Alternatives to Kapsch TrafficCom

gtechna’s smart parking management and enforcement solution is trusted by leading cities worldwide. Our cloud-based system empowers municipalities, transportation agencies, and universities with cutting-edge applications that increase parking revenue, cut operational costs, and improve the driver experience. By choosing gtechna for your parking management and enforcement needs, you're partnering with an industry leader known for constant innovation. Cities like Washington, D.C., Boston, Pittsburgh, Toronto, and Vancouver have already transformed their parking infrastructure with gtechna—now it's your turn to experience the future of parking. Upgrade to a scalable parking management and

Advanced traffic management systems facilitate the assurance of mobility, both presently and in the future, while effectively addressing the challenges posed by increasing traffic volumes and their environmental consequences. By integrating various systems and data sources, it's possible to enhance traffic flow significantly. Implementing these intelligent systems fosters the development of sustainable urban areas and promotes efficient mobility solutions. Moreover, intelligent traffic management contributes to improved traffic conditions not only within cities but also in the surrounding regions, preparing them for the upcoming mobility transformations. In order for urban and regional areas to maintain or restore their attractiveness sustainably, they must confront the issues of traffic and its effects on individuals and the environment. Effective approaches should encompass not only a shift to alternative transportation methods but also the smart management of road traffic. Historical evidence indicates that merely responding to traffic disruptions after they occur is insufficient; instead, proactive planning is crucial for maximizing the traffic network's capacity. This strategic foresight ensures that cities can thrive as they adapt to ever-evolving mobility demands.

With extensive experience in contemporary traffic management, SWARCO assists cities and communities worldwide in enhancing their transportation systems to boost efficiency, lower emissions, and elevate the quality of life for residents. This approach to traffic management transcends mere improvements in traffic flow and safety, embracing a comprehensive perspective on mobility. As digital technologies and real-time traffic data analysis become more prevalent, we find ourselves undergoing a significant transformation in this field. For nearly 300 years, traffic management has grappled with two persistent challenges: congestion and road safety, which continue to be pressing concerns today. Modern traffic management solutions leverage digital technology to effectively monitor and control various traffic types. Beyond merely improving traffic flow and safety, these systems also address additional issues such as air pollution, noise, and environmental impacts, showcasing the multifaceted benefits of innovative traffic management practices. Ultimately, this evolution in traffic management is essential for creating sustainable urban environments that prioritize the well-being of all citizens.

Cities recognized for their groundbreaking innovations are leveraging Hayden AI's advanced sensors, software, and data to enhance urban mobility and elevate the living standards of their residents. This technology-driven strategy focuses on ensuring road safety and optimizing traffic patterns. By transforming both public and private vehicles into intelligent street sensors through our AI-based perception systems and community app, we can create a comprehensive digital twin of urban environments by integrating mobile sensor data with input from citizens. Moreover, we facilitate active participation from communities and stakeholders by providing accessible digital tools that foster collaboration. Hayden AI not only amplifies a city's capability to establish safer and more efficient traffic systems but also tackles pressing issues related to equitable mobility. Explore available job opportunities and join us in addressing intricate challenges in the field of AI. Streamline complex operations and enhance public services utilizing Hayden AI’s proprietary suite of perception systems tailored for city fleets, ultimately leading to less congested roads and improved overall traffic safety. Our commitment to innovation and community engagement lays the groundwork for smarter, more connected cities.

NoTraffic has introduced an innovative AI-driven traffic signal system that integrates road users with the urban infrastructure, addressing current traffic issues while enhancing smart mobility advantages for cities, thereby fostering a completely new lifestyle. By implementing this platform, any standard traffic signal is transformed into a smart system that comprehensively analyzes traffic conditions and reacts instantly to all types of road users, including the identification and classification of bicycles, cars, buses, pedestrians, and emergency vehicles. Municipalities can utilize the cloud-based dashboard to establish regulations such as priority routes for public transport or enhanced safety measures for cyclists and pedestrians. The AI software adeptly enforces these regulations at every traffic signal, managing intersections in real-time and autonomously regulating the entire city traffic grid in response to actual demand, offering tailored services for every user category to alleviate congestion, lower emissions, and minimize accidents. This groundbreaking approach not only improves daily commutes but also paves the way for a smarter and more sustainable urban environment.

We offer cutting-edge solutions aimed at ensuring that traffic movement is safe, eco-friendly, and enjoyable, ultimately enhancing the quality of urban life and delighting road users. The advancements we create are shaping the present while paving the way for future possibilities. Our comprehensive range of products and services empowers cities globally to achieve their Smart Mobility goals. With over five decades of experience in providing dependable traffic management solutions, we collaborate with partners across more than 30 nations. Our commitment to innovation, quality, and accountability fuels our mission to deliver transformative products and services. By embracing emerging technologies, adhering to global standards, and focusing on user-centric design, we equip cities worldwide to adapt to future mobility trends, including real-time traffic oversight, autonomous transportation, and integrated mobility services. Furthermore, we extend our technology to other organizations, enabling them to incorporate it into their offerings, fostering an interconnected approach to urban mobility. Such collaboration drives progress and ensures that all stakeholders benefit from advancements in transportation technology.

