Core Insights - TomTom has announced a partnership with LOCUS to integrate its traffic data into the LOCUS platform, enhancing mobility analytics and location intelligence solutions [1][2][4] Company Overview - TomTom specializes in mapping and location technology, providing location data and technology to various sectors including drivers, carmakers, and businesses [5][6] - LOCUS is a leader in location and mobility intelligence, focusing on bridging public infrastructure planning and private investment through analytical data products and predictive models [7] Partnership Details - The integration of TomTom's traffic data with LOCUS' analytical suite aims to support smarter cities and optimized mobility networks across North America [2][3] - This collaboration will provide transportation authorities, city planners, and operators with granular insights necessary for resource optimization [2][3] Benefits of Integration - The partnership is expected to lead to faster decision-making, improved quality of life, reduced spending, and lower emissions [3] - TomTom's high-quality traffic data is deemed essential for enhancing LOCUS' AI-driven location intelligence solutions [4]

Core Insights - TomTom has announced a global partnership with AECOM to enhance mobility and infrastructure planning using TomTom's traffic data [1][6] - The collaboration aims to provide AECOM with advanced traffic analytics tools to improve transportation systems for public and private sector clients [2][4] Company Overview - TomTom specializes in mapping and location technology, providing data and technology solutions to various sectors including automotive and business [7][8] - AECOM is a global leader in infrastructure, offering professional services across multiple sectors including transportation, with a reported revenue of $16.1 billion in fiscal year 2025 [9] Partnership Details - AECOM will integrate TomTom's products such as Traffic Stats, Live Traffic, and Junction Analytics into its operations to deliver data-driven insights [2][5] - The partnership is expected to enhance safety, optimize infrastructure investments, and improve mobility through better planning and modeling [3][4] Industry Context - The collaboration addresses the challenges posed by urbanization, changing travel patterns, and the need for sustainable development in transportation [3] - TomTom's real-time traffic measures will support effective responses to network disruptions and improve overall traffic management [5]

Core Insights - HERE Technologies has renewed its partnership with willhaben, Austria's largest digital marketplace, to enhance customer connectivity and transaction efficiency [1][2] Group 1: Partnership Details - The integration of HERE's location services will provide accurate information to facilitate billions of transactions on willhaben's platform [2] - The partnership aims to enhance the user experience by delivering targeted, location-aware relevance for both end users and advertisers [2][3] Group 2: Technology Integration - willhaben is incorporating HERE Geocoding and Search to improve its classified search capabilities, along with utilizing HERE's premium location services for dynamic map rendering [3] - This technology aims to create a seamless, location-aware experience that boosts engagement for buyers and sellers [3] Group 3: Industry Implications - The partnership highlights the broad applicability of location technology beyond traditional sectors like automotive and logistics, showcasing its importance across various industries [4] - HERE Technologies emphasizes the value of its curated data in supporting diverse industries, indicating a growing recognition of location data's critical role [4] Group 4: Company Profiles - HERE Technologies is a leader in mapping and location technology, with a history of innovation spanning 40 years, serving multiple industries with a comprehensive portfolio [5] - willhaben reaches a significant portion of the Austrian population daily, making it a key player in the digital advertising landscape with a diverse range of offerings [6]

Core Insights - The TomTom Traffic Index reveals a significant increase in global traffic congestion, rising from 20% to 25% in 2025, marking a 5 percentage point increase [4][5][21] - The report highlights the implications of rising congestion, including increased emissions, higher fuel consumption, and pressure on urban infrastructure [5][21] Global Traffic Trends - The analysis is based on mobility data from over 2.2 trillion miles (3.6 trillion km) driven worldwide, providing insights into congestion levels, average speeds, and travel times [3][4] - The U.S. ranks 54th globally in congestion levels with an average of 19%, while Colombia leads with nearly 50% [6] U.S. City Congestion - Los Angeles is identified as the most congested city in the U.S. with an average congestion level of 58.9%, followed by Honolulu and San Francisco [11][13] - New York City remains the slowest city, with commuters losing 120 hours to peak hour traffic in 2025 [12][13] Changes in Commuting Patterns - The report indicates a shift in commuting times, with morning traffic spreading beyond traditional peak hours and mid-day traffic increasing [16][17] - Hybrid work models have redistributed commuting patterns, concentrating trips on midweek days [17] Impact of Climate on Traffic - Climate-related disasters are projected to cost up to $20 billion annually in road damage by 2030, contributing to 15% of non-recurring congestion [18][19] - Recent natural disasters have shown significant impacts on road performance, leading to prolonged congestion and reduced travel speeds [19] Future Considerations - The report emphasizes the need for smarter mobility planning and investments in public transport to address the challenges of increasing congestion [21][22] - The TomTom Traffic Index serves as a critical benchmark for urban planners and policymakers to develop strategies for more efficient and sustainable cities [21][23]

Core Insights - TomTom has launched Area Analytics, an advanced traffic analytics tool that allows users to define custom areas and analyze traffic patterns over specific timeframes, providing detailed hourly insights into mobility [1][2]. Group 1: Product Features - Area Analytics provides access to data from TomTom's annual Traffic Index, offering customizable analytics that deliver localized intelligence compared to broader insights [2]. - The tool is designed for a diverse range of users, including public authorities, city planners, consultants, and private enterprises, enabling them to evaluate infrastructure investments and policy impacts [3]. - The platform utilizes TomTom's extensive traffic data, combining historical and live information to create a rich dataset for analyzing congestion trends and evaluating mobility goals [4]. Group 2: User Benefits - Users can analyze areas from as small as a city block to entire countries, providing unmatched flexibility for local and regional planning [5]. - The platform is accessible via the TomTom MOVE portal, featuring a simple web interface that allows users to generate reports quickly, with visualizations that make complex data easily understandable [6][7]. - The tool supports data-driven decision-making by enabling users to quantify the impact of roadworks and policy measures, facilitating smarter urban planning [4][6].

