Product Updates

We are excited to announce a powerful new capability in FME: Data Virtualization – designed to bring the full power of FME directly into your applications, without having to build additional infrastructure or writing custom code. With FME Data Virtualization , you can now build secure, AI-ready, OpenAPI-compliant REST APIs directly on top of any system or data source FME supports. Complete CRUD (Create, Read, Update, Delete) functionality with built-in caching, security, all through our no-code interface. Why it matters Real-time access to any source: Expose APIs using FME workflows to engage systems without moving or duplicating data. AI-ready OpenAPI endpoints: Enable LLMs, agents, and AI platforms to interact with enterprise data securely. Built-in governance: Apply filters, authentication, and permissions to control exactly what gets shared. Streamlined innovation: Empower developers and data teams to create APIs without custom code or additional infrastructure. Capabilities at a Glance Filter to create custom views of data , eliminating sensitive or irrelevant information. Gain control and increase security by allowing only authenticated users and applications to access APIs. Data can be filtered out in FME workspaces to remove sensitive information and simplify the output response. Caching for high speed endpoint requests - deliver faster response time, for common or static requests. Better performance and reduced system load. Caching can be configured for the entire API or set individually per endpoint. AI-Ready OpenAPI Endpoints – AI tools can readily ingest Data Virtualization endpoints so you can use natural language to interact with data. Data Virtualization APIs are built using the OpenAPI standard allowing you to easily integrate with AI tools. Synchronous & Asynchronous endpoints - gives the application developer maximum flexibility to decide how they want to engage the application layer. Asynchronous processing allows the application to receive an immediate response from the Data Virtualization API. The results from the FME workflow are temporarily available for client or end user applications to retrieve. Download 2025.1 Data Virtualization beta here Check out "Getting Started with Data Virtualization" knowledge based article here Join our upcoming webinar “Data Virtualization: Bringing the Power of FME to Any Application” on June 4, 2025.

We’re excited to introduce FME Realize, the augmented reality application that brings the spatial computing power of the FME Platform to life. Designed for field workers and mobile teams, FME Realize is powered entirely by FME Form and Flow, delivering real-time, in-context access to data. It lets users experience their data directly in the real world, making information more intuitive, actionable, and immediate. To showcase the capabilities of FME as a Spatial Computing Platform, we provide a live demo server and ready-to-use workflows so you can immediately experience what's possible with FME Realize. The underground infrastructure demo shows many of the things that can be done to support field workers and is described below. To help you get started, we’ve set up live examples on FME Flow so you can see what’s possible with FME as a Spatial Computing Platform using FME Realize. 3D Models and Videos: Simply point your device at an asset to view a 3D model with labelled parts. Videos, such as maintenance guides or safety procedures, are included, giving users quick access to supporting content without leaving the app. Customizable Asset Information: Field workers can inspect assets through a panel in the app. From names and models to heights and weights, asset information is fully customizable through the FME workspace. Users can also control the layout, colours, fonts, and icons for a more flexible user experience. Optimizing Workflows On-Site Connecting to IoT Devices: As FME Realize is powered by FME, it can easily connect to IoT-enabled devices, allowing users to fetch and display real-time data on-site. View information like address, pressure, and valve type in context. Users can also leverage FME workspaces to retrieve, transform, and visualize static readings, and improve functionality. Live Central Database Updates: Whether updating attributes, capturing photos, or adding notes, all edits made are automatically synced with the central database thanks to the power of the FME Platform. Field staff can go beyond viewing and submit updates via forms, enabling everyone in the organization to stay aligned with the latest information. System Integration – Cityworks and Beyond: FME Realize can connect to any system supported by FME, such as Cityworks and Salesforce, through FME Flow, allowing users to interact with live data like work orders and inspections, all powered by FME workspaces. AI-Powered Field Support AI Agents for Audio Reporting: Users can record spoken notes in any language or style, including informal or colloquial speech, and convert them into structured reports. AI incorporates relevant feature attributes and ensures the output is clear, complete, and professionally formatted. AI Agents for Smart QA Analysis: FME workspaces running on FME Flow connect to AI services that analyze attributes and geometry in context, detecting issues and suggesting improvements. FME Realize shows the results in context in augmented reality.” Visual Documentation with Photos and Notes: Field staff can capture photos, record observations, and link them to specific assets or locations through a workflow running on FME Flow. Built-in sketching tools allow users to highlight issues directly on images, with AI interpreting these markups into structured, geolocated data. The results are visualized in FME Realize and synced to the central database by FME workspaces for clean, context-aware reporting. Ready to experience the power of Spatial Computing and FME Realize firsthand? Download it now from the App Store and check out these tutorials to start delivering the full power of your data to the field with the FME Platform. Join our webinar on May 28 to discover how spatial computing, powered by FME, enables digital twins, AI-driven insights, and real-time field interactions: all through an intuitive no-code experience.

