Alternatives to Waycare

SWARCO has many decades of experience in modern traffic management. They help cities and communities around the globe to make their transport systems more efficient and reduce emissions, and improve the quality of life for all citizens. Modern traffic management does not only improve traffic flow and safety, but also considers the whole picture of mobility. We are experiencing a paradigm shift thanks to the increased use of digital technologies and real time traffic data analysis. Two main problems that have plagued traffic management since its inception nearly 300 years ago are congestion and safety. They are still a problem to this day. Modern traffic management solutions use digital technology to monitor and control various types of traffic. Traffic management systems are designed to improve traffic flow and safety as well as solve other problems like air pollution, noise, and environmental impact.

The KITS™, freeway and arterial transportation management software is customizable to meet your current and future needs. It also supports your existing infrastructure. KITS™, which combines our proven arterial control functionality with a wide range of ITS devices, analysis tools, and other ITS devices, integrates KITS™. KITS™, in addition to traditional signal/freeway device support, integrates the most recent technologies for ATMS including transit signal prioritization, advanced signal timing analysis, decision support, support for most major ITS communication protocol protocols, and support for decision support. KITS™, which provides the functionality you need to support your operations, is flexible enough to work with any hardware.

MotorGraph was developed by TRL to provide operators and managers with relevant and timely information about the network. Motorway Incident Detection and Automatic Signalling system (MIDAS) and Managed Motorways are two technologies that aid in efficient operation of the road network. MotorGraph is an important tool for assessing the performance and efficiency of these systems. MotorGraph plots all major motorways in England with traffic detection and signalling. This unique facility allows users to access all available historical and real-time data from all instrumented motorways. MotorGraph provides historical and live information that allows users to monitor and assess the performance of motorway control systems; analyse traffic patterns and optimise traffic control systems; and identify congestion sources and causes.

Traffic lights are not enough to manage traffic. Today's massive traffic volumes require new political and technological approaches to traffic management that also consider the responsible use of environmental resources. These approaches differ from one country to another and from one road to the next. Our traffic management solutions can be tailored to suit any country. We can supply, install, and manage complete solutions as well as individual components to improve and optimize existing systems. The integrated mobility management solutions and managed lanes provide a comprehensive view of a city's traffic situation and help to optimize traffic steering and reduce congestion. The age of data has opened up a new chapter in traffic management. This includes managing traffic and mobility behavior.

Q-Free's platform for combining expert features from its most established traffic signal management systems, OpenTMS (MAXVIEW), and Kinetic™, Mobility is Kinetic™. Systems capable of unifying these operations with the ITS devices they support have been traditionally bolted together to meet project needs. This results in severely limited data integration and handcuffed functionality. Kinetic Mobility, on the other hand was built by experts in their respective fields. The Kinetic platform is a holistic platform that integrates traffic management systems across all levels of the organization. It provides a comprehensive platform for achieving common mobility goals in inter-city, regional, and local operations. It does this by providing a single user-configurable interface that allows for all aspects of intelligent transport systems, including traffic signals, events signs signs and video.

NoTraffic is the first AI-powered platform for traffic signals that connects road users with the city grid. This platform solves today's traffic problems while unlocking smart mobility advantages for cities and creating a new way of living. The platform turns any traffic signal into an intelligent infrastructure that can understand the entire traffic picture and respond in real-time to all road users, including detection and segmentation for bikes, cars and buses, pedestrians and emergency vehicles. Cloud dashboards are used by cities to define policies, such as transit priority corridors and bike & pedestrian security. AI software intelligently implements policies at each traffic light, operating intersections in the real-time, to autonomously manage a city grid based upon actual demand.

