Mytraffic Acquires Geoblink: A Strategic Move in the Geospatial Intelligence Sector


In a significant development in the geospatial intelligence sector, London-based Mytraffic has announced the acquisition of Madrid-based Geoblink. This move marks a major turning point in the history of Mytraffic, setting the stage for the company to become an undisputed leader in the UK and Europe.

About Geoblink

Geoblink, led by Founder and CEO Jaime Laulhé, is a geospatial intelligence platform that enables businesses to make data-driven decisions through actionable location insights. Backed by Nauta Capital and Elaia Partners, Geoblink has become a trusted partner for companies seeking to optimize strategies based on geospatial data.

About Mytraffic

Mytraffic, under the leadership of CEO Hakim Saadaoui, is a provider of location intelligence and traffic analytics solutions. The company operates in several European countries including France, Belgium, Italy, Spain, Germany, UK, Finland, Norway, Denmark, and Sweden. In September 2022, Mytraffic closed a €30M Series B funding round with AXA Venture Partners (AVP), highlighting its focus on innovation and expansion.

The Strategic Acquisition

The acquisition of Geoblink by Mytraffic integrates Geoblink’s geospatial technology with Mytraffic’s analytics platform. This integration forms Europe’s premier location intelligence platform. Commenting on the news, Hakim Saadaoui expressed pride in the formation of this platform through the strategic acquisition. He emphasized that this acquisition marks a major turning point in Mytraffic’s history, enabling the company to become a leader in the UK and Europe, while maintaining its capacity for innovation in the sector.

Looking Ahead

The acquisition of Geoblink by Mytraffic is a significant milestone in the geospatial intelligence sector. It not only strengthens Mytraffic’s position in the market but also enhances its ability to deliver innovative solutions. As the company continues to grow and innovate, it will be interesting to see how this acquisition shapes the future of location intelligence and traffic analytics.


TRC Acquires Locana: A Leap Forward in Geospatial Technologies


In a significant development in the world of geospatial technologies, TRC Companies, Inc., a global consulting, engineering, and construction management firm, has announced the acquisition of Locana, a global leader in location intelligence. This acquisition marks a pivotal moment in the expansion of TRC’s digital transformation strategy and its growth across Europe.

A Strategic Move

The acquisition of Locana is a strategic move by TRC to enhance its geospatial capabilities. Locana, known for its cutting-edge geospatial technologies, brings a wealth of expertise and innovation to TRC. This acquisition will enable TRC to offer more comprehensive and advanced solutions to its clients, thereby strengthening its position in the market.

The Power of Location Intelligence

Location intelligence, the cornerstone of Locana’s offerings, is a rapidly growing field that leverages geographic contexts to gain insights into data. By integrating Locana’s location intelligence capabilities, TRC is poised to deliver more precise and actionable insights to its clients, driving more informed decision-making and better business outcomes.

Growth and Expansion

This acquisition also signifies TRC’s commitment to expanding its footprint across Europe. With Locana’s strong presence in the European market, TRC is well-positioned to extend its reach and deliver its suite of services to a broader client base.

Looking Ahead

As TRC embarks on this new journey with Locana, it looks forward to unlocking new opportunities and achieving new milestones in the realm of geospatial technologies. The combined strengths of TRC and Locana are set to usher in a new era of innovation and growth in the industry.


AI, Location Intelligence, and Efficiency: Creating Semantic Knowledge Graphs


Artificial Intelligence (AI) and Location Intelligence are two powerful technologies that have been making waves in various industries. When combined, they can provide intelligence insights at the speed of need, creating fully semantic knowledge graphs that enhance efficiency and productivity.

The Power of AI and Location Intelligence

AI, with its ability to process and analyze large amounts of data, can provide valuable insights that can drive decision-making processes. On the other hand, Location Intelligence provides a spatial context to these insights, allowing for a more comprehensive understanding of the data.

The combination of AI and Location Intelligence can automate labor-intensive processes, freeing up professionals to focus on higher-value work. This not only increases efficiency but also makes employees more valuable, contrary to the dystopian view that AI will render humans irrelevant.