FME 2025.0 is here, packed with exciting new features that transform how you work with data. FME 2025.0 has a number of small improvements for the purpose of simplifying the representation of spatial data fields. Both new and existing users should find the experience much improved. This video explains what these improvements are and shows them within FME Workbench. Read more about the 2025.0 Feature Highlights here.

FME 2025.0 is here, packed with exciting new features that transform how you work with data. With the new Always Create Table setting available across all major database formats, FME generates database tables even when no feature data is provided. This streamlines schema-only migrations, allowing users to replicate database structures from source to destination without requiring data. This video explains how to do this and shows several demonstrations of how it works. Read more about the 2025.0 Feature Highlights here.

FME 2025.0 is here, packed with exciting new features that transform how you work with data. FME 2025.0 expands the conditional visibility options for user parameters, with more filter conditions and the ability to create complex compound conditions. This video explains what new features are available and shows several demonstrations of how it works. Read more about the 2025.0 Feature Highlights here.

FME 2025.0 is here, packed with exciting new features that transform how you work with data. FME 2025.0 introduces the concept of "heartbeat" features to FME. Our new Heartbeat support ensures that when streams experience extended quiet periods, the TimeWindower now processes features accurately, avoiding outdated data retention. This feature introduces a configurable heartbeat option on the connector, enabling the system to stay responsive even in the absence of data flow. KafkaConnector is the first to support this capability, with additional streaming connectors scheduled to release in the coming months. This video explains when these features are created, and demonstrates several examples of how to use them in an FME workspace. Read more about the 2025.0 Feature Highlights here.

With so much happening in the FME world, it's easy to miss key updates and insights. That’s why we’re bringing you Must-Read Picks - a quarterly roundup of the most valuable articles, knowledge base updates, and product highlights, handpicked by our team . Whether you're looking for information on new features, best practices, or solutions to common challenges, this post keeps you informed and helps you get the most out of FME. Don’t miss out on the latest updates! In This Issue: Here’s what you’ll find in this quarter’s Must-Read Picks: Known Issues in FME article has been revamped. New articles in the Knowledge Base about NG911 GIS data, integrating your data into Unreal Engine, and data inspection. Updated Documentation for Form, Flow, and Readers/Writers. Collection of Updated Transformers (Labeling, Area, and Linear-related transformers) Known Issues We have completely revamped how we publish known issues in FME. The Known Issues in FME article lists all of the currently known issues in all of the FME versions within the three- year support window. If an issue is in a retired version of FME, it is listed in Known Issues in Retired Versions of FME . The articles for specific known issues have also been updated to list all affected versions and provide a clear status about the issue’s resolution. The Build Numbers for FME Versions article has also been updated and now includes a column when technical support will end for each version. Knowledge Base Check out these new articles in the Knowledge Base: NENA Next Generation 911 Workflows in FME : FME provides tools to support the data transformation, validation, and update automation required for NG911 compliance. This article demonstrates the two crucial workflows required for NG911 GIS data management: data loading and validation. Write to Unreal Engine with FME : Learn how to use FME to seamlessly integrate your data into Unreal Engine and build immersive and interactive visual experiences. Data Inspection in FME : There are multiple different ways to view and inspect data in FME, this overview article goes through all of them and provides examples of which method to use for each scenario. 2025.0 Documentation Following the 2025.0 release and new features being added to FME, we’ve updated a number of documentation: Updated Form Documentation: Creating Workspaces from Examples Installing a Floating License in the Cloud Using the Compare Tool to Compare Workspaces or Custom Transformers Compound Conditional Visibility of User Parameters Using FME Flow for Connection Storage Support for Python 3.13 New string function StringLiteral() Instructions for Installing Help from the Downloads Page (note: FME Help is now online by default. Users can still download and install offline help from the Downloads page.) Updated Flow Documentation Support for Running Streams on a Remote Engines Service Updated Readers/Writers Documentation New Ways to Sort and Filter Formats and Packages New Format: Neo4j Reader (FME Form Package) Updated Transformers Many transformers have been updated in recent releases. Below, you'll find a summary of these updates along with helpful information to ensure you use each transformer effectively. Labeling Transformers: CenterPointReplacer CenterPointExtractor Labeller TextAdder LabelPointReplacer TextLocationExtractor TextPropertyExtractor TextPropertySetter TextStroker Area ‘Family’ of Transformers: AreaBuilder LineCloser Dissolver AreaCalculator AreaGapAndOverlapCleaner AreaAmalgamator DonutBridgeBuilder DonutBuilder DonutHoleExtractor HoleCounter Linear ‘Family’ of Transformers: LineBuilder LineCombiner PathBuilder LineCloser LineExtender Chopper PathSplitter Snipper Let Us Know Your Thoughts! We hope this roundup keeps you updated on the latest FME insights and resources! Which article or update did you find most helpful? What do you want covered in the future? Let us know in the comments - your feedback helps shape future content!

