Akhilesh Srivastva

Akhilesh Srivastava is one of those rare inspirational and global leaders who can speak with the kind of passion and conviction that enables others to feel as though they, too, can do anything. His expertise includes the infrastructure sector- highway, electronic tolling, new mobility, logistics, infrastructure, smart cities, GIS, and Intelligent Transportation System (ITS), is unprecedented, and together with his powerful presentation style. For more info visit: www.akhilesh.info

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The Future of Construction: How Innovation is Reshaping the Industry

Introduction: A New Era for Construction

The construction industry is undergoing a radical transformation, driven by cutting-edge technologies, sustainable materials, and smarter workflows. Gone are the days of relying solely on manual labor and traditional methods—today’s builders are leveraging AI, automation, and digital collaboration tools to revolutionize how structures are designed, built, and maintained.

From modular construction to AI-powered project management, these innovations are helping companies reduce costs, improve efficiency, and enhance safety. Technologies once seen as futuristic—such as virtual reality (VR), augmented reality (AR), and digital twins—are now essential tools on job sites, enabling real-time problem-solving and seamless teamwork.

Mr. Akhilesh Srivastava

As the industry evolves in the age of AI and automation, staying ahead of these trends is no longer optional—it’s a competitive necessity for firms looking to deliver high-quality projects on time and within budget.

Here are 10 groundbreaking innovations that are changing construction as we know it.

1. Artificial Intelligence (AI) & Machine Learning (ML)

AI is revolutionizing construction by optimizing workflows, improving safety, and enhancing decision-making. Machine learning algorithms analyze historical and real-time data to predict project risks, optimize resource allocation, and automate administrative tasks. For example, Autodesk’s Construction IQ helped BAM Ireland improve on-site quality and safety by 20% while reducing time spent on high-risk issues by 25%. AI also assists in generative design, where algorithms create multiple design options based on specified constraints, improving efficiency and sustainability.

2. 3D Printing (Additive Manufacturing)

3D printing is no longer experimental—it’s building entire houses in days rather than months. Companies like ICON use concrete 3D printers to construct homes in under 48 hours, drastically reducing labor costs and material waste. This technology allows for intricate architectural designs while minimizing environmental impact. By 2030, the 3D printing construction market is projected to reach $750.8 billion.

3. Digital Twins

A digital twin is a virtual replica of a physical building that updates in real-time using IoT sensors and AI. This technology helps in predictive maintenance, energy optimization, and lifecycle management. For instance, GE Vernova used digital twins to optimize a cement cooler’s performance, improving efficiency and reducing operational risks. By 2030, the digital twin market in construction is expected to hit $155 billion.

4. Robotics & Automation

Robots are taking over repetitive and hazardous tasks, such as bricklaying, welding, and demolition. The Hadrian X bricklaying robot can lay 300 bricks per hour, compared to a human’s 50-60.

The adoption of autonomous machinery is significantly improving jobsite safety by reducing workers' exposure to hazardous environments. This technological shift is driving remarkable market growth, with the construction robotics sector expected to nearly double from $442 million in 2025 to $909 million by 2030.

Complementing this advancement, augmented reality (AR) and virtual reality (VR) technologies are revolutionizing construction processes. These immersive tools are transforming key aspects of the industry, including:

Design visualization - enabling stakeholders to experience projects before construction begins

Safety training - providing realistic simulations of dangerous scenarios without risk

Remote inspections - allowing experts to assess sites virtually, reducing travel needs and delays

5. Augmented Reality (AR) & Virtual Reality (VR)

AR and VR enhance design visualization, safety training, and remote inspections. With Autodesk Workshop XR, teams can collaborate in immersive 3D environments, identifying design clashes before construction begins. VR is also used for virtual walkthroughs, allowing clients to experience a building before it’s built, reducing costly revisions.

6. Building Information Modeling (BIM) Beyond Design

BIM has evolved into 5D (cost estimation) and 6D (facility management), integrating real-time data for smarter decision-making. The UK’s ISO 19650 standard mandates BIM, improving collaboration and reducing errors. BIM also supports sustainability by optimizing material usage and energy efficiency.

7. Drones for Site Monitoring & Inspections

Drones provide real-time aerial surveys, 3D mapping, and safety inspections, reducing manual labor and improving accuracy. Companies using drones report 20% faster project completion due to better progress tracking. They also enhance safety by inspecting hazardous areas without human risk.

8. Modular & Prefabricated Construction

Modular construction involves manufacturing building components off-site and assembling them on-site, cutting project timelines by 50%. This method reduces waste, improves quality control, and is ideal for affordable housing and data centers. The global modular construction market is growing at 6.5% annually.

9. Smart Materials & Self-Healing Concrete

Innovative materials like self-healing concrete (which repairs cracks using embedded microcapsules) and cross-laminated timber (CLT) are making construction more durable and sustainable. Smart materials also include sensor-embedded structures that monitor stress, temperature, and wear in real-time, preventing failures before they occur.

10. Wearable Technology for Worker Safety

Smart helmets, biometric vests, and exoskeletons are improving worker safety and productivity. These wearables track vitals, fatigue levels, and hazardous conditions, reducing workplace accidents by 35%. The wearable tech market is expected to reach $493 billion by 2030.

Conclusion

The construction industry is embracing digital transformation, automation, and sustainability at an unprecedented pace. Companies that adopt these innovations will gain a competitive edge, reduce costs, and build smarter, safer, and more sustainable structures.

Source Link: https://medium.com/@akhlisheshsrivastva/the-future-of-construction-how-innovation-is-reshaping-the-industry-d71bd4fbc9db

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India’s Smart Mobility Leap: ITS India Forum Takes Global Stage with Shri Nitin Gadkari’s Vision

In a significant milestone for India’s intelligent transportation ecosystem, the ITS India Forum is set to showcase the nation’s advancements in smart mobility at the ITS World Congress 2025 in Atlanta, USA (August 24–28). The Forum’s growing influence was further cemented by its recent election to the ITS Asia-Pacific Board, amplifying India’s role in shaping global transportation policies and standards.

Mr. Akhilesh Srivastava

A Visionary Partnership with Shri Nitin Gadkari

The Honourable Minister for Road Transport & Highways, Shri Nitin Gadkari, has been a driving force behind India’s mobility transformation. In a recent interaction, Akhilesh Srivastava, President of ITS India Forum, highlighted the Minister’s unwavering support for deploying cutting-edge technologies to enhance road safety, efficiency, and sustainability.

Under Shri Gadkari’s leadership, India has witnessed unprecedented infrastructure growth, with highways expanding at 33.8 km per day and logistics costs dropping from 16% to 9%, boosting export competitiveness. His vision aligns perfectly with the Forum’s mission to integrate Intelligent Transportation Systems (ITS) into India’s road networks.

Key Initiatives Showcasing India’s ITS Leadership

1. Next-Gen ATMS White Paper

Developed after five high-impact roundtables with government, industry, and academia, this document outlines a roadmap for advanced traffic management systems. The Forum has sought Shri Gadkari’s support for its official launch.