Rekor leverages Artificial Intelligence to gather, integrate, and structure mobility data from around the globe, providing groundbreaking insights into roadway intelligence and establishing a framework for a digitally-enhanced road operating system. The company’s award-winning solutions are already making a significant impact, offering actionable insights to numerous prominent agencies and enterprises rather than just promising future advancements. As a major player in the aggregation of roadway data and a leader in AI and machine learning technologies, our patented innovations are designed to transform communities and improve the daily lives of residents. To ensure the highest level of trust, we implement top-tier security measures and cutting-edge data filtration systems. With a worldwide presence and diverse data sources, Rekor empowers businesses and communities alike to explore, analyze, and enrich their understanding of AI-driven insights, ultimately paving the way for smarter decision-making. Our commitment to innovation continues to drive us forward as we seek new ways to enhance mobility solutions worldwide.

GridMatrix's innovative technology focuses on optimizing traffic flow to minimize wait times for all road users, including vehicles at traffic signals, buses at railway crossings, and pedestrians at crosswalks. By decreasing idle times caused by stoppages, the system contributes significantly to lowering emissions, as idling vehicles are responsible for releasing over 30 million tonnes of CO2 each year. Achieving zero emissions from idling is equivalent to removing 6.5 million passenger cars from the streets of the United States. Rather than constructing additional roads to accommodate rising population and vehicular demands, municipalities can enhance the efficiency of their existing roadways through GridMatrix’s advanced real-time software platform. Furthermore, cities are striving for zero traffic fatalities, and GridMatrix's solutions can play a pivotal role in reaching this goal. Enhancing traffic flow not only improves overall movement but is also linked to a decrease in accidents, as GridMatrix’s analytical tools can effectively identify problematic intersections with high rates of collisions, allowing for targeted interventions. In this manner, the integration of GridMatrix’s technology not only benefits transportation efficiency but also promotes public safety and environmental sustainability.

The advent of artificial intelligence empowers us to forecast current traffic situations more swiftly and accurately than traditional methods. AI Traffic harnesses cutting-edge developments in AI, cloud computing, and cluster processing to offer the most precise real-time traffic solutions available. By rapidly analyzing over a decade's worth of extensive data, we can forecast traffic speeds across all types of roads, whether major highways or minor streets. This system provides immediate updates on real-time traffic conditions, identifies speeds in various lanes, and produces unparalleled estimated times of arrival. Additionally, it can offer this comprehensive information for any roadway globally, spanning from highways to local intersections and rural paths to urban neighborhoods. This innovative technology not only assists drivers in reaching their destinations more efficiently and with reduced anxiety, but it also enables businesses to make informed decisions while equipping cities with the insights necessary to enhance public safety and strategically plan for future infrastructure needs. Ultimately, AI Traffic is revolutionizing how we navigate our roads and manage traffic.

We utilize smartphones as sensors to track vehicle, transit, biking, and pedestrian traffic in virtually any location. Our software provides insights such as counts, origin-destination data, and various transportation metrics for any specified road, area, or time frame. This empowers thousands of professionals in transportation management. By offering metrics like AADT, origin-destination analysis, and turning ratios, we enhance transportation evaluations and provide deeper insights. You can perform all of this analysis directly from your desktop without needing to deploy sensors or conduct surveys! Whether you're planning to install EV charging stations, develop a bike lane, or adjust an off-ramp, our tools assist you in understanding the interactions of cars, pedestrians, cyclists, and other modes of transport in your specific region. Our analytics transform new mobility trends and patterns into tangible opportunities. By using real-world data, you can engage stakeholders, implement improved mobility solutions, and assess the impacts before and after changes are made. Moreover, our approach combines smartphone data with our proprietary RouteScience® technology to analyze and clarify travel behaviors across North America, ensuring that you have a comprehensive view of transportation dynamics.

The SynchroGreen® adaptive traffic control system enhances signal timings for main roads, side streets, and pedestrians through its real-time adaptive capabilities. Developed by Trafficware, this proven solution aims to minimize travel times, delays, and stops for drivers. By maximizing existing roadway capacity, SynchroGreen also contributes to lower fuel consumption and reduced idle times, which leads to fewer emissions. This innovative system was meticulously crafted by Trafficware in collaboration with Naztec, both of which bring extensive expertise from years in the traffic management field. Traffic engineers worldwide utilize Trafficware’s Synchro Studio for effective traffic simulation and optimization. Additionally, the Naztec ATMS.now central management software is currently employed by 200 cities across the United States, overseeing the management of thousands of intersections. This combined wealth of knowledge and experience forms a solid foundation to effectively tackle the complexities involved in optimizing traffic signal functions, ensuring smoother flow and improved safety for all road users. As urban areas continue to grow, the need for such advanced traffic solutions becomes increasingly critical.