FME 2025.0 is here, packed with exciting new features that transform how you work with data. Building on the Conditional Visibility feature from FME 2023.0, FME 2025.0 now introduces Compound Conditions. This enhancement allows for multiple conditional statements and provides a broader set of operators, offering even more control over when parameters appear for an intuitive user interface. This video explains what new features are available and shows several demonstrations of how it works. Read more about the 2025.0 Feature Highlights here.

FME 2025.0 is here, packed with exciting new features that transform how you work with data. Our new stream capabilities improve real-time processing by introducing Remote and Heartbeat support, turning fast-moving data into immediate insights for smarter decision-making. Native Neo4J integration simplifies complex graph analytics, while centralized Connection Storage in FME Flow streamlines shared connection management. With 2025.0, data handling is more agile, flexible, and powerful than ever before. Stay tuned for big groundbreaking advancements reveals at The Peak of Data and AI . Feature Highlights Remote Streams: FME Flow Streams can now run on Remote Engines Services, as Remote Streams , to run streams closer to data sources, drastically reducing latency and boosting scalability. To maintain stability, Remote Streams automatically shut down after 24 hours of disconnection from the Remote Engines Service, and seamlessly resume when reconnected—all supported by an improved connection UI for a smoother setup experience. Heartbeat Streams: Our new Heartbeat support ensures that when streams experience extended quiet periods, the TimeWindower now processes features accurately, avoiding outdated data retention. This feature introduces a configurable heartbeat option on the connector, enabling the system to stay responsive even in the absence of data flow. KafkaConnector is the first to support this capability, with additional streaming connectors scheduled to release in the coming months. Want to learn more about this feature? Watch our short demo video here . FME Flow as Connection Storage Location: Streamline your connection management by leveraging FME Flow as a centralized repository for database and web connections. By designating FME Flow as your storage location in FME Form, teams gain immediate access to shared connections without extra setup. We’ve ensured that a Centralized Connection store enables consistent configurations, tightens access controls, and improves overall workflow efficiency. Neo4j Reader: FME now includes native support for Neo4j, enabling users to effortlessly integrate graph database queries into their workflows. The Neo4j Reader lets users execute Cypher queries directly to retrieve nodes, relationships, and paths, all while preserving the integrity of your graph structures. With the added flexibility of SQL transformers to refine query results, users can now more easily analyze network relationships, connected assets, or social graphs. Additional Enhancements Spatial Definition Table — Improving Spatial Data Visibility: The new Spatial Definition Table within Reader Feature Types displays spatial column names, geometry types, and spatial types (where applicable) to enhance spatial data discovery. Additionally, enhanced canvas objects now indicate the presence of spatial data by showing the spatial column name when available, complementing the Schema Preview window for a more intuitive and efficient data exploration experience. User Parameters — Precise Conditional Visibility Control: Building on the Conditional Visibility feature from FME 2023.0, FME 2025.0 now introduces Compound Conditions. This enhancement allows for multiple conditional statements and provides a broader set of operators, offering even more control over when parameters appear for an intuitive user interface. Want to learn more about this feature? Watch our short demo video here . New and Updated Integrations IBMMQConnector: FME now includes a dedicated IBMMQConnector for IBM MQ 9.X, streamlining both sending and receiving messages. Delivered as an FME package, the connector eliminates the need for complex JMS library setups, offering simplified connection parameters and supporting both streaming and batch message processing. RabbitMQConnector Quorum Queue Support: In addition to classic queues, the RabbitMQConnector now supports quorum and stream queues. With the new Queue Type parameter, users can select Classic, Quorum, or Stream, facilitating reliable and flexible message retrieval across all RabbitMQ queue types. Database Case Control — Table and Column Names: FME now offers enhanced control for managing table and column name formatting across all database formats. Users can choose to convert names to uppercase, lowercase, or keep the original case while ensuring compatibility across different database systems. Databases — Write Schema-Only Tables : With the new Always Create Table setting available across all major database formats, FME generates database tables even when no feature data is provided. This streamlines schema-only migrations, allowing users to replicate database structures from source to destination without requiring data. Want to learn more about this feature? Watch our short demo video here . Simplified Database Integrations — Unified Format for Spatial and Non-Spatial Data: FME has consolidated major JDBC-based database formats to support both spatial and non-spatial tables under one unified format name. Improved formats: Snowflake Microsoft SQL Server (JDBC) Microsoft Azure SQL Database (JDBC) SAP HANA and SAP HANA Cloud Teradata Stay tuned for further database unification in further releases. Add IFC Opening Feature Reading: FME’s IFC API Reader now supports IfcOpeningElement features, allowing for more precise handling of wall, window, and door openings. This update enables accurate clipping of boundary surfaces so that walls, doors, and windows are rendered as single flat surfaces when necessary. By using IfcOpeningElement solids for geometry processing, interoperability across BIM, GIS, and 3D modeling applications has been significantly improved.