Application in the Utilities Industry

The utilities industry is one area where the combination of AI and Location Intelligence can bring about significant efficiency. For instance, AI can analyze data from various sources to predict potential equipment failures or energy usage patterns. Location Intelligence, on the other hand, can provide the geographical context, such as the location of the equipment or the areas with high energy consumption.

This combination allows utilities companies to proactively address issues, resulting in improved service delivery, reduced operational costs, and increased customer satisfaction.

Creating Semantic Knowledge Graphs

Semantic knowledge graphs are a way of representing knowledge in a detailed fully-fledged graph format. They consist of nodes representing entities and edges representing the relationships between these entities.

With AI and Location Intelligence, we can create fully semantic knowledge graphs that provide intelligence insights at the speed of need. AI can analyze data to identify entities and relationships, while Location Intelligence can provide the spatial context. The result is a comprehensive knowledge graph that provides a holistic view of the situation, enabling faster and more informed decision-making.

In conclusion, the combination of AI and Location Intelligence holds great promise for various industries. By providing intelligence insights at the speed of need and creating fully semantic knowledge graphs, these technologies can drive efficiency and productivity to new heights. As we look ahead, it’s clear that the integration of AI and Location Intelligence will continue to be a key trend in the evolution of technology.


Innovative Traffic Analysis in Leuven: Efficient and Affordable with Geospatial Intelligence



Traffic analysis is a vital component of urban planning and mobility management. It helps to understand the patterns, flows, and bottlenecks of traffic in a given area and to design solutions accordingly. However, traditional methods of traffic analysis, such as drones or measurement infrastructure, have limitations in terms of cost, complexity, and accuracy. In this blog post, we will explore how a Belgian technology company,, challenged the use of drone-based traffic analysis and proposed an alternative solution using floating vehicle data.

The Problem: Tiensepoort Transformation

Tiensepoort is a busy intersection in Leuven, Belgium, that connects the city center with the ring road and the highway. In 2023, the intersection underwent a significant transformation, which aimed to improve the safety and comfort of cyclists and pedestrians, as well as to reduce the environmental impact of traffic. However, the transformation also resulted in considerable public frustration and traffic challenges, as the new layout increased the travel time and congestion for drivers1.

The Solution: Floating Vehicle Data

To address the traffic issues at Tiensepoort,, a company that specializes in geospatial data visualization and analysis, questioned the use of drone-based traffic analysis and proposed an alternative solution using floating vehicle data. Floating vehicle data (FVD) is data collected from connected vehicles, such as cars, trucks, buses, or taxis, that transmit their location, speed, and direction. FVD provides a rich and dynamic source of information about the movement and behavior of traffic in a given area. partnered with INRIX, a global leader in transportation data and analytics, to access and analyze FVD from Tiensepoort. Using’s web-based platform, they could quickly and easily visualize and explore the FVD without the need for any coding or installation. They could filter the data by time, date, vehicle type, and origin-destination, and to generate various metrics, such as travel time, speed, and delay.

The Results: Fast and Insightful Analysis

Using FVD, and INRIX could conduct a fast and insightful analysis of the traffic situation at Tiensepoort. The most critical traffic challenges happen during lunch breaks when the traffic volume is high and speed is low. They could also identify the most problematic routes and directions, and to compare the travel time before and after the transformation. They could share their findings with the city authorities and the public, and to provide recommendations for improving the traffic flow and reducing the congestion.

The Benefits: Efficient, Simple, Inexpensive, and Quick

The use of FVD for traffic analysis has several benefits over the use of drones or measurement infrastructure. The efficiency of FVD is superior because it covers a larger area and provides higher data resolution. It is also simpler, as it does not require any physical installation or maintenance of devices. There are no hardware or operational expenses, making it more affordable. It is also quicker, as it provides real-time and historical data, and does not require any data processing or calibration.