ATMS builds on the Trafficware flagship central transportation management platform. It provides a powerful tool to monitor and control traffic control and ITS infrastructure. ATMS has a modern interface that is easy to use. It allows agencies to integrate traffic network data into one repository, allowing them to see real-time traffic operations. ATMS allows users to monitor and manage traffic and ITS components, which contribute to safe and efficient traffic operations. ATMS is a fully-featured central management system. It is also a flexible platform that supports additional functionality like adaptive signal control, fleet management and transit signal priority. Each module not only provides powerful tools and capabilities but also leverages the ATMS platform's tools. Trafficware is the only ATMS provider that integrates with Google Maps, Bing Maps and others.

SMATS is a powerful traffic data analysis application that provides accurate and reliable traffic information. Our data comes from radar sensors, travel time sensors, and third-party crowdsourced traffic data that is powered by advanced analytics. Whatever your project goal, SMATS can help collect and analyze the data that you need. SMATS iNodeTM data collection and analysis application is designed to provide data analysis and visualization for travel-time and speed, count, classification, origin-destination and signal performance measures. The data analytics in iNodeTM can be used to assist traffic operations, engineering, planning, and other departments to improve traffic flow management and optimize transportation networks. Real-time data monitoring of popular routes, such as AM and PM commuter routes. Receive traffic alerts when you notice unusual traffic patterns. Identify congestion points in your infrastructure and analyze the data to prioritize the areas that need improvement.

Centracs®, a leader in North American transportation management solutions, has been providing advanced transportation management solutions to over 340 customers. It also manages over 57,000 signalized intersections. Centracs has adapted to the changing industry and its connected vehicle environment, ensuring the highest levels safety, reliability, and mobility. Centracs was designed to address the current and future traffic management issues. Centracs is an integrated platform for signal control and ITS field device control, information management, graphical display, advanced traffic algorithms. It provides agencies with real-time management capabilities for the roadway network. This ensures safety and mobility. The Centracs Mobility Platform provides comprehensive, modular traffic signal control as well as intelligent automation.

Spinnaker ATMS, a web-based advanced traffic management software, is real. It offers a user-friendly interface that makes it easy to use the latest web technologies. It can be viewed via a web browser on a variety of operating systems and computing devices, including Windows, OSX and Android. Spinnaker ATMS is an integration platform that can be used to integrate multiple sub-systems, such as intersection control and travel times, adaptive traffic control as well as CCTV, incident detection, dynamic messages signs, and more. Mobile accessibility; Access from anywhere. Integration platform for multiple ITS systems (traffic control and travel times, traffic control, VMS, adaptive, CCTV, VMS, CCTV, travel times, adaptive, etc). Compatible with any operating system or computing device. All systems, from small to large cities, are compatible with the Navigator. The Navigator allows seamless scrolling, zooming, and resizing of map displays using a user-friendly, responsive edge to edge mapping interface.

The Upstream Platform is a cybersecurity platform and data management platform for connected cars. The platform uses connected vehicle data to provide unparalleled mobility-specific, actionable insights. The Upstream Platform is used by automotive OEMs, Tier 1 or Tier-2 suppliers, as well as mobility service providers, to optimize their vehicles, maximize their fleets, improve business offerings, and monetize their vehicle data. Upstream's cloud-based platform collects connected vehicle data, normalizes it and cleanses them, creates vehicle digital twins and uses AI-powered detection to detect anomalies. These capabilities allow users to use purpose-built, customizable cybersecurity detection and response systems and advanced analytics applications for multiple purposes. These capabilities include unmatched cyber threat detection, flexible querying, reporting and automated workflows.

Management of roads and other assets, including bridges and tunnels, is a complex task that involves many stakeholders. OpenTMS ATMS, a data-driven decision-support system and platform-independent advanced traffic control system built on open architecture, is OpenTMS ATMS. Our best-in-class modular approach allows for maximum flexibility and adaptability. You can choose the modules that you like best. The system is fully expandable to meet your changing needs. OpenTMS API allows for mobile apps and system integration. It can be integrated with more than 50 device manufacturers and system manufacturers. It integrates with signal software, allowing state and local road officials to streamline device management and connect multiple areas from one software instance. OpenTMS traffic management software can be used on workstations or tablets. It can accommodate commercial and proprietary mapping data as well as map layers.