FME 2024.2 was released in November 2024, delivering powerful new features that enhance your data integration experience. Watch our short video demo to see the updates to PythonCaller, SurfaceModeller, and VertexCreator. Added Rejected Port to PythonCaller: Streamline your error handling and reduce complexity with the new Rejected Port for the PythonCaller transformer. With the new reject_feature() method, users can now output failed features directly through a dedicated rejected port in the PythonCaller, streamlining workflows. Improvements to the Surface Model Transformers: New "Breakline Method" parameter in the ContourGenerator and SurfaceDraper provides you with the flexibility to choose between preserving the Delaunay condition or maintaining breakline edges. Increased stability and performance across all related surface model transformers: SurfaceModeller, ContourGenerator, DEMGenerator, RasterDEMGenerator, SurfaceDraper, TINGenerator, and VoronoiGenerator. VertexCreator: Add Coordinate System Parameter. The VertexCreator transformer now has an optional coordinate system parameter for “Replace with Point” mode. This enhancement workflows and reduces complexity, when working with large datasets or multiple coordinate systems. Read more about the 2024.2 Feature Highlights here .

FME 2024.2 was released in November 2024, delivering powerful new features that enhance your data integration experience. One of these new features is the Generic XYZ Tiled Web Map for Background Maps. Watch our short video demo to see this feature in action. About the Update: Enhance your spatial data visualization with a new Generic XYZ Tiled Web Map for background maps in FME Data Inspector. This new format allows you to seamlessly integrate custom XYZ tiles, such as OpenStreetMap, into data visualization workflows. Read more about the 2024.2 Feature Highlights here .

FME 2024.2 was released in November 2024, delivering powerful new features that enhance your data integration experience. One of these new features is the Improved Quick Add. Watch our short video demo to see this feature in action. About the Update: The Quick Add dialog in FME Workbench is now powered by a new search algorithm, with results sorted by relevance by default. Improving search accuracy by handling mistyped terms, expanding keyword matches, and suggesting related transformers makes it easier to find exactly what you're looking for. Paired with the filters feature (introduced in 2024.1), Quick Add stays fast and intuitive while offering smarter search results. Read more about the 2024.2 Feature Highlights here .

In today’s modern era, imagery is more popular than ever before. Whether you’re looking to manipulate bands, or clip an image based on a boundary, FME provides users with an abundance of tools to get the job done. New to imagery in FME? Check out the four custom transformers below, built by our team to help you quickly and more efficiently work with your imagery data in FME. Save time and effort on workspace development by using these new pre-built tools: Use the workspaces as building blocks to create your own prototypes and imagery solutions. Cut the number of transformers you need to perform some common imagery tasks, allowing for greater authoring efficiency. Experience faster and more consistent implementation of imagery processes. ImageIdentifier The ImageIdentifier is designed for use with Ollamas' Llava 7B parameter model, leveraging its API endpoint for image tagging. When a prompt is supplied, Ollama will return string descriptions with the appropriate information. It is intended for use with JPEG and PNG image formats ImageryHalor This transformer creates a halo around an image - a gradual blend into the surrounding user-selected color, to create smooth effects and transitions from imagery to a background. To generate the halo, the transformer creates concentric buffers around the image area. Each buffer receives the same RGB value. Once buffers are rasterized, the transformer copies color values to the alpha band where they will represent the amount of transparency rather than colors. The higher the value, the more transparent a pixel will be moving outward of the project area. ImageWatermarker The ImageWatermarker allows you to add a Watermark to images, such as photographs, scanned maps, CAD blueprints, and rasterized PDFs. This transformer combines two image files (one base image, one watermark image) and overlays the Watermark onto the base image, allowing the user to choose the opaqueness, frequency, angle and scale of the Watermark ImageColorAdjuster This transformer assists in Image color adjustments. There are five different choices: Brighten, Color Correction, Greyscale, Inversion, and Gamma Correction. This transformer takes an image, extracts the image’s bands to determine if the image is a single or multi band image, and performs (an) expression(s). Additional Resources Learn more about common imagery tasks and imagery basics. Join our upcoming webinar on December 11 to get started with imagery in FME. What should we build next? Please tell us in the comments what other tools or custom transformers we can add to the FME toolbox to make working with imagery even easier in FME.