The case of Tiensepoort demonstrates the power of FVD for traffic analysis. By using FVD, and INRIX could challenge the use of drone-based traffic analysis and to provide a better solution for understanding and solving the traffic issues at Tiensepoort. FVD is a valuable tool for urban planners and mobility managers, as it enables them to conduct fast and insightful traffic analysis, and to design data-driven solutions for improving the traffic flow and the quality of life in cities.


The power of geospatial data to enhance KYC and customer service in banking



Geospatial data, or location-based information, is transforming the way we understand and interact with the world around us. In the banking sector, this data is proving to be a powerful tool for enhancing Know Your Customer (KYC) processes and improving customer service.

Geospatial Data and KYC

The Role of Geospatial Data in KYC

KYC processes are crucial for banks to verify the identity of their customers and assess potential risks of illegal intentions. Geospatial data can enhance these processes by providing accurate location-based information about customers. This data can help banks verify customer addresses, track unusual activity, and even predict potential fraud.

Address Verification

Consider a bank that uses geospatial data verifying address data. By cross-referencing a customer’s provided address with geospatial data, the bank can confirm the legitimacy of the address and reduce the risk of fraud.

Geospatial Data and Customer Service

Enhancing Customer Experience with Geospatial Data

Geospatial data can also improve customer service by providing location-based insights. For example, banks can use this data to understand where their customers are located and tailor their services accordingly.

Personalized Services

Imagine a bank that uses geospatial data to offer personalized services. If a customer frequently uses their credit card at restaurants in a particular area, the bank could offer dining rewards or discounts at those establishments.


The power of geospatial data in banking is clear. By enhancing KYC processes and improving customer service, this data is helping banks become more secure, efficient, and customer-centric. As we continue to generate and harness more geospatial data, we can expect its impact on the banking sector to grow even further.


A Leap Forward in Live Camera Technology for Geographic Information Systems


In a groundbreaking move, EarthCam, the trailblazer in live camera technology, content, and services, has announced its integration with ArcGIS Online. This collaboration marks a significant advancement in the world of Geographic Information Systems (GIS), offering ArcGIS users and developers unparalleled access to real-time visual data and enhancing the capabilities of location-based analytics.

EarthCam’s Expertise in Live Camera Technology

EarthCam has long been synonymous with cutting-edge live camera technology. The company specializes in capturing and sharing live streaming video, time-lapse construction cameras, and photography documentation for major construction projects, infrastructure developments, and iconic landmarks worldwide. With a vast network of cameras, EarthCam provides a unique perspective on the dynamic changes shaping our planet.

The Synergy with ArcGIS Online

The integration with ArcGIS Online opens up new possibilities for EarthCam’s visual data to be seamlessly incorporated into GIS workflows. ArcGIS Online, developed by Esri, is a powerful cloud-based mapping and analysis tool that enables users to create, share, and analyze maps, layers, and data.

By fusing EarthCam’s live camera feeds with ArcGIS Online, users gain access to real-time imagery that can be overlaid onto maps, providing a dynamic and up-to-the-minute view of construction sites, landscapes, and urban developments. This integration fosters a more comprehensive understanding of spatial relationships and facilitates better decision-making in various industries.

Benefits for Users

Enhanced Situational Awareness

The live camera feeds from EarthCam offer users a real-time view of their areas of interest. This real-time information enhances situational awareness, allowing users to monitor changes, assess current conditions, and respond promptly to growing situations.

Improved Project Management

For construction and infrastructure projects, the integration provides project managers with a valuable tool for monitoring progress. EarthCam’s cameras deliver visual documentation that can be used for project updates, issue identification, and stakeholder communication.

Accurate Spatial Analysis

The combination of EarthCam’s live camera technology and ArcGIS Online enables users to conduct more accurate spatial analysis. By overlaying live camera imagery onto maps, users can analyze the impact of changes on the landscape, identify patterns, and make informed decisions based on real-time data.