2. Bengaluru CV2X Green Corridor Pilot

A groundbreaking initiative leveraging Connected Vehicle-to-Everything (CV2X) technology reduced emergency response times by 38%. The Forum aims to scale this nationwide, including applications in next-gen tolling systems.

3. Road User Charging (RUC) System

With India joining the Global RUC Alliance, the Forum is pushing for dynamic tolling, congestion pricing, and smart parking solutions to optimize urban mobility.

4. Capacity-Building Programs

Collaborations with South Asian University (SAU) and the Asian Institute of Transport Development (AITD) are nurturing the next generation of ITS leaders through specialized training and research.

Global Recognition and Future Roadmap

The ITS India Forum’s inclusion in the ITS Asia-Pacific Board underscores India’s rising influence in smart mobility. The upcoming ITS World Congress 2025 will be a platform to highlight:

Digital transformation in transport, including AI-driven traffic solutions.

Sustainable mobility initiatives like electric vehicle (EV) integration and green corridors.

Policy frameworks for seamless ITS adoption across states.

A Safer, Smarter, and Greener Future

Shri Gadkari’s ambitious targets—such as making Indian roads better than the U.S. within two years and accelerating EV adoption—are being realized through public-private partnerships and tech-driven solutions. The ITS India Forum’s efforts complement this vision, ensuring India emerges as a global leader in intelligent mobility.

“India’s mobility revolution is not just about infrastructure; it’s about reshaping lives through innovation, sustainability, and inclusivity,” said Akhilesh Srivastava. “With Shri Gadkari’s leadership, we are poised to transform transportation—locally impactful, globally connected.”

Source Link: https://medium.com/@akhlisheshsrivastva/indias-smart-mobility-leap-its-india-forum-takes-global-stage-with-shri-nitin-gadkari-s-vision-6aa323148aa0

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India’s Vision for Intelligent Transport Gains Global Recognition at IRF Summit in Athens

Athens, Greece, July 3, 2025 — The International Road Federation (IRF) held its Annual Summit and Strategy Workshop from June 29 to July 3, 2025, in Athens, Greece, convening global mobility leaders, policymakers, and infrastructure experts. Among the distinguished participants was Mr. Akhilesh Srivastava, President of the IRF India Chapter and ITS India Forum, representing India at the global stage in his first official participation as the newly elected IRF IC President. His presence signified a growing global recognition of India’s transformative journey in intelligent transportation systems (ITS), road safety, and digital mobility.

This year’s summit focused on redefining the strategic roadmap for IRF’s 2025–2030 vision, emphasizing a more impactful, inclusive, and intergenerational approach to road infrastructure and sustainable mobility. Mr. Akhilesh Srivastava, as a core member of the IRF Strategy Group and a newly elected member of the IRF Board of Directors, contributed significantly to these deliberations.

Shaping IRF’s Five-Year Strategy

At the Strategy Workshop, IRF leadership, including newly confirmed President Dimitrios Mandalozis, and re-elected Board Members such as Bill M. Halkias, Anouar BENAZZOUZ, Nicolas Miravalls, and others, worked alongside new appointees like Mr. Akhilesh Srivastava to set a new agenda for IRF’s future. Discussions revolved around:

Mr. Akhilesh Srivastava’s insights, grounded in India’s large-scale implementation of ITS and tolling reforms, were particularly well received. He emphasized India’s ongoing evolution from manual to digital and satellite-based tolling, successful AI-powered ATMS deployments, and the use of CV2X technologies for emergency preemption systems.

Highlighting India’s Leadership in Traffic Management

At the Traffic Management Symposium, held as part of the IRF Summit, Mr. Akhilesh Srivastava actively participated in discussions addressing future-ready traffic governance. He showcased India’s innovations in traffic management, particularly the NHAI Data Lake project, implementation of GNSS tolling pilots, and the landmark “Road Safety 2.0” initiative, adopted across multiple states.

His presentation highlighted India’s capability to scale complex ITS projects with strong public-private collaboration. Real-world examples, such as the CV2X Emergency Corridor in Bengaluru and Intelligent Traffic Enforcement through AI-ANPR in Delhi and Maharashtra, illustrated India’s unique ability to create customized, scalable, and outcome-focused digital solutions.

Strengthening Strategic International Ties

The Athens Summit also served as a powerful forum for bilateral and multilateral collaboration. Mr. Akhilesh Srivastava engaged with global leaders to deepen India’s integration with key international stakeholders:

Joost Vantomme, President of ERTICO-ITS Europe, and Mr. Akhilesh Srivastava discussed harmonizing ITS standards between Europe and India. Their meeting highlighted the need for enhanced collaboration on 5G V2X, data governance in connected mobility, and safety-critical interoperability.

Dimitrios Mandalozis, the newly elected IRF Global President, welcomed India’s increasing role. Mr. Akhilesh Srivastava conveyed India’s readiness to co-lead global discussions on mobility-as-a-service and sustainable transport finance models.

Norbert Schindler, Founder of GNSS Consulting, expressed his appreciation for India’s adoption of GNSS tolling. Their discussions focused on learnings from European tolling transitions, and possible collaborations to enhance satellite-based tolling architecture in India.

These meetings underscored India’s readiness to not only adopt global best practices but also to contribute meaningfully to shaping them.

Recognition of Indian Innovation on Global Platforms

It was a proud moment to see Indian innovations receive recognition at this prestigious global event. Companies such as Kataline Infraproducts, known for their intelligent road safety interventions, Interise Trust for their innovative works, and TRL works in Kerala, were honored for their innovative contributions to road infrastructure development in India.

Kataline was honored under the IRF Circle of Excellence for its data-driven intervention at Waddhamna Junction. Interise Trust also received accolades for pioneering road infrastructure models that address last-mile and underserved regional needs. These recognitions serve as a testament to the progress Indian companies are making by combining indigenous innovation with global standards. The fact that such interventions are being piloted in Indian states like Maharashtra and Kerala and acknowledged internationally is a clear indication that India is moving towards becoming a global leader in digital road safety.

Mr. Akhilesh Srivastava congratulated these teams and reiterated IRF India Chapter’s commitment to supporting and amplifying such impactful work. He also shared the plans for expanding the IRF Innovation Accelerator in India to nurture similar startups in the field of AI-enabled infrastructure and ITS.

Charting the Course to Atlanta and Beyond

As the IRF Summit concluded, attention turned toward the ITS World Congress 2025, to be held in Atlanta. Under Mr. Akhilesh Srivastava’s leadership, the IRF India Chapter will coordinate India’s country presence and technical showcase at this global forum. The India Pavilion will highlight use cases on Free-flow tolling, integrated ATMS platforms, digital enforcement systems, and the Safe Driving Score framework.

Additionally, strategic planning is underway to host a special session titled “India@2047: Digital Highways and Safer Roads”, featuring senior Indian government officials and global partners. This initiative will mark India’s vision for future-ready infrastructure aligned with the goals of Viksit Bharat 2047.