Waycare gathers data from the existing infrastructure of transportation agencies and enhances it with information sourced from mobile applications, connected vehicles, weather data, and event management systems. This diverse array of data is then processed using advanced Artificial Intelligence (AI) algorithms that generate valuable insights and forecasts aimed at improving traffic safety and managing congestion effectively. Traffic Management Center (TMC) operators are responsible for overseeing both freeways and arterial roads, coordinating incident responses, and ensuring that the public remains informed about current traffic situations. However, juggling numerous tasks across various platforms and screens can lead to significant inefficiencies in their operations. To address these challenges, TMC operators require an integrated system that promotes communication between agencies, enabling a more proactive approach to managing traffic issues. Smart Connect offers TMC personnel a robust suite of tools designed for effective strategic response and seamless coordination among different stakeholders. In this way, TMC operators can enhance their efficiency and improve overall traffic management outcomes.

MOVA is engineered to address various traffic scenarios, spanning from minimal vehicle flows to heavily congested junctions. Primarily, it functions in a mode that minimizes delays prior to the onset of congestion; however, when any approach becomes excessively crowded, the system transitions to a mode focused on maximizing capacity. Furthermore, MOVA is versatile enough to manage a diverse array of junction types, ranging from straightforward ‘shuttle-working’ configurations to complex, multi-phase, multi-lane intersections. It is particularly beneficial at locations facing capacity challenges under Vehicle Actuated (VA) control, especially where congestion affects one or more approaches. Additionally, it facilitates the incorporation of pedestrian amenities or safer staging structures by providing the required additional capacity. Nearly all traffic signal authorities utilize MOVA, making it a standard requirement for new signal installations and significant upgrades on trunk roads. As a result, its adoption has become crucial in improving traffic management across various urban environments.

Traffic Management is inherently a challenging endeavor, yet the increasing evolution of transportation methods adds another layer of complexity. As demographics shift and technology advances, novel ways to traverse our roadways are continuously developed and improved. The rise of shared mobility options diminishes the reliance on personal vehicles and reduces the demand for parking spaces. With the growing prevalence of electric vehicles, buses, and bicycles, there is an urgent need for appropriate infrastructure to accommodate these changes. While these innovative transport modes and technologies facilitate cleaner and safer travel, they also shift the emphasis from traditional automobiles. Consequently, Traffic Management must adapt to this dynamic environment, striving to foster transportation that is safe, environmentally friendly, cost-effective, and efficient. At TRL Software, we equip organizations with the tools to enhance current travel experiences while also paving the way for a more intelligent and sustainable mobility landscape in the future. This commitment not only addresses present needs but also anticipates the demands of tomorrow's transportation systems.

Overseeing our roadways and associated infrastructure, such as bridges and tunnels, is a significant endeavor that requires collaboration from various stakeholders. The OpenTMS ATMS serves as a data-centric decision support system and an advanced traffic management solution that is not limited to a specific platform and is constructed on an open architecture framework. Our modular design, which is recognized as top-tier, offers unparalleled flexibility and adaptability. You can select the specific modules that suit your requirements; the system is fully scalable, allowing for expansion as your needs change and grow. Additionally, the OpenTMS API facilitates support for mobile applications and system integration, connecting with more than 50 different device and system manufacturers. It seamlessly works with signal software, enabling both state and local road authorities to optimize device management while linking multiple regions through a single software instance. OpenTMS traffic management software, which is compatible with both workstations and tablets, can be easily customized to integrate various commercial or proprietary mapping data and layers, ensuring a tailored approach to traffic management. This versatility makes OpenTMS an ideal choice for organizations looking to enhance their traffic oversight capabilities.

Kinetic™ CV compiles information from every signalized intersection within a network utilizing MAXTIME ic, enabling agencies to grant authenticated users access to a centralized data feed that facilitates various V2X applications aimed at enhancing travel efficiency, promoting environmentally friendly practices, and increasing safety for both drivers and vulnerable road users. This innovative solution is significantly more cost-effective, being up to five times cheaper than traditional hardware-based alternatives, and it offers customization to suit particular environments and locations. Customers have the ability to configure map views for specific intersections, allowing for easy access to vital information. Furthermore, this same mapping interface is integrated into the Kinetic Mobility platform, which supports additional functionalities such as traffic signal management, ultimately enhancing operational efficiency and saving valuable time. Additionally, the customizable nature of Kinetic CV helps agencies meet the unique demands of their specific transportation networks.

Since its inception in 2009, Centracs® has been at the forefront of the transportation management solutions sector, serving more than 340 clients throughout North America and managing over 57,000 signalized intersections. The platform has adapted to meet evolving industry standards, addressing daily operational needs while embracing the new connected vehicle landscape to guarantee optimal safety, system dependability, and enhanced mobility. Tailored to tackle the present and future challenges of traffic management, Centracs offers an integrated suite that includes signal control, monitoring, information management, data visualization, and advanced traffic algorithms. This enables agencies to achieve real-time oversight of their roadway networks, promoting maximum safety and efficiency. Furthermore, the Centracs Mobility Platform stands out by providing a modular approach to traffic signal control and smart automation, ensuring flexibility and responsiveness in traffic management strategies. As urban areas continue to grow, the importance of such innovative solutions becomes increasingly vital for effective transportation infrastructure.