Benefits for Developers

Access to Live Camera Feeds via APIs:

Developers can leverage EarthCam’s APIs to seamlessly integrate live camera feeds into their ArcGIS Online applications. This access to real-time visual data enhances the user experience and adds a layer of dynamic information to mapping applications.

Customizable Applications

The integration provides developers with the flexibility to create customized applications that meet specific industry needs. Whether it’s monitoring construction projects, tracking environmental changes, or enhancing tourism experiences, developers can tailor applications to deliver the most relevant and impactful visual information.

Increased Data Interactivity

Developers can enhance the interactivity of their applications by incorporating live camera feeds. This not only engages users but also provides a more immersive and informative experience, ultimately enriching the overall GIS application.

The integration of EarthCam with ArcGIS Online represents a significant stride in the evolution of GIS technology. ArcGIS users and developers now have access to a wealth of real-time visual data, fostering improved decision-making, project management, and spatial analysis. As EarthCam continues to push the boundaries of live camera technology, the partnership with ArcGIS Online promises to reshape the landscape of geospatial information systems.


GeoSmart India 2023: Digital Twin to Drive Future Growth


In the dynamic landscape of geospatial technology, GeoSmart India 2023 emerges as a beacon, guiding professionals, innovators, and enthusiasts towards the future. This annual conference serves as a melting pot of ideas, innovations, and collaborations, showcasing the latest advancements in geospatial technology. A key theme that stands out in GeoSmart India 2023 is the integration of digital twins, revolutionizing the way we perceive and interact with our physical world.

Understanding Digital Twins

Digital twins are virtual replicas of physical objects or systems. They are created by combining real-time data with advanced modeling and simulation techniques, offering a comprehensive and dynamic representation of the physical entity. This technology has found applications in various industries, from urban planning and infrastructure development to healthcare and manufacturing.

At GeoSmart India 2023, the spotlight is on digital twins and their transformative potential. The conference brings together experts, thought leaders, and industry professionals to explore the symbiotic relationship between geospatial technology and digital twins.

Smart Cities and Urban Planning

With the global trend towards urbanization, the need for smart and sustainable cities has never been more critical. Digital twins play a pivotal role in urban planning by providing real-time insights into infrastructure, traffic management, and environmental conditions. GeoSmart India 2023 delves into case studies and showcases how digital twins are shaping the cities of tomorrow.

Infrastructure Development

From bridges to power plants, digital twins streamline the planning, construction, and maintenance of critical infrastructure. By integrating geospatial data, these virtual replicas enable precise monitoring and predictive maintenance. GeoSmart India 2023 offers a platform to discuss the latest advancements in infrastructure development using digital twins.

Environmental Monitoring and Management

The impact of climate change necessitates a proactive approach to environmental monitoring. Digital twins, coupled with geospatial technology, provide a comprehensive understanding of ecosystems, helping in the conservation of biodiversity and natural resources. The conference explores how these technologies contribute to sustainable environmental practices.

Disaster Management

In times of natural disasters, timely and accurate information is crucial. Digital twins enhance disaster management by offering real-time data on affected areas, enabling swift response and recovery efforts. GeoSmart India 2023 showcases the role of digital twins in mitigating the impact of disasters and building resilient communities.


    GeoSmart India 2023 stands at the intersection of geospatial technology and digital innovation. By focusing on the integration of digital twins, the conference opens up new possibilities for industries seeking to harness the power of real-time data and advanced simulations. As we navigate the future, GeoSmart India serves as a compass, guiding us towards a more connected, sustainable, and resilient world.


    Precisely Joins the Overture Maps Foundation


    In a world where information is the currency of progress, geospatial data has emerged as a cornerstone for innovation and problem-solving. Understanding the importance of harnessing this data, Precisely, a leader in data integrity and spatial intelligence solutions, has recently joined forces with the Overture Maps Foundation. This collaboration marks a significant stride toward building a comprehensive global geospatial knowledge graph. In this blog post, we will delve into the significance of this partnership and the ambitious goals of the Overture Maps Foundation.