We’re excited to introduce the newly redesigned FME Hub ! First introduced nearly a decade ago, the FME Hub has been completely re-imagined to support another decade of providing quality content within the FME environment. Not only have we modernized the design, but we've also strategically reorganized content to ensure ease of use, highlight official and verified offerings, and simplify publishing. Our redesigned FME Hub now includes these new features and capabilities: Branding and usability enhancements: Every page has undergone a UX and design makeover to align with our new branding and deliver a user-friendly, cohesive experience. Enhanced search functionality: Search results now return individual transformers within packages, providing deeper insight with contextual links back to the main package page. Publisher display update: We’ve revamped the display of publishers in search results to help users understand the tiers, boosting clarity around official, verified, and community-contributed content. Simplified Publishing : We have streamlined our publisher offerings. Individual user contributor-type publishers have been transitioned into Organizational publishers making it easier to collaborate with other users when publishing content to the FME Hub, and enhancing management abilities of your own published content. Mobile Friendly: The entire FME Hub is now mobile friendly and fully optimized for use on any device. Whether you're working on a phone, tablet, or computer, you'll enjoy a seamless and visually appealing experience. This enhanced accessibility ensures you can easily find, share, and utilize resources anytime, anywhere, boosting your productivity no matter where work takes you. Whether you’re a content seeker looking for powerful solutions or a contributor sharing your expertise, this redesign is all about making the FME Hub a more supportive, accessible, and inspiring space. We can’t wait for you to explore the new FME Hub and discover how it can support your data integration journey.

FME 2024.2 is here, delivering powerful new features that enhance your data integration experience. The improved Quick Add now offers smarter, faster search results with a refined algorithm that boosts accuracy and ease of use. Strengthen your security with support for encrypted deployment parameter passwords, and discover a revamped Examples Gallery designed to inspire and accelerate your workflows. Plus, stay tuned for a deep dive into the upcoming FME Hub redesign. This redesign will make it easier than ever to find verified, high-quality content, ensuring you get the best resources FME Hub is committed to delivering. Feature Highlights Improved Quick Add: The Quick Add dialog in FME Workbench is now powered by a new search algorithm, with results sorted by relevance by default. Improving search accuracy by handling mistyped terms, expanding keyword matches, and suggesting related transformers makes it easier to find exactly what you're looking for. Paired with the filters feature (introduced in 2024.1), Quick Add stays fast and intuitive while offering smarter search results. Want to see this feature in action? Watch our short demo video here. Encrypted Deployment Parameter Passwords Supported: Improve your security practices with the new Password Deployment Parameter type. FME Flow Administrators can now create Password Deployment Parameters that are stored and shared with managed access to specific FME Form users, while keeping the password value obscured. New Examples Gallery Experience: The new Examples Gallery in FME Workbench, featuring curated, high-quality template workspaces for every user. Simplify onboarding, reduce the learning curve and speed up adoption with beginner-friendly examples, and accelerate advanced workflows with easily discoverable, pre-configured workspaces. New Integrations Generic XYZ Tiled Web Map for Background Maps: Enhance your spatial data visualization with a new Generic XYZ Tiled Web Map for background maps in FME Data Inspector. This new format allows you to seamlessly integrate custom XYZ tiles, such as OpenStreetMap, into data visualization workflows. Want to learn more about this feature? Watch our short demo video here. New Navisworks Reader: The new Autodesk Navisworks reader for FME expands the reach for professionals in the architecture, engineering, and construction industries. By enabling direct reading of NWD, NWF, and NWC files, this feature simplifies the inclusion of complex project models into existing data workflows. Microsoft Azure Synapse Writer - Added Support for Microsoft Fabric: Data Warehouses hosted in Microsoft Fabric is now supported with the Microsoft Azure SQL Synapse writer. Additional Enhancements AIXM Reader / Writer GML Profile Format Update: The updated AIXM reader/writer, now utilizing GML+ to tackle complex aviation data structures like Geoborders. This enhancement ensures full support for AIXM 5 data, reducing data conversion complexities and improving interoperability across aviation systems. Integrate Azure AD (now Microsoft Entra ID) as Supported Authentication into all Azure Components: Simplify and secure your Azure integrations with support for Azure Active Directory (now Entra ID) authentication. By integrating Azure AD into all Azure components, users can build workspaces and automations without needing to manually manage keys, ensuring robust, enterprise-level security. Added Rejected Port to PythonCaller: Streamline your error handling and reduce complexity with the new Rejected Port for the PythonCaller transformer. With the new reject_feature() method, users can now output failed features directly through a dedicated rejected port in the PythonCaller, streamlining workflows. Improvements to the Surface Model Transformers: New "Breakline Method" parameter in the ContourGenerator and SurfaceDraper provides you with the flexibility to choose between preserving the Delaunay condition or maintaining breakline edges. Increased stability and performance across all related surface model transformers: SurfaceModeller, ContourGenerator, DEMGenerator, RasterDEMGenerator, SurfaceDraper, TINGenerator, and VoronoiGenerator. VertexCreator: Add Coordinate System Parameter: The VertexCreator transformer now has an optional coordinate system parameter for “Replace with Point” mode. This enhancement workflows and reduces complexity, when working with large datasets or multiple coordinate systems. Watch a video to see the updates to the PythonCaller, SurfaceModeller, and VertexCreator - and the ShortestPathFinder - here. Catch up on additional Workbench improvements in one quick video here. Learn about an important update to the FeatureReader transformer here.