SynchroGreen®, an adaptive traffic control system, optimizes signal timings for arterials, side streets and pedestrians using real-time adaptive traffic management. Trafficware's field-proven solution reduces motorist travel time, delays and stops. SynchroGreen maximizes roadway capacity while reducing fuel consumption and idle time that reduce emissions. Trafficware and Naztec developed the SynchroGreen adaptive system from scratch. They have decades of combined experience in the traffic industry. Trafficware's Synchro Studio is used by thousands of traffic engineers all over the world to optimize and simulate traffic. 200 cities in the United States use Naztec ATMS.now central administration software to manage and control thousands upon intersections. This combination of experience and reliability provides a solid foundation for optimizing traffic signal operations.

MOVA is designed for all traffic conditions. It can handle very low flows to overloaded junctions. MOVA operates in a delay-minimising mode for the majority of the range. If any approach becomes too busy, the system switches over to a capacity maximising mode. MOVA can also operate at a wide variety of junctions, including simple shuttle-working and large multi-phase multilane sites. Sites with capacity problems under VA control, including congestion on one or more routes. Additional capacity is required to permit pedestrian facilities or safer staging structures to be built. MOVA is used by nearly all Authorities that are responsible for traffic signals. It is required on new signal installations as well as major refurbishments of trunk roads.

Our UTC and our demand responsive SCOOT® kernel make it easy to manage your network with simple signals plans based on traffic data. Once the data is collected and analysed, it becomes obsolete. This outdated method of creating signal plans is both time-consuming and corrosive. Coordinating traffic signals in an area to allow vehicles to move through a network efficiently ensures road users have their time taken care of. SCOOT®, which responds intelligently and continuously to traffic changes throughout the day, removes the need for less expensive signal plans.

Intelligent traffic management will allow you to ensure mobility for today and tomorrow. It will also enable you to efficiently manage increasing traffic volumes and environmental impacts. To optimize traffic flow, connect systems and data. Intelligent traffic management is essential for creating livable cities and providing optimal mobility solutions. Intelligent traffic management improves traffic flow between cities and their surroundings and helps you to tackle the next mobility revolution. Cities and regions must address traffic and how it affects people and the environment in order to maintain or regain their appeal. Not only should strategies include switching to other modes of transport, but also intelligently managing traffic. Experience has shown that it is not enough to simply react to impaired traffic routes once damage has occurred. For optimally using the traffic network's capacity, it is important to plan ahead.

Scout ATC software from cubic transportation systems is the best traffic signal program. Scout is a modern software that helps you to revitalize your 2070 or 980 ATC controllers. It offers more phases, rings and logic statements, detectors, output channels, and detects. Scout supports all of the latest functionality and tools used by traffic engineers and technicians, including SynchroGreen Realtime Adaptive Traffic Control Technology and connected and automated vehicle technology. 253 patterns, actions, and splits with a cycle length of up to 999 seconds and 64 plans. You can communicate with up to 15 controllers via an IP network to receive remote inputs and control remote outputs. The sophisticated algorithms of SCOUT ATC software for transit signal priority ensure maximum operational efficiency in non-transit phases before the arrival of a transit vehicle.

Transparity Traffic Management System, (TMS), enables transportation professionals and other professionals to actively manage traffic flow and promote mobility by using real-time traffic data collection tools and management tools. Transparity TMS's modern architecture was built with industry experience and user input. It can adapt to your changing needs and meet the requirements of today's transportation network. Transparity TMS is a simple yet powerful way to collect and display information. It also allows you to access data anywhere, anytime. Transparity TMS will revolutionize traffic operations. Monitor traffic conditions and devices across the entire system. Innovate control strategies. Analyze trends and performance. Facilitate proactive management, centralize documentation, and inventory control. Data validation ensures system integrity. Increase accountability through controller and user security.