    The Overture Maps Foundation

    The Overture Maps Foundation is a non-profit organization dedicated to advancing the field of geospatial data and mapping. Its primary objective is to construct a global geospatial knowledge graph, a sophisticated representation of the interconnectedness of locations, landmarks, and spatial relationships worldwide. This ambitious endeavor aims to enhance the way we understand, interpret, and leverage geospatial information.

    Why a Geospatial Knowledge Graph?

    A geospatial knowledge graph goes beyond traditional mapping by establishing a dynamic and interconnected web of spatial data. It incorporates not only the physical characteristics of locations but also their contextual relationships, historical significance, and real-time updates. By modeling the world in this way, the Overture Maps Foundation seeks to create a platform that facilitates a deeper understanding of our surroundings, fostering innovation and problem-solving across various domains.

    The Power of Precisely’s Expertise

    Precisely, renowned for its expertise in data integrity and spatial intelligence solutions, brings a wealth of knowledge and experience to the Overture Maps Foundation. The company’s commitment to precision and accuracy aligns seamlessly with the foundation’s mission to create a reliable and comprehensive geospatial knowledge graph. With Precisely on board, the foundation gains a valuable partner capable of contributing advanced technologies and methodologies to enhance the quality and depth of the geospatial data integrated into the knowledge graph.

    Advancing Innovation Across Industries

    The impact of a global geospatial knowledge graph extends across numerous industries, including urban planning, logistics, environmental monitoring, and disaster response. By providing a holistic view of the world, this knowledge graph enables more informed decision-making and promotes sustainable development. The collaboration between Precisely and the Overture Maps Foundation signifies a commitment to advancing innovation and addressing global challenges through the power of geospatial intelligence.

    Looking Ahead

    As Precisely joins forces with the Overture Maps Foundation, the potential for transforming how we interact with and understand our world becomes even more promising. This partnership signifies a shared commitment to harnessing the power of geospatial data for the betterment of society. The journey toward building a global geospatial knowledge graph is a monumental undertaking, but with the combined expertise of Precisely and the foundation, they lead to navigate the future with greater clarity and precision.


    Satellogic and Quant Data & Analytics Announce Three-Year Agreement


    In a groundbreaking move that promises to reshape the landscape of satellite imaging and data analytics, Satellogic and Quant Data & Analytics have recently inked a significant three-year contract. This partnership heralds a new era of innovation and collaboration, bringing together the advanced satellite technology of Satellogic with the cutting-edge data analytics capabilities of Quant. In this blog post, we will explore the key aspects of this exciting collaboration and what makes it so special.

    The Power of Satellogic’s Satellite Technology

    Satellogic is renowned for its state-of-the-art satellite technology, featuring a fleet of small satellites equipped with advanced imaging capabilities. These satellites, commonly referred to as smallsats, are designed to capture high-resolution images of Earth with remarkable detail and precision. Satellogic’s constellation of satellites offers global coverage, allowing for frequent revisits to specific locations and enabling the creation of dynamic, up-to-date datasets.

    Quant Data & Analytics‘ Analytical Prowess

    Quant Data & Analytics has carved a niche for itself in the realm of data analytics, specializing in extracting meaningful insights from vast and complex datasets. The company employs advanced algorithms and machine learning techniques to analyze data from various sources, providing clients with actionable intelligence and valuable information. The synergy between Satellogic’s satellite imagery and Quant’s analytical prowess holds the promise of unlocking new possibilities across multiple industries.

    Key aspects of this collaboration

    Data Fusion for Comprehensive Insights

    The collaboration aims to leverage the strengths of both entities to provide end-to-end solutions. By fusing high-resolution satellite imagery from Satellogic with Quant’s advanced analytics, the partners intend to deliver comprehensive and valuable insights to clients across industries such as agriculture, environmental monitoring, and infrastructure development.

    Real-time Monitoring and Decision Support

    The ability to access real-time satellite imagery, coupled with Quant’s rapid data analysis, empowers businesses and governments to make informed decisions promptly. From monitoring crop health to assessing environmental changes, the partnership seeks to provide actionable intelligence in near-real-time.