Developing traffic control plans can be accomplished in just minutes with our software, which is specifically designed for traffic professionals. Currently, more than 10,000 businesses and government bodies across 32 countries rely on RapidPlan for their traffic management needs. This comprehensive software delivers a complete planning solution tailored for traffic experts, enabling the swift creation of professional, high-quality traffic plans. Over the last twenty years, RapidPlan has established itself as the top choice for numerous organizations and government entities globally. Additionally, RapidPlan Online is a newly launched web application that allows users to create straightforward traffic plans directly on Google Maps or Mapbox, making it perfect for mobile teams or small to medium enterprises that occasionally require traffic planning. With RapidPlan, you can prepare traffic control plans in mere minutes instead of hours. As the most trusted traffic control planning software on a global scale, RapidPlan from Invarion continues to lead the industry with its innovative features and user-friendly design. This commitment to excellence ensures that traffic professionals can work efficiently and effectively, regardless of the complexity of their projects.

With Road Manager, you can effortlessly devise intricate traffic plans using Google Maps, significantly reducing the time required by directly sketching your designs on a map. Your plans, along with all pertinent documents, can be securely stored in the cloud, allowing for seamless accessibility. In addition, you can actively oversee your event or roadworks in real-time, revolutionizing the way you handle these operations. Say goodbye to the cumbersome process of printing PDFs and binding folders for field staff. Road Manager empowers you to create all the necessary traffic control plans for your event or construction site and manage the implementation live. Field personnel can execute a special event traffic management plan with just a single tap on their mobile devices or tablets, while traffic controllers can easily notify the control center when a traffic control plan is in effect with one click. Moreover, the Road Manager Live overview screen provides your traffic management team with a comprehensive view of all traffic plans simultaneously, serving as a centralized hub for efficient traffic planning and management. This innovative approach not only enhances communication but also streamlines workflows, ensuring that your traffic management operations run smoothly.

SMATS provides a comprehensive traffic data analytics solution that delivers precise and reliable traffic insights. Our data sources include travel time sensors, radar technology, and crowdsourced information from third parties, all enhanced by sophisticated analytical methods. No matter the objective of your project, SMATS is equipped to assist you in gathering and interpreting the necessary data. The SMATS iNode ™ application is specifically tailored for analyzing and visualizing various metrics such as travel time, speed, traffic counts, vehicle classification, origin-destination relationships, and signal performance measures. By leveraging the analytics capabilities of iNode ™, traffic operations, engineering, and planning teams can effectively manage traffic conditions and enhance the efficiency of transportation systems. The platform also facilitates real-time monitoring of key routes, including those heavily trafficked during morning and evening commutes. Users receive traffic alerts when abnormal patterns are identified, enabling them to pinpoint congestion hotspots within their infrastructure. By analyzing this data, planners can prioritize improvements and better allocate resources to enhance overall traffic flow. Additionally, the insights gained from the application can lead to a more responsive and proactive traffic management strategy.

TRL has created MotorGraph to equip managers and operators with up-to-date and pertinent insights regarding the network. To enhance the effective management of the road network, technologies such as the Motorway Incident Detection and Automatic Signalling (MIDAS) system and Managed Motorways are utilized. Serving as an essential resource, MotorGraph evaluates the effectiveness of these systems. It offers graphical representations for all primary motorway segments across England that feature traffic detection and signage capabilities. This distinctive platform aggregates all available real-time and historical data into a single interface, empowering users to easily access and analyze information related to all systems present on monitored motorways. By providing both current and past data, MotorGraph enables licensed users to evaluate and track the operational effectiveness of motorway control systems; observe live and historical traffic trends; enhance traffic management strategies, and pinpoint the origins and reasons for congestion. Furthermore, its comprehensive data sets contribute to more informed decision-making and improved traffic flow on the network.

Spinnaker ATMS is an advanced traffic management system that operates entirely through the web, offering a highly intuitive and user-friendly interface built on modern web technologies. This software enables access via web browsers across various operating systems and devices, including Windows, OSX, Android, iOS, and Linux, ensuring versatile compatibility. Designed to serve as an integration platform, Spinnaker ATMS connects multiple subsystems such as intersection control, travel time monitoring, adaptive traffic management, CCTV, incident detection, and dynamic message signs. With its mobile accessibility, users can manage traffic operations from virtually anywhere, making it particularly beneficial for both small and large urban areas. The system's Navigator feature enhances user experience by facilitating smooth scrolling and zooming across map displays through an edge-to-edge responsive interface, allowing for efficient navigation and oversight of traffic systems. This comprehensive approach ensures that traffic management is streamlined and effective, catering to the needs of diverse municipalities.