IBM IoT Connected Car Insights integrates real-time information about drivers, vehicles, and the environment to optimize the car's experience. The cloud service streams data from vehicle sensors, and uses AI and analytics to understand driver behavior. It can also link with other cloud information systems, such as traffic and weather, to provide context and situational awareness. To optimize the car experience, connect drivers, vehicles, and the environment in real-time. This integrated information allows connected vehicles to diagnose safety issues or quality issues and take immediate actions. Connecting to traffic and weather data can help improve a vehicle's collision avoidance systems. A dedicated SaaS platform provides advanced navigation features such as destination prediction based on specific driver patterns.

Kinetic™, Signals is an evolution of Q-Free's MAXVIEW advanced traffic management software (ATMS). In real-time, monitor and control traffic signals and ITS operations. In no time, novices can become power users with the modern interface. It also allows experienced users to quickly access more advanced features. This map can be easily replicated for other applications, such as adaptive signal control or connected cars. This increases efficiency and saves time. Kinetic Signals adheres to NTCIP protocols, which is a testament to Q-Free's open approach in data and collaborative systems. The system allows users to add any NTCIP compliant controller to the system, which reduces the need for central systems to be managed during integration. Q-Free's data prism API is also standard.

Mobility is at an important turning point. Connected vehicles and autonomous driving, ride-sharing, and electrification will change the way we view mobility. Faurecia's Cockpit of the future and sustainable mobility innovations focus on providing a safer, more comfortable, and personalized journey and helping ensure cleaner, more environmentally-responsible transportation. Faurecia provides automakers with complete Hydrogen Storage Systems integration for various vehicle architectures. Just-in-time delivery and testing of turnkey systems is available. Our homologated tanks (350 and 700 bar) are made in carbon fiber to reduce fuel consumption and weight. They will be manufactured at Faurecia's new center for Hydrogen Storage Systems, Bavans, France. Faurecia has won major contracts for the production of light commercial vehicles and a large-scale, heavy-duty commercial vehicle project.

Provides real-time communication and data processing protocols to Akamai-connected devices. IoT Edge Connect uses MQTT and HTTP protocols to ingest data. It processes and returns data to devices in real time, on a publish/subscribe basis. IoT Edge Connect uses MQTT and HTTP protocols to ingest data. It processes data and returns it to devices on a publish-subscribe base. The MQTT-based mechanism reads and writes from message queues. This interface allows you to connect and receive messages in topics automatically. The HTTP interface allows you to read from the same message queues as the MQTT interface. The HTTP interface allows you to connect to a REST API and receive messages in topics for client requests.

Protect your revenue, create new products and combat cybercrime. The World Leader in Digital Platform Security. Irdeto protects platforms for video entertainment, games, connected transport, connected healthcare, and IoT-connected industries. Secured more than 6 billion devices and applications Over 50 years of experience in digital security. Key patent holders for whitebox cryptography. Nearly 1000 experts are located in 15+ offices across the globe. Video entertainment customers are helped to protect their revenues, create new offerings, and combat cybercrime. 600m+ streams secured monthly. 400+ operators protected. 40m+ software CA client devices protected. Number 1 in Video Games Protection. Connected Industries. Software security that protects applications and devices against hacking, tampering, and IP theft. 50m transactions protected per day. Leader in connected vehicle security.

The Otonomo Platform offers secure data management and allows drivers to have granular control over how their personal data is shared. The patent-pending technology blurred data for use cases that require blurred data. Many mobility services cannot function without data from multiple manufacturers (OEMs). However, individual OEMs are not motivated to consolidate their data. Otonomo, a neutral third-party, aligns OEMs with the many valuable apps and services that use car information. Third-party apps or services have easy access to data, while OEMs retain control over who can access their data. Our platform uses patented technology that cleanses, normalizes, and enriches automotive data to make it immediately available to our ecosystem partners. To save time and money in development, we create enriched datasets that include third-party sources, aggregated events and metrics.