A Transformative Moment for India

India’s participation in the IRF Annual Summit and Strategy Workshop 2025 was not just symbolic—it was transformational. It positioned India as a frontrunner in the global mobility transformation, bringing real-world deployments, research-backed frameworks, and policy innovations to the international arena.

Mr. Akhilesh Srivastava’s leadership, backed by his deep involvement in India’s digital transformation journey in highways, road safety, and transport governance, brought clarity and momentum to India’s voice on global platforms. His inclusion in the IRF Board ensures that India will continue to shape the next generation of sustainable mobility solutions and contribute toward global knowledge sharing.

As India prepares for its ambitious highway expansion under the PM Gati Shakti and Bharatmala programs, aligned with AI, data-driven monitoring, and carbon-neutral design, the learnings from Athens will serve as a cornerstone in aligning with global benchmarks.

Looking at India’s spectacular and consistent progress in road infrastructure development over the last decade—under the visionary leadership of Hon’ble Prime Minister Shri Narendra Modi and the dynamic guidance of Hon’ble Minister Shri Nitin Gadkari—the world is now looking toward India with high expectations. This growing confidence was strongly echoed during the Athens summit, where several international partners expressed their enthusiasm to join India’s flagship event GRIS-2026 (Global Road Infratech Summit) to be held on 5–6 February 2026 at The Ashok Hotel, New Delhi.

This annual summit, hosted by the IRF India Chapter, will serve as a global platform to showcase India’s innovations, policy leadership, and opportunities in road infrastructure and smart mobility. With participation expected from over 30 countries and top global companies, GRIS-2026 promises to be one of the most consequential events in the global mobility calendar.

Conclusion

The IRF Annual Summit 2025 in Athens stands out as a historic moment for India’s international mobility diplomacy. From policy shaping to innovation showcasing, and from collaborative partnerships to recognition of excellence, India’s presence was influential, strategic, and forward-looking.

Through continued collaboration with global partners and an unwavering focus on sustainable, intelligent, and inclusive infrastructure, the IRF India Chapter under Mr. Akhilesh Srivastava is poised to lead India’s mobility transformation into its most impactful era yet.

Source Link: https://medium.com/@akhlisheshsrivastva/indias-vision-for-intelligent-transport-gains-global-recognition-at-irf-summit-in-athens-0431d0707d0d

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Meghalaya Mandates Driver Information Display in Commercial Vehicles for Enhanced Passenger Safety

In a landmark move designed to bolster passenger safety and foster greater transparency in commercial transport, the Meghalaya government has announced that all commercial vehicles in the state will soon be required to display drivers’ personal information inside the vehicle, where it is visible to passengers. This regulation, which is expected to come into force following an official notification, highlights a growing focus on traveler security, accountability, and trust—especially in a state where tourism is rapidly expanding.

Scope and Implementation

The new mandate will apply specifically to vehicles operating on commercial permits issued by the state’s transport department through its district transport officers. This includes taxis, buses, and other vehicles used for hire, but excludes private vehicles, government-owned vehicles, and those belonging to government undertakings. Once the rule is formalized, commercial vehicle owners will have a one-month window to comply by displaying the driver’s name, license number, contact number, and home address in a prominent place inside the vehicle.

Tourism Minister Paul Lyngdoh, announcing the policy, emphasized that the rule is a “simple but effective measure” aimed at empowering passengers and discouraging unlawful behavior by drivers. “When passengers know who is driving them, it creates a sense of trust and accountability,” he said, adding that the regulation is also a preventive step to strengthen Meghalaya’s overall security ecosystem.

Motivations Behind the Mandate

The decision follows a high-level meeting chaired by Deputy Chief Minister Sniawbhalang Dhar and is rooted in concerns over passenger safety—particularly as Meghalaya attracts more tourists each year. The government believes that displaying driver information will help instill a sense of safety among travelers and—where applicable—reduce the likelihood of criminal intentions by drivers. The initiative is part of a broader strategy to enhance the reputation of Meghalaya as a safe and tourist-friendly destination, where both locals and visitors can travel with confidence.

Comparative Context and Industry Response

Meghalaya’s policy is notable for its direct focus on passenger-facing transparency. While other Indian states and the central government have recently introduced advanced safety technologies for commercial vehicles—such as lane departure warnings, anti-lock braking systems (ABS), and driver drowsiness alerts—these measures primarily address accident prevention and are not passenger-visible in the same way. For example, a recent central government mandate requires commercial vehicles to adopt advanced driver-assistance systems (ADAS) and other technological features to combat fatigue and overloading, which are leading causes of road accidents in India. However, the Meghalaya directive uniquely empowers passengers by making critical driver information accessible during their journey.

Industry associations in Meghalaya, such as the state’s taxi operators’ group, are currently reviewing the implications of the new rule and are expected to respond after further discussions with the government. While compliance may pose logistical challenges for some operators, the regulation’s clarity and the one-month grace period are designed to ease the transition.

Expected Impacts on Passenger Safety and Tourism

Passenger safety is a central concern for governments worldwide, especially in regions experiencing a surge in tourism. By requiring the display of driver information, Meghalaya is taking a proactive stance not only to protect travelers but also to signal its commitment to transparency and accountability in the transport sector. The government anticipates that passengers—particularly tourists unfamiliar with local drivers and routes—will feel more secure knowing they can easily identify and, if necessary, contact the person responsible for their journey.

This measure could also serve as a deterrent to potential misconduct. The visibility of driver credentials may discourage criminal behavior and encourage drivers to adhere to professional standards. While it is too early to quantify the rule’s impact on crime rates or accident statistics, the psychological reassurance it offers passengers is expected to be significant.

Broader Implications for Indian Transport Policy

Meghalaya’s approach marks a clear departure from solely technology-driven safety interventions, instead focusing on human accountability and passenger visibility. This reflects a broader trend toward multimodal strategies in passenger safety, combining technological innovation with regulatory transparency. While the central government continues to invest in advanced safety features and stricter certification for commercial vehicles—such as the revised Bus Body Code and the push for “indirect vision” devices in buses—Meghalaya’s policy demonstrates that low-tech, high-impact solutions can also play a vital role.

Looking Ahead: Challenges and Opportunities

Implementing the new requirement will require effective communication and coordination between the government, transport authorities, and vehicle owners. The success of the mandate will depend on enforcement rigor and the willingness of operators to comply. However, the potential benefits—increased passenger trust, enhanced safety perceptions, and a stronger tourism brand—make the initiative a compelling model for other Indian states to consider.

Additionally, the policy may inspire further innovations in passenger safety. For example, digital platforms could be leveraged to verify driver credentials in real time, or QR codes could be displayed inside vehicles to provide instant access to authenticated driver information. Such steps would build on the foundation laid by the current mandate and further modernize Meghalaya’s transport ecosystem.

Conclusion

Meghalaya’s decision to mandate the display of driver information in commercial vehicles is a bold, passenger-centric step toward safer and more accountable public transport. By making critical details readily accessible to travelers, the state is addressing both the real and perceived risks associated with commercial travel, especially as tourism grows. This initiative not only enhances the immediate safety of passengers but also reinforces Meghalaya’s reputation as a forward-thinking, visitor-friendly destination. As the rule takes effect, its impact will be closely watched, potentially setting a precedent for other regions seeking to balance technological advancement with transparency and trust in public transport.