FLUX is an advanced software platform designed for integration with FLIR's video detection systems. This platform aggregates data related to traffic, including events, alarms, and video footage produced by various cameras, sensors, and detectors. Additionally, FLUX provides robust video management capabilities and can operate network video recorders, as well as monitor both mobile and static cameras. By utilizing FLUX, users can effectively oversee all traffic data sourced from different sensors, ensuring that the information is both meaningful and applicable to their needs. Accessing the traffic management system is straightforward, requiring only a web browser and a network connection. FLUX enables users to gather, visualize, and archive traffic-related data, events, and alarms, while also graphically displaying video detectors along with logging and alerting for events. Traffic managers globally rely on FLIR’s detection and monitoring technologies to ensure the safe and efficient movement of vehicles. With real-time processing of video or thermal imaging, FLUX enhances traffic management strategies in various settings, including urban environments, highways, and tunnels. This comprehensive approach not only improves safety but also optimizes traffic flow, showcasing FLUX's essential role in modern traffic management solutions.

The Globessey Data Server (GDS) serves as a comprehensive centralized solution for collecting, managing, and visualizing vast amounts of traffic data from various sources. It offers smooth integration with Adaptive Recognition's ANPR/LPR cameras alongside other third-party devices, which enhances the efficiency of data aggregation and analysis. With its foundation on the powerful ELK stack, GDS ensures secure data storage and features user-friendly dashboards that include advanced visualization options like heatmaps and geofencing filters. The platform's intuitive interface makes it easy to deploy and register devices, while the provided OpenAPI documentation and SDK samples cater to flexible development needs. Additionally, GDS's compatibility with both Windows and Linux operating systems contributes to its adaptability for traffic management, smart city infrastructure, and security applications. As cities increasingly rely on data-driven solutions, GDS stands out as a pivotal tool for enhancing urban mobility and safety.

PTV algorithms provide planners with the ability to design and simulate a wide range of scenarios, from simple street intersections to the entire transportation network of a city, including truck route optimization and fleet management solutions. These sophisticated models rely on extensive data sets to create accurate digital representations of urban environments, enabling the simulation of various scenarios and business cases. By integrating historical data with real-time information, users can formulate specific strategies and anticipate the movements of buses, cars, and trucks throughout the city. This technology facilitates effective monitoring, optimization, and management of both traffic and logistics operations. Furthermore, leveraging real-time data alongside these models allows for reliable traffic forecasts extending up to 60 minutes ahead, ensuring that routes are calculated for maximum efficiency while adapting to changing conditions. Ultimately, the versatility of PTV technology empowers cities to enhance transportation systems and improve overall mobility.

Carmen® Nano is an innovative software module that converts any IP camera into a robust on-premise system for Automatic Number Plate Recognition (ANPR) and Make and Model Recognition (MMR). Tailored specifically for NVIDIA® Jetson™-based devices, it harnesses the power of deep learning to provide real-time, highly accurate vehicle identification. With the capability to recognize over 38,000 different plate types from more than 160 nations, Carmen® Nano guarantees worldwide applicability. Its versatile API facilitates easy integration into pre-existing systems, making it exceptionally suitable for various applications, including traffic monitoring, access control, and efficient parking management. Additionally, its user-friendly interface ensures that organizations can quickly adapt and implement this technology.

Utilize automated license plate recognition to track down criminals effectively. The Safe Fleet® FOCUS™ H2, equipped with an ALPR system, serves as a robust instrument for law enforcement, facilitating the identification of vehicles and individuals linked to criminal activities. By creating and managing hotlists of warrants, crimes, and suspects, this system enhances the ability to spot offenders, thereby increasing the number of eyes on the ground. Officers can improve their efficiency and safety by automatically analyzing thousands of license plates, capturing images at high speeds and from sharp angles across multiple lanes of traffic. The data collected can be shared seamlessly with pertinent local and national law enforcement agencies, ensuring a coordinated effort in crime prevention. Whether through fixed installations, portable units, or mobile setups, the system can be mounted on front grilles, lightbars, or used at special events, making it versatile for different scenarios. Additionally, it ensures that officers are alerted in real-time about suspect vehicles, utilizing the latest information from APBs, BOLOs, and Amber alerts, thus maximizing the chances of apprehending criminals swiftly. With this advanced technology, law enforcement can significantly enhance their operational capabilities and response times.

Carmen® Cloud is an innovative cloud-based solution for Automatic Number Plate Recognition (ANPR) that utilizes cutting-edge machine learning techniques to accurately identify license plates, as well as the make, model, and color of vehicles in more than 200 nations. The system's algorithms are designed to be dynamic, allowing them to continuously evolve and maintain dependable performance even in challenging environments. With the convenience of a single API call, it enables easy access to ANPR, Make and Model Recognition (MMR), and Hazard Identification Number Recognition (ADR), facilitating quick implementation in various contexts such as traffic surveillance, parking systems, and security measures. Carmen® Cloud's robust and scalable architecture can handle varying operational demands, ensuring rapid insights without any delays or bottlenecks. The solution's worldwide applicability and flexible deployment options make it an ideal choice for organizations that require reliable and precise vehicle recognition solutions, ultimately enhancing their operational efficiency and security measures. Furthermore, its adaptability to different scenarios underscores its significance in modern vehicle management systems.