Core Insights - TomTom and Amazon have successfully integrated TomTom's Automotive Navigation Application with the Alexa Custom Assistant, creating an AI-powered in-vehicle navigation experience that enhances natural conversations and intelligent navigation capabilities [1][2]. Group 1: Collaboration and Technology - The collaboration aims to redefine in-car navigation, reducing driver distraction and enhancing the overall driving experience by combining TomTom's mapping and routing with Alexa's advanced capabilities [2]. - The Alexa Custom Assistant allows automakers to create customized intelligent AI assistants, enabling the AI to understand complex, multi-step requests and orchestrate actions within the TomTom navigation application [2]. Group 2: Enhanced User Experience - Drivers can now use natural language to execute complex waypoint manipulations, such as adding, removing, or swapping trip stops in a single request, and can easily search for places and addresses along their route [3]. - The integration provides a faster way for automakers to implement sophisticated voice-enabled navigation systems in their vehicles [4]. Group 3: Market Availability - The implementation of this technology is immediately available to automakers, with live demonstrations showcased at CES 2026 [5].

Core Insights - HERE Technologies has integrated its Navigation SDK into Lucid's vehicles, enhancing in-vehicle navigation and mobile/web trip planning for the Lucid Gravity and Air models [1][7] - The collaboration focuses on improving the driving experience through advanced driver assistance systems (ADAS) and intelligent speed assistance (ISA) features [2][3] Group 1: HERE Technologies and Lucid Collaboration - HERE SDK provides precise location data to support Lucid's ADAS suite, which includes features like adaptive cruise control, automatic emergency braking, and lane departure warning [2] - Lucid's ISA feature utilizes real-time speed limit information from HERE to help drivers comply with posted speed limits, aligning with the European Union ISA mandate [3] - The partnership aims to innovate and expand location-based services across current and future Lucid models [3] Group 2: Enhanced Navigation Features - Lucid's navigation system, powered by HERE SDK, includes custom EV routing features and real-time charge point data to optimize long-distance journeys [7] - The system provides real-time updates on reachable destinations based on charge levels and time, incorporating recommended fast charging station information [8] - HERE's support for battery preconditioning before DC fast charging enhances the efficiency of Lucid's electric vehicles [8] Group 3: Future Developments - The collaboration is expected to continue evolving, with HERE and Lucid working together to push the boundaries of EV innovation [4] - Lucid's advanced navigation features will be showcased at CES 2026, highlighting the integration of HERE's technology [4]

Core Insights - TomTom has introduced the Orbis Lane Model Maps, which serve as a high-fidelity source for automated driving and navigation systems, showcasing the automation and scalability of its AI map data factory [1][2]. Group 1: Product Features - Orbis Lane Model Maps provide lane-level intelligence, including lane geometry, connectivity, and markings, at a true urban scale, enabling efficient production of lane-accurate maps across extensive regions [2]. - The maps are designed to maintain high-definition richness while being cost-effective and continuously updated as road conditions change, unlike traditional HD maps [3]. Group 2: Applications and Benefits - Car manufacturers can utilize Orbis Maps content to enhance real-time scene understanding in complex environments, improving vehicle decision-making regarding road layout and speed adjustments [4]. - The innovative solutions offered by TomTom are aimed at accelerating the scalability of automated driving in urban environments, ensuring a safe and exceptional experience for next-generation automated driving [5]. Group 3: Company Overview - TomTom is positioned as a leading mapmaker, integrating billions of data points from millions of sources to provide location data and technology for drivers, carmakers, businesses, and developers [6].

Core Points - TomTom's near-term and long-term greenhouse gas emissions reduction targets have been validated by the Science Based Targets initiative (SBTi), confirming alignment with climate science and net-zero emissions goals [1][5] - The company aims to achieve net-zero emissions by 2040, which is ten years ahead of the Paris Agreement's 2050 deadline [2] - TomTom's Decarbonization Plan includes actions such as office space rationalization, increased energy efficiency, fleet electrification, and renewable electricity purchases [3] Sustainability Strategy - The validation represents a significant milestone in TomTom's commitment to environmental stewardship and reflects its broader sustainability strategy [2][4] - The company emphasizes that long-term value creation must coincide with reducing environmental impact, fostering a culture of environmental awareness, and engaging stakeholders [4] Emission Reduction Targets - By 2030, TomTom targets a 67% reduction in scope 1 and 2 greenhouse gas emissions and a 25% reduction in scope 3 emissions [10] - By 2040, the company aims for a 90% reduction across all scopes [10] Industry Context - With SBTi validation, TomTom joins a global network of companies committed to climate action, enhancing its credibility in corporate decarbonization efforts [5][8]

Core Insights - TomTom and NextBillion.ai have expanded their partnership to enhance route calculations and travel time estimations for the mobility, fleet, and logistics industries globally [1][4] - NextBillion.ai's API-first platform integrates TomTom Orbis Maps, providing advanced routing, navigation, and tracking capabilities [2][3] - The integration aims to improve productivity and safety for drivers and field service agents by offering efficient routing and accurate estimated times of arrival [3][4] Company Overview - TomTom is a location technology specialist with over 30 years of experience, employing 3,600 people globally [6] - The company provides location data and technology to various sectors, including drivers, carmakers, and businesses, focusing on creating the world's smartest map [5] - NextBillion.ai specializes in AI-powered routing and optimization solutions, serving diverse industries such as logistics and food delivery, processing millions of API calls daily [7]