Source Link: https://medium.com/@akhlisheshsrivastva/meghalaya-mandates-driver-information-display-in-commercial-vehicles-for-enhanced-passenger-safety-e76606c7cecb

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Akhilesh Srivastava Joins IRF Board of Directors: Pioneering the Future of Global Road Infrastructure

The global transport and infrastructure community witnessed a significant milestone during the IRF 2025 General Assembly held in Athens, as Mr. Akhilesh Srivastava was officially appointed to the Board of Directors of the International Road Federation (IRF). This prestigious recognition is not only a proud moment for India but also a powerful testament to Mr. Akhilesh Srivastava’s visionary contributions to intelligent transport systems, digital highways, and sustainable mobility.

Mr. Akhilesh Srivastava

A Leader in Smart Infrastructure

Akhilesh Srivastava, known for his deep expertise and pioneering work in digital transformation of road infrastructure, has been at the forefront of revolutionizing how roads are built, maintained, and managed. His leadership has been instrumental in deploying smart technologies in national infrastructure projects, including real-time traffic management, AI-driven road safety initiatives, and automated tolling systems.

His work aligns perfectly with IRF's global mission of promoting safer, more sustainable, and technology-driven road networks.

Driving Change at a Global Scale

With his appointment to the IRF Board, Mr. Srivastava is set to play a crucial role in shaping international policies and practices that advance:

Smart highway development

Sustainable and climate-resilient infrastructure

Intelligent transport systems (ITS)

Digital construction and maintenance practices

Road safety innovation and global standards

This global platform gives him the opportunity to collaborate with international experts, share best practices, and influence the global dialogue on making transport infrastructure more efficient, inclusive, and future-ready.

A Moment of National Pride

Mr. Srivastava’s appointment is not only a personal achievement but also a reflection of India’s growing leadership in the global digital infrastructure space. His contributions symbolize how Indian expertise is increasingly playing a pivotal role on the world stage in building smarter, safer, and more resilient road networks.

Building Roads That Shape the Future

In his own words, this appointment is a commitment to building a better world—one road at a time. With his innovative approach and strategic mindset, Mr. Srivastava will continue to bridge the gap between technology, sustainability, and human mobility.

As we enter an era where digital highways, climate consciousness, and intelligent mobility are key drivers of infrastructure growth, his leadership will be instrumental in ensuring that we build roads not just for today—but for tomorrow.

Congratulations to Akhilesh Srivastava on this remarkable achievement. The road ahead is smarter, safer, and more connected—thanks to leaders like you!

Source Link: https://medium.com/@akhlisheshsrivastva/akhilesh-srivastava-joins-irf-board-of-directors-pioneering-the-future-of-global-road-5af917eecf65

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Dwarka Expressway: India’s First AI-Powered Smart Highway Transforming Road Safety

In a monumental step toward smart and secure transportation, Delhi’s Dwarka Expressway has been transformed into India’s first AI-powered smart highway. This innovation comes with the deployment of a cutting-edge Advanced Traffic Management System (ATMS), covering a 56.46 km stretch, combining AI technology, real-time surveillance, and automated traffic enforcement to drastically enhance road safety and reduce violations.

The initiative marks a crucial turning point in India’s road infrastructure strategy, showcasing how intelligent systems can revolutionize urban mobility.

Mr. Akhilesh Srivastava

Pioneering Leadership in Smart Mobility

The ATMS project was conceptualized and developed by the Indian Highways Management Company Ltd. (IHMCL) and executed by the National Highways Authority of India (NHAI). This initiative reflects the vision and leadership of Mr. Akhilesh Srivastava, a pioneering figure in India’s smart mobility landscape.

Known for championing digital transformation across India's highways, Mr. Srivastava has been instrumental in developing intelligent traffic enforcement, electronic toll collection, and now, AI-driven traffic management systems like the one on the Dwarka Expressway.

What Sets Dwarka Expressway’s ATMS Apart?

The AI-powered ATMS turns the expressway into a highly intelligent and responsive corridor. Here's what makes it stand out:

110 high-resolution PTZ cameras placed at every 1-km interval for round-the-clock surveillance.

Covers 56.46 km, including 28.46 km on Dwarka Expressway and the remainder on NH-48.

Detects 14 categories of traffic violations, such as overspeeding, not wearing seatbelts, and triple riding.

Seamless integration with the NIC e-challan portal, enabling auto-detection and e-ticketing without police involvement.

Equipped with smart features like VIDES (Video Incident Detection System), VASD (Vehicle Actuated Speed Display), Variable Message Signboards (VMS), and a centralized Command Centre.

Capable of sending real-time alerts for traffic disruptions due to accidents, poor visibility, roadblocks, or even stray animals.

Smart Enforcement with Real-Time Detection

A major highlight of the ATMS is its ability to detect a wide range of traffic violations instantly. Once a violation—such as speeding or unsafe riding—is identified, the data is immediately transmitted to the NIC e-challan portal, where digital challans are generated automatically.

This streamlined process not only boosts efficiency but also ensures strict enforcement, reducing manual errors and increasing compliance among commuters.

Safety through Intelligent Emergency Response

More than just a surveillance tool, the ATMS acts as a proactive safety mechanism. With real-time data from cameras and sensors, it quickly identifies road incidents and triggers alerts to the central command centre. Whether it’s an accident, heavy fog, or unauthorized road activity, emergency teams are dispatched swiftly, minimizing delays and potential casualties.

Driving Awareness through Data and Technology

In addition to enforcement and emergency response, the ATMS supports road safety education. Using real-time data, authorities can launch targeted awareness campaigns, educating the public about safe driving practices such as seatbelt usage, speed control, and traffic discipline. This proactive communication fosters long-term behavioral change.

A Model for Smart Cities in India

The launch of the ATMS on Dwarka Expressway signifies more than a technological upgrade—it reflects India’s commitment to building smart infrastructure. As cities expand and traffic density grows, smart highways like this one will play a pivotal role in developing sustainable, efficient, and secure urban ecosystems.

This successful implementation could soon become a replicable model for highways nationwide, paving the way for a smarter and safer road network across India.

Conclusion

The AI-based traffic system on Dwarka Expressway represents a significant leap toward transforming India's road infrastructure. With the leadership of innovators like Mr. Akhilesh Srivastava, the future of Indian highways looks brighter, smarter, and safer.

This project not only strengthens enforcement and safety but also redefines how technology and infrastructure can work together for the greater good. As India advances on its smart city journey, more such innovations will undoubtedly follow—turning highways into hubs of intelligence and safety.

