Tattile has significantly strengthened its technology portfolio by combining Comark’s decades-long expertise in laser and radar technologies with Tattile’s well-established excellence and market leadership in ANPR solutions. This integration brings together complementary know-how, creating a solid foundation for the development of increasingly advanced and reliable LiDAR vehicle classification and traffic monitoring systems.
Following this strategic integration, Tattile developed Comark+ Laser, a new-generation high-precision laser specifically engineered for advanced intelligent transport system applications. Building on the heritage of both companies, Comark+ Laser represents a major step forward in terms of accuracy, flexibility, and overall system performance.
What are Tattile’s Comark+ Laser benefits?
Comark+ Laser is designed to ensure highly accurate transit detection, reliable triggering, LiDAR vehicle classification, and precise measurement capabilities. Thanks to its innovative 210° aperture angle, it can reliably detect vehicles traveling at speeds of up to 250 km/h, while covering up to two lanes simultaneously. Its revolutionary fog-proof engine effectively prevents interference in harsh weather conditions, ensuring consistent performance and maximizing data reliability even in challenging environments.
The device features a compact, all-in-one design that requires no external PC, significantly simplifying installation and reducing overall system complexity. With a laser frequency of 100 Hz, it delivers an exceptionally high level of detail, ensuring outstanding accuracy and consistently high performance across a wide range of applications.
Comark+ Laser is also available with an optional radar module, further enhancing its capabilities. The radar can be used to determine vehicle speed and direction, and to estimate vehicle length, thereby further improving the accuracy of LiDAR vehicle classification. In addition, with upcoming updates, it will be possible to combine multiple lasers to support different applications and handle various types of data, increasing the system’s versatility and adaptability.
As with all Tattile devices, Comark+ Laser is based on the Stark platform, ensuring seamless and effortless integration into existing systems. Moreover, Tattile’s Stark is the first software platform that is secure-by-design, specifically developed to withstand even the most sophisticated cyberattacks, while fully complying with IEC 62443 standards.
To support every project, Tattile provides a dedicated team capable of designing the best-fitting solution for each specific requirement, along with skilled engineers who deliver comprehensive 360° technical support throughout all project phases.
Tattile Q&A
Q: What is LiDAR and how is it used in vehicle classification?
A: LiDAR (Light Detection And Ranging) is a technology that uses laser pulses to measure distances and create precise 3D representations of objects. In LiDAR vehicle classification, it enables highly accurate detection, measurement, and classification of vehicles based on size, shape, and movement, making it ideal for intelligent transport systems and traffic monitoring applications.
Q: What are the advantages of Comark+ Laser for LiDAR vehicle classification?
A: Comark+ Laser offers high-precision LiDAR vehicle classification thanks to its 210° aperture, ability to monitor up to two lanes, and accurate detection at speeds of up to 250 km/h. Its fog-proof engine ensures reliable performance in harsh weather conditions, while its 100 Hz laser frequency delivers detailed data for consistent and accurate vehicle detection.
Q: How does Comark+ Laser improve traffic monitoring systems?
A: Comark+ Laser enhances traffic monitoring by combining precise transit detection, reliable triggering, and advanced LiDAR vehicle classification in a compact, all-in-one device. With optional radar integration, it can also measure speed, direction, and vehicle length, providing richer data and improving efficiency and adaptability.
