Smart Barricade System
Innovator ID
SNDMAC029
IoT-based automated barricade enabling real-time lane control to reduce congestion, enhance safety, and support smart city mobility systems.
Urban highways and multilane roads experience heavy traffic congestion, causing fuel wastage, delays, and slow emergency response. Current barricade and lane-diversion systems are static and manually operated, making them slow and inefficient during peak traffic. Because lanes cannot dynamically adjust to traffic density, certain lanes remain overcrowded while others are underutilized. This lack of intelligent lane management results in time loss, high stress, increased accident risk, and ineffective traffic flow control.
An IoT-enabled automated barricade that adjusts lane allocation based on real-time traffic conditions. The system detects congestion patterns, controls lane opening/closing, integrates with V2V/V2I communication, and provides manual emergency override. It enables faster traffic flow, reduces delays, and enhances public safety.
Smart city programs, municipal traffic authorities, state highway departments, metro-city infrastructure boards, road safety agencies, and urban development bodies. These stakeholders require scalable systems to improve traffic flow and safety. Also suitable for deployment in toll plazas, expressways, and emergency corridors.
The Smart Barricade System offers real-time, adaptable lane control that reduces congestion, improves travel time, and minimizes fuel consumption. Unlike static barricades, this system automatically responds to changing traffic flow, improving efficiency without requiring manual intervention. Governments and city planners benefit through increased road capacity, better emergency access, and enhanced public safety. The system is future-ready, compatible with smart mobility infrastructure, and reduces long-term operational costs through automation. These combined advantages make it a high-value, necessary investment for modern cities.
We Would Require Support In the Following :
Technical and Product Development Support; Mentorship and Expert Guidance; Funding and Financial Assistance; Infrastructure and Prototyping Facilities; Networking, Collaboration, and Investor Connect
Capital to achieve the desired outcome, we would require
₹200–250 L, detailed
And would be required for
Prototype Development Support; Research, Design & Validation Funding; Business Model & Market Access Support; Technology and Digital Infrastructure Funding; Pilot Testing and Field Trial Support
Expected Return Should Be in:
Less than 2 years