The growing popularity of micromobility devices has made the safety of two-wheeled transport a priority. The latest V2X solutions allow people on bicycles, e-scooters and other light vehicles to connect to the vehicle communication ecosystem and benefit from enhanced road safety.

The growing share of trips made on micromobility devices is encouraging cities to rethink their built infrastructure. With our broad product portfolio, two-wheeled devices can be integrated into the C-ITS ecosystem, significantly improving road safety for vulnerable road users. City managers can also use V2X to become aware of near-crash incidents that were not previously […]

City leaders are looking for solutions to a countless transport problems, and vehicle communications is beneficial in multiple areas. Commsignia provides a platform for sensor integration, image recognition, and neural network-based analysis to process and merge information coming from different sources. From all this we create V2X messages, warnings for vehicle drivers to prevent accidents […]

Time is the single most important variable for emergency response units. Vehicle communication is able to prioritize special vehicles by coordinating traffic lights at intersections and providing up-to-date traffic information for route optimization. V2X messages can warn other road users about the approaching emergency vehicles so they can prepare to give way in advance. Prioritization […]

Commsignia pays maximum attention to safety and security. New technologies often raise questions and doubts, and this is especially true for solutions that can affect the behavior of vehicles. Our security stack has shown outstanding performance during verification  and ensures a high level of security. This integrated approach allows customers to work with a single […]

Wireless coverage is equally important for cell phone users and vehicle communications. The Telco industry and V2X suppliers can work together efficiently to provide coverage across the road network. Roadside units used in vehicle communication can house mobile network cells and also come with edge computing capacity to power low latency applications.

Various road users, typically pedestrians, cyclists and e-scooter riders, find themselves locked out of intelligent transportation systems due to a lack of vehicle-to-everything communications devices. However, they can be incorporated into these systems passively, through camera or sensory recognition, or by leveraging the newest technologies, such as ultra-wideband. Visit commsignia.com/vru for more details.

Cities and operators face increasing challenges to manage their growing number of roadside and onboard units. Even simple tasks become huge as V2X coverage scales. Commsignia offers tools to set up, manage and monitor multiple devices at once, significantly reducing the possibility of errors. We can integrate our solutions into existing traffic management systems to […]

Sharing sensor data with other vehicles is the second step of vehicle communications and  is realized through so-called Day 2 applications. Collective Perception Messages (CPMs) are a good example of a Day 2 application. CPMs are a digital imprint of a vehicle’s environment sent over to nearby connected vehicles with very low latency. CPMs contain […]