Hayden AI's sensors and software are used by the world's most innovative cities to improve their urban mobility and quality-of-life. Technology-first approach to traffic flow and road safety. Our AI-powered perception systems and citizen app can transform public and private vehicles into street sensors. By combining mobile sensors with citizen-driven information, you can create a real-time digital twin for the city. Accessible digital tools enable stakeholder and community participation. Hayden AI helps cities create safer, more efficient traffic flows. It also addresses the real issues of fair mobility. Find open positions and solve complex AI problems. Hayden AI's patent-pending suite of perception systems for city fleets can automate complex processes and improve public service. Clear congestion to improve traffic flow and road safety.

Connected Vehicle Cloud has the most comprehensive connected car platform available today. It's the reason why automotive IoT leaders are using it to connect more than 5.5 million vehicles in over 150 countries. CVC, our "white-label" connected car solution, allows automakers to create better passenger and driver experiences, simplifying their internal processes, and increasing profitability. The Connected vehicle Cloud is designed for speed and flexibility. It allows vehicle manufacturers to rapidly deploy new offerings. We currently address the areas fleet management systems, service innovation, telematics, and software and device administration. However, there are many more planned launches. Automakers and fleet operators need the right partner to quickly develop and manage connected vehicle services on a global basis.

FLUX is an intelligent platform that can be used with a FLIR camera detection system. FLUX can collect traffic data, events and alarms as well as video images from the sensors, cameras, and video detectors. FLUX can also manage network video recorders, fixed and mobile cameras, as well as video walls and other video devices. FLUX can manage all traffic information generated from various sensors. It can also be used to make it meaningful and useful for your users. FLUX requires only a web browser and a network connection to access the traffic management software. FLUX can be used to collect, visualize and store traffic data. It also displays alarms and video detectors graphically. Event alerting and logging are also possible. Traffic managers around the globe use FLIR detection and monitoring solutions to ensure safe and efficient traffic flow. Real-time analysis and visualization of thermal or video camera images allows for better traffic management in tunnels, highways, and urban areas.

TACTICS™, which is fully compatible with Siemens SEPAC software allows users to enjoy all of the latest traffic control features. This includes system banks, NTCIP compliance and a new import/export mechanism to configure data that facilitates future support. TACTICS™, which uses the most recent ECOM-toNTCIP conversion facilities within SEPAC, makes it possible for NTCIP protocol to work. NTCIP is a futureproofing tool that allows for interoperability and interagency coordination. The system's installation is simple and quick thanks to a simplified user interface. This design makes it easier to deploy future TACTICS™, updates. Siemens is the first company to offer YAML. This can be edited with any text editor. This allows traffic engineers to have complete control over the configuration data.

Omni eX®, Intersection Control Software, is a revolutionary tool to manage the most complex traffic control applications. Omni eX software is compatible with all NEMA-based ATC platforms, 2070 and NEMA-based ATC cabinets. It can be used to manage any type of infrastructure. Integrating with McCain Transparity® TMS allows complete ITS functionality, allowing you to control all NTCIP devices from one system. One solution for all controller/cabinet configurations. Conforms to industry standards such as NEMA, ATC and NTCIP. Without the need for complicated external wiring or relays, assigns inputs and outputs, programmable logic, and custom NEMA D connectors. A 16-line screen can be supported with simultaneous status and menu displays. Built-in data validation ensures consistency and accuracy. You can store your data locally on USB or to a central management software with powerful data collection features such as measures of effectiveness (MOE), and detector data logging.

Traffic Management is already a complicated job. It is even more difficult because the way we move about is constantly changing. Modern technology and changing demographics have led to new ways of navigating the road network. As shared mobility grows, so does the need to own a car and park. As electric cars, bikes, and buses become more common, so does the need to have the right infrastructure. These new modes of transport and technologies not only make it easier and more convenient to move around, but also shift the focus from cars. Traffic Management must keep up with the changing landscape and promote safe, clean and efficient living. TRL Software provides the power to optimize travel today, but also a roadmap to a smarter future.

