking lots are breeding grounds for accidents. Organized lanes, clear instructions, and patient parents can drastically improve safety.

·        Leading by Example

Kids mimic adults. When parents obey crosswalks, look both ways, and drive carefully, children naturally pick up those habits.

Involving the Community in School Zone Safety

·        Community Watch Programs

A set of extra eyes around the school during start and end times can deter unsafe behavior from both drivers and pedestrians.

·        Local Business Partnerships

Nearby businesses can support by sponsoring safety equipment or providing volunteers to help manage traffic during peak hours.

Policy Changes and Government Initiatives

·        National and Local Programs

Programs like "Safe Routes to School" in the U.S. showcase how government initiatives can support safer commuting for students.

·        Funding and Resources

Without money, good ideas stay on paper. Advocating for more funding ensures the implementation of critical safety measures.

Successful Examples of Safer School Zones

·        Case Studies Around the World

In Japan, "School Routes" are carefully mapped, monitored, and equipped with crossing guards and safety features—leading to extremely low accident rates.

·        What We Can Learn from Them

Planning, community involvement, and strict enforcement are key. We don’t have to reinvent the wheel—just study and adapt proven methods.

Challenges in Implementing School Zone Safety Measures

·        Budget Constraints

Small towns or underfunded districts may struggle to afford new signs, technology, or road alterations.

·        Resistance to Change

Sometimes, drivers resist lower speed limits or new traffic rules. Continuous education and community engagement are crucial to overcoming this.

The Future of School Zone Safety

·        Innovative Ideas and Trends

Think beyond paint and bumps: solar-powered smart signs, AI-driven pedestrian detection, and real-time traffic rerouting are shaping the future.

·        The Role of AI and Smart Cities

Smart cities, with interconnected traffic systems, could one day automatically adjust street conditions for optimal school zone safety.

Conclusion

Creating safer school zones isn’t just about rules—it’s about protecting dreams, futures, and innocent lives. From setting proper speed limits to embracing technology, every step matters. Whether you’re a parent, teacher, policymaker, or concerned citizen, your actions today will build a safer world for children tomorrow. Let’s take those steps, together.

Source Link: https://medium.com/@akhlisheshsrivastva/creating-safer-school-zones-protecting-children-every-step-of-the-way-00f0a75ccb53