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In a monumental step toward smart and secure transportation, Delhi’s Dwarka Expressway has been transformed into India’s first AI-powered…

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Mandatory ABS for Two-Wheelers: A Crucial Step towards Safer Roads

The Indian government’s decision to mandate Anti-lock Braking Systems (ABS) for all two-wheelers from January 1, 2026, is a bold and necessary step toward reducing road fatalities. As a Road Safety Ambassador and advocate for smart mobility solutions, I firmly believe this policy will save thousands of lives. However, it also brings economic challenges for manufacturers and consumers, particularly in the price-sensitive sub-125cc segment, which dominates 85% of India’s two-wheeler market.

Mr. Akhilesh Srivastava

The Power of ABS: Revolutionizing Road Safety

ABS technology prevents wheel lock-up during emergency braking, allowing riders to maintain control and avoid skidding—a critical feature on India’s congested and often unpredictable roads. Government data reveals that two-wheelers account for 44% of road fatalities (nearly 75,000 deaths in 2022). The expansion of ABS to sub-125cc vehicles (previously exempt) addresses this grim statistic head-on. My experience working with NHAI, World Bank, and UN initiatives has shown that technology-driven safety measures, when implemented effectively, can reduce accidents by 30-50%.

Economic Impact: Challenges for OEMs and Consumers

While safety must be prioritized, the transition comes with hurdles:

Affordability Concerns: The sub-125cc segment — 76% of ICE motorcycles and nearly all scooters — is highly price-sensitive. Nomura estimates a 3–5% price hike (₹3,000–₹10,000 per unit), which could reduce demand by 2–4%.

Hero MotoCorp (99% exposure), Honda (89%), TVS (86%), and Bajaj (72%) will face the biggest impact.

Rural buyers, who rely on affordability, may delay purchases, affecting industry recovery.

2.  EV Sector Strain: Electric two-wheelers (except premium models like Ola S1 Pro) will also face cost pressures, adding to existing supply-chain challenges.

The Way Forward: Balancing Safety & Affordability

To ensure a smooth transition, I recommend: ✔ Phased Implementation – A staggered rollout for entry-level models to ease financial burdens. ✔ Government Subsidies – Tax breaks or incentives to offset ABS costs for manufacturers. ✔ Consumer Awareness – Campaigns educating riders on ABS benefits, reinforcing that safety is non-negotiable. ✔ Localized Production – Encouraging domestic ABS manufacturing to reduce dependency on global suppliers like Bosch and Continental.

Conclusion: Safety Cannot Be Compromised

History shows that safety mandates (like BS-VI norms) initially disrupt markets but eventually become industry standards. While OEMs adapt, the long-term benefits—fewer accidents, lower medical costs, and safer roads—far outweigh short-term challenges.

As India moves toward its Vision Zero Accident goal, policies like ABS mandates must be supported by smart financing, public awareness, and industry collaboration. Let’s make Indian roads safer—one responsible decision at a time.

About Mr. Akhilesh Srivastava A renowned Road Safety Ambassador, Smart Mobility Expert, and former Chief General Manager of NHAI, Mr. Srivastava has spearheaded multiple global road safety initiatives with the World Bank, UN, and IRF. He is a strong advocate for technology-driven traffic management and sustainable transport solutions.

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Mandatory ABS for Two-Wheelers: A Crucial Step towards Safer Roads

The Indian government’s decision to mandate Anti-lock Braking Systems (ABS) for all two-wheelers from January 1, 2026, is a bold and…

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Washington’s BEAM Act: How Speed Limiters Will Curb Reckless Driving and Save Lives

In a groundbreaking move to address rising traffic fatalities, Washington State has enacted the BEAM Act (House Bill 1596), a law mandating intelligent speed assistance (ISA) devices for high-risk drivers. Signed by Governor Bob Ferguson on May 12, 2025, the law targets reckless drivers with suspended licenses, using technology to enforce speed limits and prevent tragedies like the 2024 Renton crash that killed four people, including three children.

Mr. Akhilesh Srivastava

Key Provisions of the BEAM Act

Targeted Enforcement:

• Drivers with licenses suspended for reckless speeding (defined as 20+ mph over limits ≥40 mph, or 10+ mph under 40 mph) must install ISA devices to regain limited driving privileges.

• Judges can also require ISA devices as part of probation or pre-trial release.

2. How the Technology Works:

• GPS-linked devices prevent vehicles from exceeding posted speed limits, overriding accelerator input. Drivers get three monthly overrides for emergencies.

• Similar to ignition interlocks for DUI offenders, tampering with the device is a gross misdemeanor.

3. Implementation Timeline:

• The law takes effect January 1, 2029, giving agencies time to establish protocols and affordability programs for low-income drivers.

Why the BEAM Act Matters

Rising Traffic Deaths: Washington saw 809 traffic fatalities in 2023, a 33-year high, with speeding contributing to a third of deaths. The Renton crash, caused by a driver with prior speeding violations, became a rallying point for the law.

National Trend: Washington joins Virginia, Georgia, and D.C. in adopting speed-limiting tech, while Europe mandates ISA in new cars.

Expert Insight: Mr. Akhilesh Srivastava’s Perspective

Mr. Akhilesh Srivastava, a globally recognized expert in intelligent traffic management and road safety technology, lauded Washington’s bold step. “The BEAM Act represents a much-needed evolution in traffic law enforcement, leveraging technology to make our roads safer,” he said. “ISA devices act as digital guardians, preventing drivers from making fatal errors in judgment. With lives at stake, it’s imperative that governments integrate such smart solutions into mainstream policy.”

He further emphasized the global relevance of this approach, stating, “Countries worldwide are grappling with road fatalities caused by over-speeding. Washington’s initiative will not only save lives but also set a precedent for intelligent traffic enforcement. India, too, is exploring similar measures, and this move offers valuable insights into scalable implementation models.”

Controversies and Challenges

Critics highlight potential GPS inaccuracies in urban areas or tunnels, which could frustrate drivers

Costs: Drivers pay $21/month for the device, with subsidies for low-income users.

A Legacy of Safety

Named after the Renton crash victims — Buster Brown, Eloise Wilcoxson, Andrea Smith Hudson, and Matilda Wilcoxson — the BEAM Act reflects families’ advocacy. As Rep. Mari Leavitt stated, “Safety on our roads matters, and we will do everything to protect our communities”

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Washington’s BEAM Act: How Speed Limiters Will Curb Reckless Driving and Save Lives

In a groundbreaking move to address rising traffic fatalities, Washington State has enacted the BEAM Act (House Bill 1596), a law mandating…

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ITS India Forum Joins ITS Asia Pacific Forum: Strengthening India’s Role in Global Smart Mobility

The ITS India Forum has officially joined the prestigious ITS Asia Pacific Forum, marking a major milestone in India’s journey toward intelligent and sustainable transportation. This inclusion connects India’s dynamic mobility ecosystem to the Asia-Pacific region’s leading intelligent transport network—ushering in a new era of innovation, global collaboration, and strategic growth.

With the world’s second-largest road network and the third-largest automobile market, India is rapidly emerging as a powerhouse in the global mobility sector. This partnership will accelerate the adoption of cutting-edge transportation technologies, foster cross-border innovation, and unlock new growth opportunities for India’s evolving infrastructure.