Introducing FME 2024.1! This latest release focuses on significantly improving workflow efficiency. With enhanced capabilities for API interactions and JSON visualization, you can streamline complex tasks and reduce manual efforts. The update also brings a refreshed user interface for FME Flow, making it more intuitive and user-friendly. Upgrade to FME 2024.1 to experience these valuable enhancements that boost productivity and precision in your data workflows. Feature Highlights New OpenAPICaller Transformer: The new OpenAPICaller enables you to directly import OpenAPI specifications to automatically configure your transformer to call your endpoint of choice. The OpenAPICaller also introduces a way for you to visualize your JSON in a tree format, helping you fragment your JSON body and output it into features. Preview and Test: Preview URLs, test requests, and view responses directly within HTTPCaller and OpenAPICaller Parameters dialog. This integrated approach reduces setup time, provides immediate feedback, and simplifies the process of configuring and analyzing HTTP requests. Additional Enhancements Parameter Annotations within FME Form: Enhance your ability to document and understand your data workflows by allowing context-specific Annotations directly within Parameter Editor dialogs, ensuring that relevant information is always visible without cluttering the workspace. Improved Quick Add: Easily find and select the most relevant transformers, readers, and writers for your data integration tasks with new filtering options, sort options, and an updated information hierarchy. New IFC Reader: The updated IFC reader now supports the latest IFC versions, making it easier to read and translate IFC data to GIS. The new simplified relational view improves readability and data management. Enhanced support for new feature types and properties in IFC 4.3 and above, along with better spatial reference system compatibility, ensures smoother integration with GIS applications. New DuckDB Reader: FME now supports DuckDB, an in-memory, columnar SQL database management system designed for analytical workloads. This new integration includes a native DuckDB reader and the ability to submit queries to DuckDB via the SQLExecutor transformer. This allows you to read data from DuckDB databases and efficiently query cloud-native data formats, such as Parquet files on S3. Learn more at duckdb.org Enhanced GeoJSON support in the Creator Transformer: Geometry integration is now streamlined using the Geometry published parameter with FME Flow, and a redesigned Coordinates tab in the Creator transformer makes it easier to input coordinates from FME Data Inspector, log files, or in your custom formats, including matching brace sets for lines and polygons. FME Flow Dashboard: Replacing the FME Flow home page, the new dashboard is your central hub. It focuses on actionable information, quick access to frequently used tools, and provides an overview of FME Flow jobs and automations. Simplified FME Flow Hosted Upgrade: Upgrade FME Flow instances running on Flow Hosted easily, without any downtime and with limited configuration changes required. New clone functionality allows you to clone all settings and configurations from an existing FME Flow Hosted instance to a new one, simplifying the upgrade process. New URL modification capability allows you to change the URL of running or paused FME Flow Hosted instances, offering greater control over instance management. Surface Model Transformers: New "Breakline Method" parameter in the TINGenerator, DEMGenerator, and RasterDEMGenerator transformers provides you with the flexibility to choose between preserving the Delaunay condition or maintaining breakline edges.

🚀 FME 2024.0 is officially here and we are excited to share with you key features that will help you improve operational efficiency, drive speed and increase security. Features Highlights Remote Engines Service Support for Automations - Automations now support Remote Engines Services. This allows for faster data processing and increased security by moving the FME Engine processing close to the data it operates on. Multi-Transformer Upgrade - Streamline your authoring experience with the new transformer upgrading feature. Upgrade multiple or all transformers simultaneously, saving you valuable time when upgrading in FME 2024.0. Transform the way you manage updates and enjoy a more intuitive, user-friendly FME experience. FME Form Canvas Upgrade - A simplified user design that enhances and promotes interface consistency across transformers, readers, writers, annotations and bookmarks. Expect a streamlined and intuitive user experience that improves workflow efficiency. Additional Enhancements Enhanced AI Assist - Use AI to accelerate workflow authoring. AI Assist is great for creating Regular Expressions, SQL statements, and assisting with the creation of Python. Faster 3D Data Inspecting - This update delivers rapid load times and fluid navigation, ensuring your workflows are efficient and interruption-free. Basis Universal Reader/Writer - Added support for the Basis Universal format. Basis is tailored for professionals managing extensive 3D datasets in geospatial, gaming, virtual reality, and urban planning. Revit Instance Writing - This update adds support for Revit family instances in placement and orientation. Key features include instance writing, family file loading, and the RevitStyler transformer. Improved Data Encryption - This update makes FME Form more secure against potential vulnerabilities, in securing data connections. Enhanced Attribute Data Type Management - Easily see attribute data types within your workflows to improve workflow data control and accuracy. Key features include improvements to the AttributeExposer and editing of data types in your workflows. Scripted Selection in Transformer Designer and User Parameter Manager - Advanced interface tailored for users designing transformers. It simplifies interactions with web services and databases facilitating the creation of user-friendly packages. New Schema Preview Window - Designed to provide details on attributes and geometry for selected canvas objects. This window updates as you navigate through different objects, offering an overview of your data, including schema names, data types, and geometry presence. Improved Desktop Windowing - Customizable "Layouts" for enhanced window and docking management. Aimed at boosting operational efficiency, it features intuitive resizing, positioning, and window state retention, along with the ability to create and apply windowing setup presets. Coordinate System Mismatch Warning - Enhances spatial transformers with group-by parameters through warnings for coordinate system mismatches during data processing, significantly enhancing data accuracy and reliability.