Carmen® GO serves as a user-friendly, plug-and-play software that enables Automatic Number Plate Recognition (ANPR) and Make and Model Recognition (MMR), effectively converting any IP camera feed into a valuable data source. This software proficiently detects vehicle license plates, along with their makes, models, and colors, from both live and recorded video sources. With the capability to recognize over 38,000 types of plates across more than 160 nations, Carmen® GO ensures its relevance on a global scale. Its accessible interface, integrated database, and REST API allow for easy incorporation into pre-existing systems without the need for complex coding. Additionally, it can handle up to eight camera streams at once, making it an adaptable solution for various applications like traffic surveillance, parking oversight, and security measures. The flexibility and efficiency of Carmen® GO cater to a wide range of industries, enhancing operational effectiveness.

Enhancing products fourfold through the application of computer vision in various sectors! Instead of relying on a security guard to jot down vehicle numbers, you can now monitor in real-time from any location using your computer or mobile device. Our well-designed, user-friendly applications provide features such as wrong route detection, helmet absence alerts, triple riding identification, no-entry vehicle alerts, and overspeed detection, all utilizing standard ANPR cameras. Fast tag systems also require visual surveillance, allowing you to cross-reference fast-tag data with visually captured vehicle numbers, classifications, makes, and models. Additionally, we can accurately measure the duration vehicles spend at toll booths with an impressive accuracy rate exceeding 98%. Our deep learning-based Optical Character Recognition (OCR) technology has successfully processed millions of documents, achieving an astounding accuracy of over 99.99%. Envision the possibilities at scale with A-EYE and its robust systems, which are rigorously tested under extensive conditions! From automatic number plate recognition to smart city traffic monitoring and efficient text detection for handwritten characters, the future of technology is here. As industries continue to evolve, our innovative solutions are poised to reshape the landscape of surveillance and data accuracy.

Carmen® Worker is an on-site Automatic Number Plate Recognition (ANPR) software that provides rapid, real-time vehicle identification tailored to your organization's infrastructure. Built to function without reliance on cloud platforms, it guarantees total data confidentiality and minimal processing delays, making it well-suited for sectors that demand stringent data governance, including access control, parking oversight, toll collection, and traffic regulation. This software can recognize license plates from over 160 countries and accommodates more than 38,000 different plate designs, enabling seamless integration with current systems via its Vehicle API and Transport API for straightforward implementation across diverse infrastructure configurations. Moreover, Carmen® Worker is fully adaptable, offering customizable options to satisfy the specific requirements of each deployment, which includes regional settings and parameter tweaks that enhance precision and effectiveness in various operational contexts. Additionally, the software's flexibility makes it a preferred choice for organizations looking to improve operational workflows while maintaining high standards of data security.

Carmen® ADR is an advanced software library that specializes in the automatic identification of Hazard Identification Numbers (HIN), or Kemler codes, found on vehicles carrying hazardous materials. By effectively interpreting these codes, it contributes to improved road safety and optimizes traffic management systems. The software is capable of processing diverse input formats, including static images and real-time video streams, and it operates on several platforms, including Windows and Linux. Its adaptable API allows for effortless incorporation into current infrastructures, proving to be an essential resource for traffic surveillance, border protection, and emergency response activities. Furthermore, the ability to integrate with various technologies ensures that it meets the evolving needs of safety and security in transportation.

TrafxFLOW meets the increasing demand for data that extends beyond mere traffic counts. In contrast to conventional traffic counting methods, TrafxFLOW delivers dependable and thorough information encompassing counts, speeds, and various classifications of road users, sourced from nearly any video input, whether from temporary or permanent cameras or drones. This innovative tool equips you with precise and varied data metrics essential for your traffic studies, which can involve Average Annual Daily Traffic (AADT), Level of Service (LOS), turning movement counts, road user classifications, and traffic speed metrics. Additionally, TrafxFLOW offers a user-friendly experience, allowing easy access to results at any time via an online dashboard. You can effectively detect and monitor a wide range of road users, including pickup trucks, work vans, passenger vehicles, single-unit trucks, articulated trucks, buses, motorcycles, bicycles, and pedestrians, ensuring a comprehensive understanding of traffic dynamics. Ultimately, TrafxFLOW transforms the way traffic data is collected and analyzed, making it an invaluable tool for transportation planning.