Mr. Akhilesh Srivastava

A Strategic Leap for India’s Mobility Vision

India’s integration into the ITS Asia Pacific Forum comes at a critical juncture, as the nation’s highway and urban transport systems continue to expand rapidly.

“India, home to one of the largest road networks and vehicle markets globally, is positioned to play a transformative role in mobility innovation,” said Mr. Akhilesh Srivastava, President of ITS India Forum. “This membership enables us to align with global advancements and contribute meaningfully to the future of smart transportation.”

This development gives India a voice in regional ITS policy dialogues—allowing its unique challenges, innovations, and opportunities to shape the intelligent transport landscape across Asia-Pacific.

Key Benefits for India’s Transport Ecosystem

1. Access to Global Best Practices India will gain direct access to the latest ITS innovations—ranging from smart infrastructure and AI-powered traffic systems to autonomous mobility and next-gen traffic management solutions.

2. Cross-Border Collaboration & Partnerships Indian stakeholders can now actively collaborate with international governments, corporations, and research institutions—enabling joint ventures, knowledge sharing, and pilot projects.

3. Technology Exchange & Innovation India will contribute to and benefit from global technology exchanges, including connected vehicle ecosystems, smart city mobility tools, and AI-driven solutions for road safety and traffic optimization.

4. Influence in Global Policy & Standards India will help shape the region’s intelligent transport policies, ensuring they are aligned with both global standards and local needs—building a more inclusive and sustainable mobility framework.

“This membership is a defining moment for India’s intelligent transport journey,” the ITS India Forum emphasized. “It opens doors to global learning, collaboration, and innovation.”

India to Showcase Innovations at ITS Asia-Pacific Congress 2025, South Korea

India is set to make a strong presence at the 20th ITS Asia-Pacific Congress, scheduled for May 27–30, 2025, in Suwon, South Korea. The event will spotlight the latest in sustainable mobility—including electric, connected, and hydrogen-powered transport solutions.

A keynote address by Mr. Akhilesh Srivastava will highlight India’s strategic roadmap for future-ready mobility, focusing on:

Mobility as a Service (MaaS)

Connected and autonomous vehicles

Dynamic road pricing models

Smart and green infrastructure

The Indian delegation will also engage in sessions on global cooperation, technology co-development, and pilot initiatives—reaffirming India’s commitment to advancing global ITS frameworks.

Accelerating Smart Mobility Through Global Synergy

India’s induction as the 12th member of the ITS Asia Pacific Forum reinforces its commitment to building a connected, sustainable, and efficient transport ecosystem. The collaboration is expected to drive advancements in:

Smart traffic and signal control

Autonomous and connected mobility

Real-time traveler information systems

Scalable MaaS platforms

Moreover, India’s vast and complex mobility landscape offers valuable insights to other countries in the region—positioning the nation not just as a learner, but a global contributor to intelligent transport solutions.

“Suwon 2025 is a step forward in shaping a globally connected future,” said Mr. Srivastava. “India is ready to lead, collaborate, and co-create on the international mobility stage.”

Looking Ahead: India at ITS World Congress 2025, USA

Further expanding its global footprint, the ITS India Forum will lead a prominent Indian delegation to the ITS World Congress 2025, taking place in Atlanta, USA, from August 24–28, 2025. A dedicated ITS India Pavilion will showcase the country’s mobility innovations, start-ups, and leadership in smart transportation technologies.

Conclusion: Ushering in a New Era of Intelligent Transportation

India’s inclusion in the ITS Asia Pacific Forum signals the beginning of a transformative chapter in the nation’s mobility story. It represents:

Stronger global alliances

Accelerated tech adoption

Scalable innovation pathways

A smarter, safer, and more sustainable future

As India embraces global collaboration and intelligent transport frameworks, the country is poised to revolutionize its infrastructure, enhance commuter experience, reduce congestion, and lead the charge toward a digitally empowered and eco-friendly mobility future.

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ITS India Forum Joins ITS Asia Pacific Forum: Strengthening India’s Role in Global Smart Mobility

The ITS India Forum has officially joined the prestigious ITS Asia Pacific Forum, marking a major milestone in India’s journey toward…

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Every Family Is Waiting for Someone to Return Home” – A Road Safety Mission by Mr. Akhilesh Srivastava

Behind every door, a family waits for someone’s return. These aren’t just words. They carry the weight of loss, the pain of unspoken goodbyes, and the hope that fuels one man’s mission to make India's roads safer for everyone.

This powerful truth was shared by Mr. Akhilesh Srivastava, a veteran technocrat and globally recognized expert in infrastructure and road safety, who has spent over 30 years working to reduce preventable road crash fatalities across India. His journey began decades ago when he witnessed the aftermath of a horrific road accident—an incident that deeply changed his perspective on mobility, infrastructure, and the value of life.

Since then, his mission has not been just about improving how fast we move—but about ensuring that we all reach our destinations alive.

Mr. Akhilesh Srivastava

A National Emergency: India’s Road Crash Crisis

India has some of the deadliest roads in the world. 🔴 Over 1.8 lakh lives are cut short each year in road crashes — a silent crisis on our streets. 🔴 That’s over 500 lives every single day—most of them young, productive citizens. 🔴 In the last decade alone, over 1.5 million people have died in road accidents.

These numbers are staggering. But more importantly, they are not just numbers—they are lives lost, families shattered, dreams cut short.

Mr. Srivastav emphasizes that most of these deaths are not mere accidents. They are the result of preventable failures—inadequate infrastructure, poor road design, lack of awareness, non-enforcement of safety norms, and limited accountability.

From Helplessness to Hope: The Power of Technology

At a recent TEDx Talk, Mr. Akhilesh Srivastav shared his vision for transforming India’s road safety landscape. The focus? Technology: A lifesaver, not a luxury.

Here are key innovations he champions:

✅ AI-Enabled Alert Systems

Advanced driver assistance systems can provide real-time warnings — such as lane departure alerts, collision warnings, and fatigue detection. These systems give drivers critical extra seconds to respond, often making the difference between life and death.

✅ Real-Time Traffic Data Integration

Smart traffic monitoring spots congestion, wrong-way driving, and accident hotspots — enabling authorities to intervene before chaos turns deadly.

✅ Intelligent School Zones

Speed sensors, warning lights, and digital signages near schools can slow down traffic and protect our most precious road users — children.

✅ Geo-Fencing & Enforcement Automation

Technologies like GPS-based geo-fencing and automatic number plate recognition (ANPR) can digitally enforce speed limits and traffic rules, reducing human errors and corruption.

Technology Alone Isn’t Enough — We Need Intent and Empathy

While the technology exists and is already being used in many parts of the world, Mr. Akhilesh Srivastav stresses that it needs to be backed by strong political intent, efficient implementation, and public collaboration.

Most importantly, road safety must be seen not merely as a matter of rules and fines — but as a matter of empathy. Every individual on the road is someone’s world. Behind each helmet, each seatbelt, each horn — there is a father, a mother, a child, a friend waiting to return home.

As Mr. Akhilesh Srivastav eloquently puts it:

“Road safety is not about enforcing rules. It is about saving lives.”