Originally posted September 5th, 2023. What’s New in FME 2023.1 FME helps you simplify and streamline complex tasks so your organization can deliver work faster and achieve cross-departmental success. Discover new and enhanced ways to accelerate the authoring experience and boost collaboration to achieve ultimate productivity. Gain Unrivalled Productivity In May, we showcased the latest advances in generative AI and gave a sneak peek of how natural language processing can be leveraged in your data integration workflows. We’re now excited to introduce our new AI Assist tool, designed to help you speed up workspace authoring. Meet Your FME Form Co-Author, AI Assist Accelerate regex, SQL, and Python generation and unlock insights with descriptive explanations to help you understand the results. Quickly generate regex with text string results. Easily generate queries wherever SQL parameters are available. Gain insights into your Python code by integrating comments into your script for easier maintenance and define actions to refine your code. AI Assist is available as a Tech Preview in FME 2023.1. We’d love to hear your feedback! After generating your results, use the ‘thumbs up’ or ‘thumbs down’ icon to submit your feedback directly within the tool. Visual Enhancements to Workspace Comparison FME 2023.0 introduced increased functionality that enables teams to deploy robust and reliable workspaces collaboratively with the ability to visually compare workspaces, see differences, and reconcile changes. In FME 2023.1, you can fast-track your team’s productivity with the ability to: Highlight changes in the Navigator and see tree items styled based on changes. Sync the scroll bar and expand/collapse in the Navigator so it’s easy to maintain your view when finding changes. Compare differences in runtime order. View dialogues side-by-side. If you’d like to merge workspaces through Git, view the configuration details here. Accelerate Project Delivery For enterprise IT and data teams, time-to-value is a key component of success. With our latest enhancements, FME enables you to easily migrate between development pipelines, empowering your team to accelerate project delivery without compromising quality. Migrate Workflows Confidently Streamline Projects in FME Flow with clearer visibility into your workflows and automate checks before import. When importing and exporting projects, you can now: Preview the project and review it before importing. Select any Web Connections, Database Connections, and Deployment Parameters for import. See and ensure that all dependencies at the time of export are included and up-to-date. Improved Workflow Deployment Increase efficiency and eliminate errors with the ability to create and override Deployment Parameters in Workbench. We’ve heard your feedback and introduced several enhancements to ensure a seamless transfer of FME solutions across your enterprise development pipeline. You can now: Create new Deployment Parameters and quickly migrate existing parameters to FME Flow. Create local overrides to Deployment Parameter values, enabling easier testing and greater flexibility. See all Deployment Parameters available in the Navigator to see synced changes immediately. Deploy Anywhere FME 2023.0 introduced Remote Engine Services, enabling admins to deploy secure, distributed, hybrid, and multi-cloud data integration workflows. Organizations save time and money on network transfer costs, achieve faster processing time, and have more control over where data is stored. Easier Deployment of Distributed Processing In this release, admins no longer have to manage multiple licenses for a single FME Flow deployment. When connecting a Remote Engine to a deployment, you’ll now be able to license the primary engine once and spin it up anywhere automatically. Expand Your Data Connectivity Unleash the power of your data wherever it resides with 1000+ data connections. In FME 2023.1, we’ve added new data types and packages to help you effectively manage, optimize, and scale cloud-native data workflows: GeoParquet Reader/Writer Cloud Optimized Point Cloud (COPC) Reader Zarr Reader/Writer STAC (SpatioTemporal Asset Catalog) Metadata Reader (FME Hub) If you’re currently tackling challenges with inefficient cloud data management, integration difficulties, and scalability constraints, be sure to get the latest best practices and strategies from our FME experts here! You’ll also see enhancements to: Esri Geodatabase Reader/Writer: New attribute types added to support 64-bit integer fields, such as date and time fields. The Geodatabase family of formats has improved support for Feature Datasets. They all now use the same notation as FileGBD: <feature dataset>/<feature class>. Users can also now specify how Feature Datasets are handled on the writer with a third option: Write Feature Dataset. Bentley MicroStation Design Reader/Writer: FME can now read and write coordinate systems set on DGNv8. EsriReprojector Transformer: Specify and accept multi-step transformations. HTTPCaller Transformer: Import and auto-populate parameters from the OpenAPI Specification (previously the Swagger Specification). ‘Verified’ Publishing Tier on FME Hub We’re excited to introduce a new publishing tier on FME Hub, designed to enable our FME community to build and implement secure and production-quality solutions from verified organizations and individuals. Always up-to-date and compatible with the latest version of FME, gain peace of mind and confidence to expand your FME workflows with verified content. If you’d like to contribute to FME Hub, apply today! Additionally, as of this release, you’ll be able to find and view FME Hub content directly within Quick Add, and see this grouped by publisher type: Watch our on-demand webinar to take a deep dive into all the key new features in FME 2023.1.

