June 2024 Summaries

As geospatial technology continues to evolve, traditional desktop GIS applications like QGIS are facing challenges such as handling large datasets, data siloing, high skills barriers, and static outputs. To address these challenges, many organizations are modernizing their geospatial tech stack with cloud-native solutions like CARTO, which offer benefits including interoperability, scalability, data security, democratization, and collaboration. By pairing QGIS for data preparation and geometry editing with CARTO for scalable analytics and visualization, users can harness the best of both worlds, creating a comprehensive and efficient geospatial tech stack that complements rather than replaces traditional desktop GIS capabilities.

QGIS, an open-source desktop GIS application, is being complemented by cloud-native platforms like CARTO to address challenges such as working with large datasets, data silos, high skills barriers, and static outputs. Cloud-native solutions offer interoperability, scalability, data security, democratization & collaboration benefits, which can enhance collaboration within teams and with external partners. A hybrid approach combining QGIS for data preparation and geometry editing with CARTO for scalable analytics and visualization can provide a comprehensive and efficient geospatial tech stack. By leveraging cloud-native platforms like CARTO, users can overcome challenges associated with traditional desktop GIS applications like QGIS.

The text discusses the challenges faced by users of traditional desktop GIS applications like QGIS, such as working with large datasets, data silos, high skills barriers, and static outputs. It highlights the benefits of using cloud-native platforms like CARTO to modernize geospatial tech stacks, including interoperability, scalability, data security, democratization, and collaboration. The text also explores how QGIS can be used in conjunction with a cloud-native solution like CARTO for tasks such as data preparation and geometry editing, and then leveraging the cloud-based platform for more advanced analytics and visualization. This hybrid approach allows users to harness the best of both desktop and cloud-native GIS capabilities, ensuring a comprehensive and efficient geospatial tech stack.

QGIS, an open-source desktop GIS application, is being complemented by cloud-native platforms like CARTO to address the challenges faced by its users, including working with large datasets, data silos, high skills barriers, and static outputs. By integrating QGIS with CARTO, organizations can leverage interoperability, scalability, data security, democratization, and collaboration benefits. While desktop GIS still has value in tasks such as editing geometries and creating static maps, cloud-native platforms like CARTO are ideal for advanced analytics, interactive visualizations, and large-scale data processing. A hybrid approach that combines QGIS with CARTO can help organizations harness the best of both worlds and build a comprehensive geospatial tech stack.

This summary provides an overview of how spatial data and visualizations can be used to analyze and optimize telecommunications networks, customer experience, and operations. CARTO, a cloud-native platform for spatial analytics, enables telecoms to turn spatial data into actionable insights, empowering them to optimize networks, increase mobile coverage, diversify revenue streams, and enhance customer satisfaction. The platform's advanced analytics and visualization techniques, including machine learning and AI, help telecom providers make informed decisions, improve operational efficiency, and stay competitive in an increasingly data-driven world.

CARTO is developing an Analytics Toolbox for Databricks, which will simplify spatial analysis and enable users to index large geospatial datasets efficiently. The toolbox will allow users to draw on Spatial SQL from different origins, prioritizing the most performant option. CARTO is also introducing RasQuet, a new standard for raster data in the cloud, making it easier to work with big datasets. Additionally, Workflows and Dynamic Tiling are being developed, enabling no-code analytics and real-time, scalable map rendering. The Databricks Data + AI Summit showcased several exciting developments, including Spatial SQL, the acquisition of Tabular, and Spark 4.0, which will be compatible with CARTO's platform.

Fathom's new Risk Scores are designed to provide a simple yet powerful tool for assessing flood risk to assets across portfolios, helping organizations make faster and more informed risk-management decisions. The scores can be accessed directly from CARTO's Data Observatory via subscription, eliminating the need for ETL processing. With Risk Scores, users can quickly understand flood risk for various time horizons and locations on the planet, which is crucial in a changing environment where climate change makes extreme rainfall and flooding events more frequent and intense. The scores are based on scientifically robust data from Fathom's Global Flood Map, providing a consistent method of understanding how flood risk varies from one location to another. Risk Scores can be used for portfolio screening, investment due diligence, pricing or valuing, underwriting, regulatory compliance, and long-term portfolio management. The scores provide a quick but detailed view of the risk both to a single asset and an entire portfolio, for any major flood peril, time horizon, and climate scenario.

The Global Partnership for Effective Development Co-operation is a project led by the UNDP and OECD, involving 161 countries and organizations, aiming to bolster international development efforts and achieve the Sustainable Development Goals. The partnership's dashboard, launched in March 2018, provides open monitoring and evaluation tools, empowering partners to track progress, identify high-priority programs, and inform strategic decisions based on accurate data. Built by CARTO's Engine API, the dashboard is flexible, allowing users to select indicators, partner countries, or attributes, and update the interface immediately. The partnership aims to improve funding processes, ensuring that money reaches the right programs at the right time, maximizing impact and improving lives around the world.

Online retailers can use mapping sales data to tailor consumer experiences, launch targeted ad campaigns, and measure the ROI of their advertising efforts by collecting customer data and analyzing it using visualization tools like CARTO. By visualizing sales data, online retailers can identify highly concentrated locations of customers, measure the impact of location-based Facebook ad campaigns, and identify potential new markets for ad campaigns and stores. This approach allows businesses to make strategic decisions that drive growth and engagement with every customer.

The Instant Group has introduced Coworkintel, an industry-leading solution that puts location at the center to help flexible workspace providers make informed decisions. Leveraging CARTO's Location Intelligence platform, Coworkintel offers a range of features including site selection, global market trends analysis, pricing strategy delivery, and performance benchmarking. This tool equips users with data-driven insights to tackle challenges such as supply and demand, competition, and real estate costs. By providing direct access to critical market insights, Coworkintel streamlines decision-making for flexible workspace providers and landlords, unlocking new customer segments and revenue streams for The Instant Group.

At CARTO, democratizing spatial analysis is a top priority, aiming to break down barriers between geospatial data and analytics tools, making it accessible to all. The company is extending its efforts to raster data, which has been notoriously challenging due to its size and specialized software requirements. By adopting open standards like Parquet and cloud-native solutions, CARTO aims to make raster data as accessible and easy to use as vector data, unlocking valuable insights in environmental monitoring, urban planning, and catastrophe modeling. The company envisions a future where raster data is integrated seamlessly into the broader data ecosystem, providing a scalable and cost-effective solution for organizations.

The CARTO platform is now available as a Snowflake Native App integrated with Snowpark Container Services, offering seamless integration, optimized performance, and enhanced security for users deploying it within the Snowflake environment. This integration enables organizations to leverage advanced spatial analysis capabilities directly within Snowflake, including geospatial visualization, analysis, and app development functionalities. By installing CARTO directly into Snowflake, users can streamline deployment and maintenance, enhance performance, and heighten security, making it a game-changer for customers with restrictive access to data or stringent security protocols.