Collaboration is the Key

To turn this vision into reality, a collaborative approach is essential:

Policymakers must prioritize safer road design, stricter law enforcement, and the swift adoption of smart road technologies.

Technologists and engineers must develop scalable, affordable, and accessible innovations for Indian road conditions.

A safety-first mindset starts with us — helmets on, speed in check, and laws respected.

A Wake-Up Call for All of Us

If you’ve ever:

Lost someone too soon to a road accident,

Had a narrow escape yourself,

Or care about the safety of your loved ones,

Then this message is meant for you.

Let’s stop treating road crashes as just another news item. Let’s treat them for what they really are: a national tragedy, largely preventable, and deeply personal.

Let’s Make Every Journey a Safe One

Mr. Akhilesh Srivastav’s work is a reminder that miracles happen when technology meets policy, and ambition meets execution.

We already have the tools. Now, it’s time for us — as a nation — to summon the will, take action, and create roads where every journey ends with a safe return home.

Because every family is waiting.

Source link:

Every Family Is Waiting for Someone to Return Home” — A Road Safety Mission by Mr.

Behind every door, a family waits for someone’s return.

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Transforming India's Mobility: How ITS and Innovation Are Paving the Road to Safer Transport 

Introduction  

India’s mobility landscape is at a historic turning point. With over 172,000 road crash deaths recorded in 2023—the highest globally—transforming the way we travel has never been more urgent. But amid these challenges lies a remarkable opportunity: to leverage innovation and technology to build a safer, smarter, and more sustainable transport system. At the heart of this transformation is the emergence of Intelligent Transport Systems (ITS)—a data-driven, tech-powered approach that is redefining mobility across the nation. 

Mr. Akhilesh Srivastava

What Is ITS and Why Does It Matter? 

Intelligent Transport Systems (ITS) refer to the integration of information and communication technology (ICT) into transportation infrastructure and vehicles. From real-time traffic management to connected vehicles and predictive analytics, ITS technologies are designed to make transport systems more efficient, responsive, and—most importantly—safe. 

In India, ITS is no longer a futuristic concept; it is becoming an essential part of national infrastructure planning. 

ITS and the Push Toward Road Safety 2.0 

India's first National ITS Policy—developed with support from thought leaders and institutions like the ITS India Forum—lays the foundation for Road Safety 2.0: a forward-thinking, tech-driven model that puts human lives at the center of mobility. 

Some of the most impactful ITS technologies currently being piloted or implemented include: 

Collision Warning and Avoidance Systems: Using ADAS (Advanced Driver Assistance Systems) to reduce rear-end collisions by 50–60%. 

Blind Spot Detection and Lane Departure Warnings: Helping drivers navigate more safely, especially on high-speed roads. 

Driver Monitoring Systems (DMS): Detecting fatigue or distraction to prevent speed-related accidents. 

V2X Communication: Enabling vehicles to “talk” to each other and the infrastructure, reducing crashes involving unimpaired drivers by up to 80%. 

Case Studies: Innovation on the Ground 

Safe Driving Score Pilots: Encouraging better driving behavior using data analytics. 

CV2X Technology Trials: Connected Vehicle-to-Everything systems are being tested in Indian cities for real-time traffic alerts. 

Chardham Yatra Traffic Management: ITS technologies are being used to manage peak-season congestion and safety during this high-volume pilgrimage. 

Kumbh Mela Traffic Simulation: Predictive modeling and AI-powered simulations are helping to prevent gridlock and accidents during mass gatherings. 

These are not just technological achievements—they are life-saving interventions. 

Driving India’s Mobility Revolution: The Role of ITS India Forum 

The ITS India Forum stands as a key catalyst in revolutionizing India’s transportation systems. 

Enabling policy development rooted in global best practices. 

Facilitating knowledge-sharing through platforms like the NTRO International Technical Conference. 

Publishing the ITS Practitioner's Journal for industry learning. 

Driving capacity-building and funding innovation through public-private partnerships. 

A Vision Aligned with Viksit Bharat @2047 

As India progresses toward its Viksit Bharat 2047 vision—a future-ready, inclusive, and developed nation—smart mobility must be a core pillar. Safer roads, sustainable infrastructure, and equitable access can only be achieved when innovation and policy move in harmony. 

ITS is not a luxury—it is a necessity. 

Conclusion:  

Technology, when used with purpose, has the power to save lives and transform societies. With ITS and other smart mobility innovations, India is not just reacting to a crisis—it is proactively building a safer transport future. 

Collaboration across government, industry, and academia will be key to success. The journey starts here—now, it’s time to move forward with full speed. 

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Transforming India’s Mobility: How ITS and Innovation Are Paving the Road to Safer Transport

Introduction

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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:

Vehicle Detection: As the vehicle approaches a designated toll zone, it is automatically identified through geolocation and C-V2X communication.

Price Exchange: Toll rates are sent to the vehicle’s system in real time, allowing for transparent fare communication.

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.

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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…

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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:

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).

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%.

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

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:

Stricter licensing tied to Safe Driving Scores (SDS)

AI cameras & IoT-based enforcement

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

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/

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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:

Are subsidies enough, or do we need stronger regulatory frameworks?

How can India reduce dependency on imports for critical minerals?

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”

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.

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

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

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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.

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

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India’s EV Market Snapshot 2023–2024: Growth, Innovation & the Road Ahead

The Indian electric vehicle (EV) market is on an electrifying rise, marking a pivotal phase in the country's journey towards sustainable mobility. With impressive growth statistics, ground-breaking technological developments, and global attention through events like the Ride Asia EV Expo 2025, India is firmly accelerating towards an eco-conscious transportation future. Here’s a deep dive into the major highlights from 2023–2024 and what lies ahead for the EV industry in India.

Mr. Akhilesh Srivastava

A Surge in EV Sales and Market Penetration

India’s EV industry recorded remarkable progress in the fiscal year 2023–2024, registering 30 lakh (3 million) electric vehicles, which signifies a 45% year-on-year increase in sales. This rapid adoption has pushed EVs to constitute 6.4% of the overall vehicle market, reflecting growing consumer confidence and robust industry support.

Two-Wheeler Revolution

The electric two-wheeler segment is at the forefront of this revolution, accounting for 56% of total two-wheeler sales. This growth is fueled by the efforts of over 400 start-ups, innovating and catering to the demand for cost-effective and sustainable personal mobility.

Future of the EV Market: Ambitious yet Achievable

India’s EV roadmap for the coming years is both bold and promising:

The market is projected to reach ₹20 lakh crore by 2030.

There is a potential to generate 5 crore (50 million) new jobs.

EV and hybrid vehicles are expected to achieve 8% market penetration by 2028.

The EV finance sector is poised to grow to ₹4 lakh crore (~$48 billion).

India has discovered 6 million tonnes of lithium reserves in Jammu & Kashmir, capable of supporting production for up to 60 crore EVs.

The lithium-ion battery lifecycle cost has come down to $115 per kWh, with expectations to dip below $100 in the next six months.