SCOOT operates as an advanced proactive system that modifies traffic signal settings in real-time to accommodate vehicles approaching intersections. In contrast, alternative systems rely on data from departing traffic, which results in timing changes that are often implemented too late to achieve optimal effectiveness. At the core of SCOOT lies an online traffic simulation model that evaluates a variety of potential timing adjustments in real-time, selecting the most efficient option. Other systems typically make modifications based on set parameter thresholds, such as traffic volumes or the number of arrivals on green, which restricts them to a single potential adjustment without prior effectiveness testing. SCOOT, on the other hand, consistently optimizes cycle length, splits, and offsets with each cycle by executing small, controlled modifications. Many alternative systems opt for larger adjustments on a much longer schedule, sometimes up to every 10 minutes, and some do not even optimize cycle length at all. Consequently, these other systems are significantly less adept at responding to the rapidly fluctuating conditions of traffic. This responsiveness makes SCOOT particularly advantageous in urban environments with dynamic traffic patterns.

ATMS enhances the established foundation of Trafficware's premier central transportation management system, offering an effective solution for overseeing and regulating an agency's traffic management and intelligent transportation system (ITS) infrastructure. With its sleek and user-friendly design, ATMS enables agencies to consolidate traffic network data into a unified platform, providing a comprehensive and real-time perspective on traffic operations. Users can efficiently manage and monitor diverse traffic and ITS elements that are vital for ensuring safe and smooth traffic flow. While ATMS functions as a fully equipped stand-alone central management solution, it also serves as a versatile software platform that accommodates additional features such as adaptive signal control, fleet management, transit signal priority, and emergency response prioritization. Each of these modules not only offers robust tools and functionalities but also utilizes the existing capabilities within the ATMS platform. Furthermore, Trafficware stands out as one of the few ATMS providers that seamlessly integrates with popular mapping services like Google Maps and Bing Maps, enhancing the overall situational awareness for traffic management agencies. This integration further solidifies ATMS's position as a leading choice for agencies looking to upgrade their traffic management systems.

The Transparity Traffic Management System (TMS) empowers transportation experts to effectively oversee traffic patterns and enhance mobility by utilizing real-time data collection and management capabilities. Designed with user feedback and extensive industry knowledge at its core, the contemporary framework of Transparity TMS is equipped to address the current challenges of transportation systems while remaining flexible to adapt to future changes. Offering an intuitive yet robust method for gathering and presenting information, along with continuous access to data from any location, Transparity TMS elevates your traffic management operations significantly. It allows for comprehensive monitoring of traffic conditions across the entire system and connected devices. Users can implement cutting-edge control strategies, assess performance metrics and trends, and facilitate proactive management. Additionally, it centralizes documentation and inventory, safeguards system integrity through rigorous data validation, and enhances accountability via detailed user security protocols, as well as comprehensive logs of controllers and activities. This holistic approach ensures that transportation professionals are equipped with the tools necessary for informed decision-making and efficient traffic oversight.

The Acyclica smart city platform offers critical information and insights for comprehending congestion issues. By converting vast amounts of data into actionable insights, Acyclica aids agencies in grasping travel times, traffic trends, and congestion levels. It features point-and-click origin-destination analyses along with real-time congestion mapping, which facilitates a deeper understanding of movement patterns. With a variety of automated reports and a robust user interface, Acyclica guarantees that data is accessible whenever and wherever it is required. By merging infrastructure and information from various sources and partners, Acyclica adeptly integrates data related to human mobility. An exceptional user interface, alongside automated reporting and extensive APIs, ensures that your data is precisely where it should be, right when you need it, for informed decision-making and effective urban planning. This capability allows agencies to respond more swiftly to congestion challenges and implement better strategies for traffic management.

Various additional systems, such as variable message sign control, traffic signal management, floating car data, and statistical analysis tools, can be incorporated according to specific needs. Furthermore, it is possible to integrate third-party systems using both standard and proprietary interfaces. Consequently, Concert emerges as a robust primary traffic management platform suitable for extensive metropolitan areas, boasting a rich ITS portfolio and a sophisticated array of traffic management strategies. Acting as an advanced ATMS solution, Concert not only executes traditional device monitoring and control tasks but also directly connects with a diverse range of third-party data collection, device management, and messaging subsystems, significantly enhancing the types and quantities of data accessible for informed decision-making. This capability allows Concert to take on a supervisory role, effectively managing interconnected subsystems while also analyzing and archiving data from remote sources, thereby fostering a more comprehensive traffic management environment. By utilizing these advanced features, Concert ensures a more efficient and responsive traffic system.

Kinetic™ Mobility represents Q-Free’s innovative solution that integrates advanced features from its well-established freeway and traffic signal management systems, OpenTMS and MAXVIEW. Historically, systems designed to merge these functionalities along with the ITS devices they encompass were often pieced together to fulfill specific project needs. This led to significant limitations in data integration and constrained capabilities. In contrast, Kinetic Mobility was meticulously designed from inception by specialists in their respective domains. This platform dismantles the conventional barriers of traffic management, offering a unified and all-encompassing solution to achieve shared mobility objectives across local, intercity, and regional frameworks. By utilizing a single, user-friendly interface, it adeptly manages various components of intelligent transportation systems, including traffic signals, events, signs, video, and additional features. Ultimately, this comprehensive approach enhances overall efficiency and responsiveness within the transportation ecosystem.