Originally posted May 26th, 2023. What’s New in FME 2023.0 The modern data environment requires new levels of flexibility. It’s time to give new life to your data. See how the latest release of FME will further enhance your productivity and fuel even more innovation for your organization. Boost Your IT Efficiency Every IT leader strives for efficiency. Automate IT workflows with scale, flexibility, and security, so your team is better positioned to support enterprise modernization. Standardized Configuration Simplify workflow deployment across multiple FME Flow environments with Deployment Parameters. Maintain and standardize FME Platform configurations, making it easy to transfer FME solutions across your development pipeline (i.e., development, test, production). Distributed Processing Deploy secure, hybrid, and multi-cloud data integration workflows with the Remote Engine Service. Process data where it resides for increased security and efficiency. Robust API Services Automate with increased control, flexibility, and security with the improved Webhook. Orchestrate more complex and powerful automations with built-in authentication support and visibility into API request information. Faster Deployment Automate the deployment of FME workflows with the Command Line Interface (CLI) to deliver fast and reliable data integration pipelines. Make Team Collaboration a Breeze Project management and teamwork are hard when you have siloed information and a cumbersome process. Keep your team in sync to expedite project delivery. Workspace Collaboration Deploy robust and reliable workspaces collaboratively with the ability to compare workspaces and reconcile changes visually. Gain Unrivaled Productivity Enterprise data keeps getting bigger. So does the demand for faster processing and increased productivity. With the fastest-performing FME ever, you are able to do more with your data in less time. Improved Data Visualization Supercharge your data wrangling with faster data inspection and preview. Process feature-rich data efficiently with optimized performance for 2D rendering. Expand Your Data Connectivity Unleash the power of your data wherever it resides with the largest ecosystem FME delivers. New connections are constantly being added to meet evolving market and customer needs. Databricks Reader & Writer - Derive new insights by bringing spatial data into your datastore. Access, retrieve, and write data from and to Databricks natively within FME. Trimble Connect Connector - Easily manage data and documents in Trimble Connect to streamline construction project collaboration. Autodesk Revit Writer - Keep your project team informed with update-to-date As-Builts. Integrate GIS data into Revit and create a Slim BIM model to share with your team. Generative AI Connectors - Revolutionize your data integration workflows with the latest generative AI technology. Explore more connections using the Airtable reader & writer, ArcGIS Server Feature Service writer , Microsoft Azure Synapse SQL Reader & Writer, Precisely MRR writer, ND JSON & GeoJSON reader & writer. Check out everything else new in FME 2023.0, including Data Types in AttributeManager, and support for conditional parameters across the platform to empower self-service data apps. Watch this on-demand webinar to take a deep dive into all the key new features in FME 2023.0.

Dear Community, We're thrilled to unveil our new "Product Updates" page on the FME Community, tailored to keep you at the forefront of everything happening with FME. This page is designed to be your go-to source for the latest and greatest in our platform, ensuring you're always in the know. What to Expect: What’s New : Discover FME’s groundbreaking , high-impact innovations that are set to revolutionize your data integration experience. Feature Highlights : Dive deep into key features of the latest FME version release. These updates will detail the functionalities, benefits, and practical applications of new and improved features, helping you to leverage them to their fullest potential. Announcements: Stay informed with general product-related news – from essential updates to insightful events and everything in between. Why Subscribe? Be the First to Know: Get instant updates on the latest FME features and releases. Deepen Your Knowledge : Gain valuable insights into how each new feature can optimize your data integration tasks. Stay Ahead: Keep your skills sharp and stay ahead in the rapidly evolving field of data integration and spatial data support. We are committed to making the "Product Updates" page more than just a bulletin board; it will be a thriving hub of information, inspiration, and interaction. So, why wait? Subscribe to the "Product Updates" page today and stay at the forefront of data integration innovations. Welcome aboard, and here's to a future where data integration knows no bounds!