VANET Projects attracts plenty of students and scholars due to its increasing need and research scope. Vehicular Ad hoc Network [VANET] is a type of ad hoc network, which have a characteristic of fast topology change and high node mobility. In this network, vehicles are equipped with devices which are capable of short range wireless connectivity to form a vehicular network. VANET has become an active area of research due to its tremendous potential to improve vehicle and road safety. We have a large collection of pioneer ideas for VANET projects, specially mined for students, with the help of top experts. Scholars can approach us anytime to mine a novel idea for their research.


  VANET Projects brings you a new hope for budding scholars and researchers due to its vast research scope. It is actually a challenging and powerful domain. Route planning and traffic safety in VANET opens the way for numerous applications. Scholars, who feel to stand out in the midst of thousands, can work in this challenging domain to do something useful to the society. We are ready to guide you in all ways to make you successful to acquire your dreams. You can explore the field of VANET to any extreme with the help of our experts and professionals. We have mentioned few major aspects of VANET, which will be helpful for scholars and students, who wish to take VANET projects.


  • Provides Traffic management and public safety
  • Traffic coordination assistance and traveler information support
  • Provides a way for air pollution emission measurement and reduction
  • Provides V2I and V2V communication
  • Provides safety and lifesaving applications


Common VANET simulators:

  • Traffic and Network Simulator
  • National Chiao Tung University Network simulator[NCTUns]
  • VanetMobiSim
  • VEINS[Vehicles in Network Simulation]
  • VANET Simulator[VANET SIM]

Programming Languages Used:

  • C[.c,.h]
  • C++[.cc,.cxx,.cpp,.C,.c++,.h,.hpp,.h++,.hxx,..hh]
  • TCL[.tcl]-Tool command language

 –Used for web and desktop based applications and is extensible via C,C++, Java.

  • OTCL[.tcl]-Object oriented extension of TCL
  • Python[.py, .pyd,.pyc,.pyo,.pyw,.pyz]-Used to write simulation scripts
  • Java[.java]


Geographic Source Routing:

  • Position based Routing with topological information
  • Uses Global positioning system or some other localization technique

Data Dissemination Routing Technique:

  • Used to disseminate data
  • Provides high delivery ratio and low delay

Greedy Perimeter Stateless Routing:

  • Specifies geographic forwarding strategy
  • Uses two components namely greedy forwarding and perimeter routing

On-Demand Routing Protocol:

  •  Attempts to discovers route when it has packets to send

Greedy Forwarding Technique:

  • Sends packets based minimum distance constraint

Face Routing Technique:

  • Alternate solution to greedy forwarding technique when it comes to dead end

Fisheye State Routing[FSR]:

  • Works based on the Topology table it maintains and periodically exchanges it

Geo Cast Routing:

  • Location based Multicast routing
  • Works within the specified geographical region

Position based Routing:

  • Consist of class of routing algorithms
  • Sends packet to the nearest neighbor


 Major Applications:

  • Application can be safety oriented, commercial oriented, convenience and productive oriented
  • Electronic brake lights
  • Platooning[allows vehicles to follow leading vehicle by wireless receiving acceleration and steering information]
  • Traffic Information Systems etc

Major research areas:

  • Secure Infrastructure deployment
  • Location security
  • Location and conditional privacy
  • Merging cloud with VANET in a secure manner
  • Message broadcasting issues
  • Mobility Models
  • Improving Quality of service and scalability issues


  • Effect of Traffic Density Patterns on the routing protocols for Vehicular AdHoc Networks
  • Experimental Modeling and Characterization of RF jamming attacks on VANETs
  • Decision Inference System: Misbehavior Detection in VANETs
  • Performance evaluation of Information Dissemination Scheme based on P2P network and Autonomous Clustering in VANETs
  • Street Centric  Opportunistic Routing Protocol based on Link Correlation for urban VANETs
  • Large scale VANETs with Taxis and Buses for Delay Minimization to Data Dissemination
  • Security based games based on Re-action Algorithm against DOS attacks in VANETs
  • Considering Entrance and Exit of Mobile Nodes in VANETs using Mobile Agent Migration Mechanism for Information Dissemination
  • GPSR Routing Protocol based on the Buffer-Length of nodes for the problem of Congestion in VANETs
  • VANETs with Sparse Infrastructure Deployment for efficient privacy preserving security protocol.
  • Effective Dynamic Caching Mechanism for Geo-cast Routing in VANETs
  • Performance evaluation of Android based Real-time Message Dissemination in VANETs
  • Efficient Specific Opportunistic Routing at Road Intersection in VANETs
  • An efficient Anonymous Authentication Protocol for Vehicular AdHoc Networks
  • Impact of Interference and Fading on Congestion based Geo-graphic Routing in VANETs


 We have provided few major research areas and topics for scholars to get an idea about VANET Projects. If you still feel to explore more and learn more, have an online session with our experts. We are available for you by 24/7.