Smartphones can be used as sensors to measure foot, vehicle, transit, bike and bicycle traffic almost anywhere. Our software can be used to calculate counts, O-D and other transportation metrics for any road, area, or time period. 1000s of professionals empowered to manage transportation. We provide richer answers and accelerate transportation analyses with O-D analysis, AADT, turning ratios, and other metrics. You can do all of this from your computer, no need to deploy sensors or collect surveys. We help you plan, based upon how people, cars, and other modes interact within your area. Our analytics transform new modes and mobility patterns into opportunities. Real-world data is used to gather stakeholders, implement better mobility solutions, measure the after and before. We use smartphones as sensors and proprietary RouteScience®, to analyze and illuminate travel patterns throughout North America.

PTV Vissim can realistically and vividly simulate multimodal traffic. Simulate complex vehicle interactions at a microscopic scale - Model the demand, supply, behavior, and interaction in detail - Simulate new forms mobility like CAV and MaaS - Integration seamless with PTV Visum, a world-leading traffic planning tool

PTV Visum is the most popular traffic planning software in the world, designed to empower cities. - Perform traffic analysis, forecasts, and data management using GIS-based GIS. - Model all road users and their interactions. Plan public transport services. - Develop future-proofed transportation strategies and solutions.

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.

Access to all connected cars worldwide is easy and secure. This makes it easier for our partners to solve mobility problems and innovate. The way we travel is changing. We live in a hyper-connected world, and our cars are becoming more connected. Connected car data can provide valuable insights that will help you transform your business and shape the future. Connected car data can be accurate, authentic, and most importantly, it is useful. The data is derived from real vehicles on the road and gives you unparalleled insight into driver behaviours and needs. We work with top vehicle manufacturers to help you access the data and harness its power. The benefits of connected car data for both private and public sector companies are immense. You can use connected car data to locate traffic hotspots, find safety risks, and gain insight into driver patterns.

Rekor uses Artificial Intelligence to collect, connect, and organize the world's mobility information in order to deliver revolutionary road intelligence. This is the foundation of a digitally enabled operating system for the roads. Rekor's award winning technology provides actionable solutions for countless high profile agencies and businesses, today, not in the future. Our patented technology, as one of the largest aggregators and drivers of AI and machine-learning, is focused on changing the lives of citizens and communities on a daily bases. We ensure the quality of our technology by using industry-leading data filters and security standards. Rekor's global footprint, which spans multiple geographies, allows any business or community the ability to compare, contrast and add depth to its quest for AI-driven insight.

Wipro's auto-grown, end-to–end connected vehicle platform, AutoInsights, uses telematics to collect data from automobiles. It then crunches the data in the custom-built analysis engine. This platform offers a wide variety of benefits to vehicle and fleet operators, telecom providers, vendor vendors, insurers and vehicle service stations. AutoInsights uses open-source tools and best-in-class digital and cloud technologies from the top product vendors. AutoInsights was launched in October 2017 and offers 40,000 vehicles in seven countries. AutoInsights includes six innovative products, two of which are patentable and three that are commercially available on the market. The vision is to "maximize lifetime value" by connecting vehicles with the cloud via IoT devices.

The Automotive industry has seen unprecedented changes due to the evolution of technology. Consumer preferences for electrification, global connectivity and autonomous driving have changed. The digital driving experience will influence brand loyalty and customer preference as connected vehicles become platforms for customer service. It is crucial to control the in-vehicle experience. Consumers expect a connected vehicle experience that is similar to their connected experience at work, home, and via their smartphone. Consumers will quickly drop vehicles that lack the right connectivity to support mobile lifestyles. OpenText™, Connected Vehicle Platform, is a cloud-based platform that provides an identity-centric approach to improving vehicle ownership. Secure IoT data throughout the connected supply chain.