    Customized Solutions for Diverse Industries

    The collaboration recognizes the diverse needs of industries and aims to tailor solutions accordingly. Whether it’s optimizing supply chains, enhancing disaster response, or improving urban planning, the combination of satellite data and advanced analytics holds immense potential for addressing specific challenges in various sectors.

    Scalable and Sustainable Impact

    The three-year contract signifies a commitment to long-term collaboration, emphasizing scalability and sustainability. The partners aim to continually innovate and adapt their offerings to meet growing industry demands, ensuring that the impact of this collaboration extends well beyond the initial contract period.


    The Satellogic and Quant Data & Analytics three-year contract represents a union of cutting-edge satellite technology and advanced data analytics, promising a transformative impact on diverse industries. As the partnership unfolds, we can expect to witness groundbreaking solutions, unlocking new possibilities for businesses, governments, and organizations worldwide. The collaboration sets the stage for a future where the integration of satellite imagery and data analytics becomes a standard for informed decision-making and sustainable development.


    Ardent Achieves Milestone With First FBI Prime Contract Award


    In a groundbreaking move that signals a new era for Ardent, the renowned technology solutions provider has clinched a prime contract with the Federal Bureau of Investigation (FBI) to deliver cutting-edge geospatial intelligence. This significant achievement marks a milestone for Ardent, propelling the company into the forefront of the technology sector and solidifying its reputation as a key player in the realm of national security.

    The Significance of Geospatial Intelligence

    Geospatial intelligence (GEOINT) plays a pivotal role in modern security operations, providing a wealth of information derived from analyzing and interpreting data related to geographic locations. From mapping and monitoring to predictive analysis, GEOINT enables agencies like the FBI to make informed decisions, enhance situational awareness, and respond effectively to emerging threats.

    Ardent’s Expertise in Technology Solutions

    Ardent’s success in securing the FBI prime contract can be attributed to its unwavering commitment to technological excellence. The company has consistently demonstrated its prowess in developing innovative solutions across various domains, from artificial intelligence to cybersecurity. This extensive experience and expertise has positioned Ardent as a trusted partner for government agencies seeking advanced technological solutions.

    Key Features of the proposed Geospatial Intelligence Solution

    Cutting-Edge Technology

    Ardent’s geospatial intelligence solution leverages the latest advancements in technology, incorporating machine learning, data analytics, and real-time monitoring to provide the FBI with a comprehensive and dynamic platform.

    Scalability and Flexibility

    The scalability and flexibility of Ardent’s solution ensure that it can adapt to the growing needs of the FBI. Whether handling large datasets or accommodating emerging technologies, Ardent’s geospatial intelligence system is designed to scale seamlessly.

    Security Protocols

    Recognizing the sensitive nature of the data involved, Ardent has implemented robust security protocols to safeguard information at every stage. Encryption, authentication, and secure data transmission are integral components of the company’s commitment to data security.

    User-Friendly Interface

    Ardent understands the importance of usability in mission-critical applications. The geospatial intelligence platform boasts an intuitive and user-friendly interface, ensuring that FBI personnel can efficiently navigate and extract insights from the vast array of geospatial data.

    Ardent’s success in securing the FBI prime contract holds broader implications for national security. By providing the FBI with an advanced geospatial intelligence solution. Ardent is contributing to the enhancement of the country’s overall security infrastructure. The ability to analyze and interpret geospatial data swiftly and accurately empowers law enforcement agencies to stay ahead of emerging threats, protect citizens, and uphold the nation’s security interests.


    Ardent’s achievement in securing the FBI prime contract for delivering geospatial intelligence is a testament to the company’s dedication to technological innovation and its commitment to advancing national security. As Ardent continues to push the boundaries of what is possible in the realm of technology solutions, the impact of its work will undoubtedly be felt far beyond the confines of the FBI contract, shaping the landscape of geospatial intelligence and setting new standards for excellence in the industry.