Kinetic™ Signals represents a significant enhancement of Q-Free's renowned MAXVIEW advanced traffic management system (ATMS). This innovative platform enables real-time monitoring and control of traffic signals and intelligent transportation system (ITS) operations. Its user-friendly interface allows newcomers to quickly become proficient, while seasoned users can effortlessly utilize more complex functionalities. The system's versatile mapping capabilities facilitate easy adaptation for various applications, such as adaptive signal control and connected vehicles, thereby increasing overall efficiency and conserving valuable time. Highlighting Q-Free's commitment to open data and collaborative frameworks, Kinetic Signals fully complies with NTCIP protocols. By allowing integration of any NTCIP-compliant controller, it simplifies the management of both legacy and new central systems during the integration process. Furthermore, Q-Free includes its data prism API as a standard feature, enhancing the system's capabilities even further. This comprehensive approach ensures that users can maximize their traffic management strategies effectively.

The cutting-edge Vaxtor LPR engine, initially designed for PC environments, is now seamlessly integrated into both Axis and Mobotix cameras, enabling instantaneous license plate recognition along with crucial meta-data collection. By employing embedded license plate recognition systems, organizations can significantly reduce network bandwidth usage and hardware expenses while enhancing the system's overall reliability and robustness. This solution is crafted to function effectively within real-world network environments, effectively eliminating single points of failure, and adopting an edge-based strategy enhances performance while lowering the total cost of ownership. VaxALPR features built-in black/white list capabilities directly within the camera, ensuring that access control measures and local alerts remain operational at all times. Furthermore, it provides additional meta-data such as direction of travel, country of origin, type of license plate, time and date of capture, GPS coordinates, and confidence levels, along with the option to integrate MMC and VClass for vehicle type classification, thereby empowering your edge-based traffic management systems. With these advanced features, users can expect not only improved efficiency but also a more comprehensive understanding of traffic patterns and vehicle movements.

Omni eX® Intersection Control Software stands out as an innovative solution designed for the most challenging traffic management scenarios. It is compatible with ATC platforms that follow the 2070 and NEMA standards, and it seamlessly integrates with any type of cabinet, offering a unified approach to traffic infrastructure. When paired with McCain Transparity® TMS, it enhances Intelligent Transportation System (ITS) capabilities by enabling centralized control over all NTCIP devices from a single interface. This software serves as a comprehensive solution adaptable to any controller or cabinet configuration, while also adhering to key national industry standards such as NEMA, ATC, and NTCIP. It allows for the assignment of inputs and outputs, along with programmable logic, eliminating the need for complex external wiring or relays through the use of custom NEMA D connectors. Additionally, it features a 16-line screen that can simultaneously display operational status and menu options, ensuring ease of use. The built-in data validation mechanisms guarantee accuracy and consistency, while robust data collection functionalities include measures of effectiveness (MOE) and detector data logging, with the capability to store results either locally via USB or in a centralized management system. This combination of features makes Omni eX® an essential tool for modern traffic control needs.

ANPR Watch: Enhance parking oversight. Our ANPR technology simplifies access, alleviates traffic buildup, and boosts overall parking effectiveness. PlateTrack Park delivers an innovative approach that converts parking management into a smooth, safe, and highly efficient process, ensuring a better experience for all users. This advancement not only optimizes space utilization but also enhances customer satisfaction.

intuVision VA offers a video analytics solution, with application modules in security, retail, parking, traffic, manufacturing and face & text detection, meeting a wide range of requirements. Working with popular video management systems, intuVision VA can add intelligence to your cameras, analyzing live or archived video to detect events or count objects. Events are then reviewed in the intuVision Review application for review or to generate reports, or sent to your video management system. Our application modules give access to all events for each application area. For example, going beyond counting customers in a retail store with queue management, dwell time reporting, and object taken alerts, or expanding parking spot monitoring in a garage with loitering or intrusion detection for after-hours security. intuVision VA features patented high performance video analysis methods to learn scenes and objects, detect events, minimize false alarms, and generate rich reports. The user-trained object classification with only a few samples makes it possible to learn any object type of interest and count or alarm on only those, giving a highly customizable, but off-the-shelf solution.

Carmen® Mobile is an innovative Android app that effectively turns your smartphone into a powerful tool for Automatic Number Plate Recognition (ANPR) as well as Make and Model Recognition (MMR). Users can easily capture key details such as license plate numbers, vehicle make, model, color, timestamps, and GPS coordinates from both moving and stationary vehicles. With support for over 38,000 different plate types and more than 230 vehicle models throughout Europe, North America, and other regions, Carmen® Mobile guarantees precise identification in various settings. The application is designed with several operational modes, including in-motion, fixed position, and parking, making it adaptable to different monitoring needs. Additionally, its integration with cloud-based ANPR services allows for efficient data processing and the ability to upload events to specified servers using FTP or REST API. This versatility positions Carmen® Mobile as an effective tool for traffic surveillance, parking enforcement, and enhancing security measures. Overall, its user-friendly interface and robust capabilities make it an ideal choice for professionals in need of reliable vehicle recognition technology.