Airlinq accelerates the development and deployment large-scale connected applications around smart mobility, ecosystem monetization, and automakers, mobile network operators, and consumers around the globe. Airlinq powers the next generation of enterprise-grade cloud and edge platform that can handle complex AI/IoT use cases for connected assets such as cars, autonomous pods, and drones. This platform is highly scalable and globally available and can support millions of connected vehicles and assets with mission-critical latency and security. Your connected infrastructure, whether it's a car or a wearable device, can be opened to third-party service providers. Allow them to target and deliver personalized digital services to consumers directly. You can create a memorable experience by integrating service provisioning, consent, payment, and billing.

The growth in connected vehicles is now faster than the growth of mobile phones and tablets. Connectivity can improve road safety and transit experience. However, the more vehicles that are connected, the more vulnerable they become to cyber attacks. Recent events have proven that cyber threats are no longer a science fiction realm. They now extend beyond vehicle make and model and include all commercial vehicles and cars with embedded or aftermarket connectivity. Argus' mission is prevent vehicle recalls and maintain road safety due to the possibility of bodily harm to passengers, motorists, and property. Drivers, truckers, and fleet operators today expect high-quality services without compromising their safety, security, or competitiveness. Argus, a global leader in automotive cybersecurity, offers proven solutions to protect connected cars and commercial vehicles from cyber-attacks.

Amazon Web Services (AWS), which allows automotive suppliers and manufacturers to create serverless IoT apps that collect, process, analyze, and take action on connected vehicle data without the need to manage any infrastructure, allows them to be automotive manufacturers and suppliers. Customers can securely connect vehicles and devices to AWS Cloud with AWS IoT. This is possible with low latency, low overhead, and secure connections. AWS offers a connected car solution that allows customers to connect vehicles to the AWS Cloud. It also provides a framework that allows customers to integrate AWS IoT (and AWS Greengrass) into the Automotive Grade Linux(AGL). This helps customers develop and deploy innovative connected vehicle services more quickly. The connected vehicle solution offers capabilities for local computing in vehicles, sophisticated event rules, data processing, and storage. The solution is intended to allow you to develop connected vehicle services.

BlackBerry IVY™, a new platform that enables the auto industry to offer the most innovative driving experience, is poised to make it a success. BlackBerry IVY™ unlocks the potential of your connected vehicle with its cloud-based, scalable software platform, improved operations, and valuable data. You can access vehicle data to accelerate the development of new in-vehicle customer experiences. Increase growth by creating new revenue streams. Expand your app developer community and ecosystem. Edge data processing can reduce computing costs. Data visibility improves operations. BlackBerry IVY, a cloud-connected and scalable software platform, is poised to provide developers and automakers with a reliable and secure means to share vehicle sensor data. Data normalization will allow partners to gain actionable insights both onboard and in the cloud. BlackBerry IVY was built with our expertise in automotive software, as well as the wide range of AWS capabilities including IoT, machine learning, and machine learning.

CarPal App, an intuitive mobile application, provides real-time insights on vehicle health, performance and driving behavior. It enhances the overall driving experience, as well as safety. CarPal Connect offers remote diagnostics, predictive upkeep, and data-driven insights to optimize fleet management and maintenance. FleetPal, a comprehensive fleet-management platform, provides businesses with real time tracking, driver behavior monitoring and maintenance scheduling. This improves fleet efficiency, reduces costs and enhances overall performance. InsurPal uses vehicle data and driver behaviour analytics to provide customized insurance solutions. This allows insurance providers to accurately assess risk, tailor coverage and incentivize safer driving. FixPal connects drivers with trusted repair services and shops online, offering convenience, transparency and quality service.