The battery recycling market is projected to be worth ₹50,000 crore (~$6 billion) by 2030.

EV Charging Technology: Innovation at Full Throttle

As vehicle numbers rise, the focus is shifting toward EV charging infrastructure. The market is expected to grow to ₹70,000 crore (~$8 billion) by 2025. Start-ups like Clean Electric are leading the charge with 15-minute universal and interoperable EV charging technology, enhancing convenience and efficiency for users.

Spotlight on Ride Asia EV Expo 2025

One of the most anticipated events in the EV calendar, RideAsia EV Expo 2025, is shaping up to be a game-changer:

 Event Overview

300+ exhibitors

20,000+ trade visitors

Participants from 10+ countries

Vehicle Highlights

Launches of cutting-edge electric vehicles across categories: two-wheelers, three-wheelers, four-wheelers, e-tractors, and utility vehicles.

Key reveals include Khalsa EV’s L5 model with a 203 km per charge range and Citius’s electric tractors suited for 2–5 ton loads.

Key Focus Areas

Breakthroughs in battery technology and fast-charging solutions

Emphasis on sustainability and carbon footprint reduction

In-depth policy discussions and investment opportunities in the EV ecosystem

Source Link: https://medium.com/@akhlisheshsrivastva/indias-ev-market-snapshot-2023-2024-growth-innovation-the-road-ahead-985d32b31531

[akhlisheshsrivastva]

Driving the Future: The Asia-Pacific RUC Alliance Revolutionizes Mobility

The future of road funding and traffic management just took a monumental leap forward! On March 19, 2025, at the Smart Mobility Summit in Taiwan, an unprecedented collaboration was formed—The Asia-Pacific Road User Charging (RUC) Alliance—uniting ITS Taiwan, ITS New Zealand, ITS India, and ITS Thailand. This game-changing coalition is set to redefine how we fund and manage road infrastructure in an era dominated by electric vehicles (EVs) and alternative fuels.

The Urgency for Change With the global shift towards EVs and greener fuels, revenue from petroleum-based fuel sales—one of the key sources of road maintenance funding—is plummeting. Governments worldwide face a major funding gap, making sustaining and expanding road infrastructure increasingly difficult.

Mr. Akhilesh Srivastava ( IT Advisor)

Traditional road funding models have relied heavily on fuel taxes. However, as vehicle fleets become increasingly electric, these models are becoming obsolete. The burden of road maintenance costs must be fairly distributed among all road users, regardless of fuel type. This is where Road User Charging (RUC) steps in as the future of sustainable mobility financing. It replaces outdated fuel taxes with a fairer and more efficient system—drive more, pay more; drive less, pay less—ensuring that road funding remains stable regardless of fuel type.

The Key Features of RUC

Sustainable Revenue Model: As fuel sales drop, RUC ensures a steady income stream for road maintenance and infrastructure development.

Dynamic Congestion Pricing: Intelligent pricing models discourage unnecessary congestion, making urban travel smoother and more efficient.

Optimized Parking Solutions: AI-driven systems enhance parking availability, reducing unnecessary idling and fuel wastage.

Improved Traffic Flow & Safety: By analyzing traffic patterns, RUC enables better road usage and reduces accidents.

Equitable Contribution: Instead of funding road maintenance through indirect fuel taxes, road users contribute based on their actual road usage.

Why RUC is the Future The Asia-Pacific region, home to some of the most congested cities in the world, urgently needs innovative solutions to manage its growing urban mobility crisis. A shift toward electric and alternative fuel vehicles presents both an opportunity and a challenge. While it supports environmental goals, it also threatens the traditional funding structures of road networks. RUC offers a data-driven, fair, and adaptable solution to this dilemma.

Furthermore, congestion pricing models can be implemented under the RUC system to discourage unnecessary road usage during peak hours, reducing traffic bottlenecks in urban areas. It aligns with the global push for smart mobility, where technology-driven solutions enhance transportation efficiency.

The Role of ITS India Forum & the Alliance’s Vision ITS India Forum has long been a strong advocate for innovative road pricing strategies. Through this alliance, member nations commit to pioneering sustainable road management solutions that benefit commuters, businesses, and governments alike. The alliance aims to create a model that can be adapted and replicated across various countries, ensuring seamless road infrastructure funding for future generations.

Objective of MoU

Commitment to Knowledge Exchange & Policy Innovation: Member countries will collaborate to share expertise and best practices in implementing RUC policies effectively.

AI-driven pricing Models & Electronic Toll Collection Systems: The integration of advanced technology will streamline tolling mechanisms, making payments seamless and efficient.

Regional Forums for Sustainable Mobility: By hosting discussions and think tanks, the alliance will foster global solutions for congestion management and urban mobility challenges.

Economic and Environmental Impact The transition to a road user charging model also has significant economic and environmental benefits:

Reduced Traffic Congestion: Congestion pricing discourages unnecessary road travel during peak hours, reducing commute times and improving productivity.

Lower Carbon Emissions: With optimized traffic flow and fewer congestion-related delays, fuel consumption drops, leading to a decrease in greenhouse gas emissions.

Fair Cost Distribution: Unlike fuel-based taxes, which disproportionately impact gasoline and diesel vehicle owners, RUC ensures that all road users contribute fairly.

Better Infrastructure Planning: Reliable revenue streams from RUC allow governments to plan and execute infrastructure projects with greater accuracy and efficiency.

What’s Next? With more ITS Forums, highway authorities, and toll operators expected to join soon, the Asia-Pacific RUC Alliance is set to become a powerhouse for mobility transformation. The initiative will spearhead policy advancements, technological innovation, and smarter urban planning, ensuring that the roads of tomorrow are safer, less congested, and cost-effective.

Governments and urban planners across the region are looking at real-world case studies from countries like New Zealand and Singapore, where road pricing models have already been successfully implemented. These early adopters of RUC have seen a marked improvement in congestion levels, better funding allocation, and smoother traffic movement. The Asia-Pacific RUC Alliance aims to build on these successes and adapt them for broader application.

A Call for Collaboration This alliance is just the beginning. To ensure that RUC is effectively implemented, policymakers, businesses, and commuters must actively participate in shaping the system. Governments must invest in the necessary technology infrastructure, while businesses and commuters must embrace the pay-for-usage model as a fair and sustainable approach to road funding.

The transition to smart mobility requires a collaborative effort. With increased public awareness and government commitment, the RUC model will soon become the gold standard in road pricing and traffic management.

Final Thoughts The Asia-Pacific RUC Alliance is paving the way for an efficient, congestion-free future where road users contribute fairly and equitably. It represents a significant leap forward in smart mobility, environmental sustainability, and infrastructure funding.

This marks a true game-changer in the way we think about mobility, funding, and sustainability. The road ahead is clear—a future where roads are better managed, fairly funded, and seamlessly integrated into the evolving landscape of urban mobility.

Stay tuned as we witness the evolution of smart mobility!

Source link: https://medium.com/@akhlisheshsrivastva/driving-the-future-the-asia-pacific-ruc-alliance-revolutionizes-mobility-eacd71055514