CerebrumX AI Powered Connected Vehicle Data Platform - ADLP is the industry’s first AI-driven Augmented Deep Learning Connected Vehicle Data Platform that collects & homogenizes this vehicle data from millions of vehicles, in real-time, and enriches it with augmented data to generate deep & contextual insights.

We are the most trusted connected car API company. We unlock the power of vehicle data to benefit fleets, dealers, insurance companies, and other stakeholders. These data enable our customers to run more efficient, sustainable, and safer operations. We source our data directly from manufacturers and after-market devices to ensure that you get the best data possible. Clean, efficient data straight from the source. Our data warehouse is large and easily queryable. It stores your data and allows for easy access. No hardware. No bloat. To ensure you get the insights that you need, we have established a low-cost pricing structure. Data is nothing more than a collection of numbers without you doing something with it. We analyze and monitor the data to provide you with actionable insights and recommendations that will impact your business. We have created a simple, intuitive user interface that you can embed into your own software. This will allow you to access all your insights and recommendations.

Your busy life means that you put a lot of pressure on your car to connect to all aspects, safely and on time. DriveSync by IMS is a suite intelligently connected car services that transform driving to a truly intelligent experience. It saves you time, money, and makes you more productive. There are new services being added all the time. This is not about smart cars. It's about smarter you. Roadside assistance that intelligently works on your behalf, without any ongoing fees or memberships, gives you complete peace of mind. DriveSync's roadside service is available whenever you need it. DriveSync intelligently shares your location, vehicle model, and mobile number to ensure that you receive immediate roadside assistance from a nationwide network.

The Acyclica smart-city platform gives insight and information necessary to understand congestion. Acyclica converts mountains of data into actionable data to help agencies understand travel times and traffic patterns. Acyclica makes it easy for agencies to understand how people move. A variety of automated reports, a powerful user interface, as well as comprehensive APIs, ensure that data is available when you need them. Acyclica intelligently blends data from people in motion and infrastructure from a variety of sources and partners. A top-of-the-line user interface, automated reports, comprehensive APIs, and a robust APIs ensure that your data is exactly where it needs to be.

INRIX OpenCar provides automakers with a complete suite of in-vehicle software, driving optimized content, and other benefits that are significantly better than other solutions. INRIX is familiar with the complexities and intricacies that automakers face when implementing connected car solutions. We have created a complete solution that includes software, tools, and content. This allows you to choose the right products to make your brand's experience for drivers more real. Our in-vehicle solutions are modular, customizable, and flexible. They make it easy to develop and manage and keep you in complete control of your vehicle and driver privacy data. Our high-quality content is just as accurate and up-to-date as what is available on smartphones, as opposed to the outdated and inaccurate information that drivers have come to expect from their existing infotainment systems.

Road Manager allows you to create traffic plans with a Google Map. Drawing your plans on a map can save you hours. You can save your plans and other documents to the cloud for quick access. Live management of your roadworks or event. Road Manager is now a tool that allows you to manage your events and roadworks. No more printing PDFs or binding folders for field staff. Road Manager allows you draw all traffic control plans for special events or road works and then manage them live. With one click on a tablet or mobile, your staff can create a special event traffic management program. Traffic controllers can instantly notify the control room of a traffic control plan by clicking on their mobile or tablet. Road Manager Live overview screen can be used by traffic management teams to manage all traffic plans in one place.

SCOOT is a proactive system that adjusts traffic signal parameters in real time to serve traffic approaching an intersection. Other systems make adjustments based on the departure traffic. This can lead to timing changes that are not fully effective. SCOOT is based on an online traffic simulation model that tests a variety of timing changes in real time and selects the most effective adjustment. Other systems adjust based on thresholds such as arrivals on green or volumes. This only allows for one adjustment and is not tested for its effectiveness in advance. SCOOT optimizes every cycle's length, splits and offsets by making small controlled adjustments. Other systems make much larger adjustments at longer intervals (upto every 10 minutes), and some do not optimize the cycle length at all. This makes them less responsive to changing traffic conditions.