Now Available: Resolver 2026.02.23​

We are excited to kick off the New Year with the release of Resolver 2026.02.23! This release is full of enhancements that aim to improve your Resolver experience. Read on to learn more about what to expect in this release.

Resolver is enabled by our latest connectors:

• Process Simulate Connector 1.16.0
• Visual Components Connector 1.15.0
• MELSOFT Gemini Connector 1.15.0

Compatibility information for supported simulation tools and versions can be found on the minimum requirements page of the Resolver documentation site. We recommend always downloading the latest version of the Resolver Connectors, regardless of the version of the simulation tool you are using.

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Release Highlights​

New interpolation type and platform workflow updates

• NEW: Hybrid Interpolation for Spotwelds using Process Simulate
  • What is Hybrid Interpolation? Hybrid interpolation is a trajectory planning mode that intelligently switches between joint and linear interpolation based on proximity to target waypoints. It combines high speed joint motion at far distances with the control and human-preference of linear motion when near process points. The engine switches interpolation type based on whether paths are being generated outside or inside a zone around the process point.
  • Outside switch zone: Uses fastest-path Joint interpolation for maximum cycle time performance.
  • Inside switch zone: Switches to Linear interpolation for controlled motion that is easier for humans to touch up during commissioning.
  • The distance threshold that determines when to transition between modes is called the Switch Distance.
  • Note: Resolver will fall back to joint interpolation on any linear-specified motions that fail to generate due to joint limitations or singularity detection. This is true for all planned linear moves regardless of the hybrid designation.
  • How will this appear in the Platform UI?
  • Users will now see the Hybrid option in the Approach Strategy column when configuring a run.

• When Hybrid is selected, a new window will appear to make selections for the motion parameters. These include:
  • Switch Distance: The radius of the zone around the process point where the engine will switch from high-speed joint moves to speed limited linear moves.
  • Joint Speed: Max speed used for generated vias outside the switch zone. Highly recommended to leave at 100%.
  • Linear Speed: Max speed used for generated vias inside the switch zone.
• How will this appear in the Process Simulate Connector?
  • Users will notice a new check box that will allow them to apply hybrid interpolation to all spotweld targets. 
  • To adjust the Switch Distance, Joint Speed, and Linear Speed for export, users can click on the settings icon in the top right corner.
  • When the check box is selected, the options to adjust the Hybrid motion parameters will appear in the settings dialog.

• Read more about hybrid interpolation here.

• NEW: Smoothing on SD/ED with FANUC robots

  • For those using FANUC robots, Resolver will now be able to output paths with smoothed approach and retreat motions.

• NEW: Project workflow upon log in 

  • There is no longer a dedicated “studies” page when logging into Resolver, so studies and runs can be found through the tree navigation and any direct links with /studies in the URL should be replaced.

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All Connectors​

Improved warnings and option to include a description upon export

• Improved: Warning Messages
  • Users now have the option to select “Don’t show again” on all warning pop ups.
  • This will be per study, per session within your simulation tool, so if a user opens a new study, they will need to select “Don’t show again” if a warning occurs in that study.
  • Users can also cancel all warning pop ups.
• NEW: Study description on export
  • Users can now include a study description upon export, rather than having to edit the description in the platform once the study is uploaded to Resolver.
• Improved: Upload timeout
  • Previously, upload session time out would occur after 10 minutes, but that time is now extended to one hour meaning that exporting a large file is improved.

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Process Simulate Connector 1.16.0​

Improvements for SD/ED, new import options, and support for spline motions

• NEW: Option to select where in operation tree to import Resolver results
  • Users can now select the location in the operation tree to import to.
  • If a user selects an operation in the tree, it overwrites the previous import location, which by default is the root.
  • Selection of an import location is not required for a successful import.
  • If a user does not select a location, the import will automatically go to the root.

• NEW: Ability to export and run spline and circular motions in Resolver
  • The splines are treated as subtask points, and the entire spline motion is exported as a single target.
  • Resolver will optimize the approach and retreat to the spline motion, adding vias and interlocks to avoid collisions with other robots and optimize cycle time.
  • We will support joint or linear spline motions and circular motions.
• NEW: Exporting weld schedules for FANUC robots
  • When using FANUC robots in Process Simulate, weld schedules will now be exported as part of the project data.
  • The system will be using the gun closed value from this table to set weld guns during robot allocation.
  • Please ensure that the weld schedules for your FANUC robots are properly set up in the PS Controller to take advantage of this new functionality.
• NEW: Limit checks for SD/ED violating limits during export
  • There is a new error that will appear if assigned target SD/ED values violate the robot joint limits.
  • There is a new warning for unassigned targets if the SD/ED value of any of those targets could violate the joint limits.
• Improved: Weld calibration
  • Calibration of welds was improved to extract more accurate approach and retreat durations for each robot in a cell.
  • Overall calibration time was improved when users elect to cache calibration data.

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Visual Components and Gemini Connectors 1.15.0​

UI Improvements and bug fixes

• Improved: UI Design
  • Users will notice a new progress bar during import.
  • There is a new border on popup dialogs.
  • There are improvements to buttons, like highlighting active tabs and new X close out buttons on pop ups.

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Now Available: Resolver 2026.01.21​

We are excited to kick off the New Year with the release of Resolver 2026.01.21! This release is full of enhancements that aim to improve your Resolver experience. Read on to learn more about what to expect in this release.

Resolver is enabled by our latest connectors:

• Process Simulate Connector 1.13.0
• Visual Components Connector 1.12.2
• MELSOFT Gemini Connector 1.12.2

Compatibility information for supported simulation tools and versions can be found on the minimum requirements page of the Resolver documentation site. We recommend always downloading the latest version of the Resolver Connectors, regardless of the version of the simulation tool you are using.

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Resolver Product Updates​

Enhancements for usability and more information on runs

• NEW: Run Details on Results Page
  • When a run is executed, users will now see "Run Details" in addition to run progress.
  • This section will be populated with data on the run and will remain in the Run Results upon run completion to inform users.
  • Note: This is not the final design of the Run Details section, so expect enhancements on this in upcoming releases.

• NEW: Allow Tool Flips in Configuration
  • Users can now allow flips when configuring tool optimizations.
  • Please note that material thickness is not taken into account when optimizing for flip. The flip happens around the TCP.

• Improved: Robot Allocation with Preset Changes

  • Users can now use Robot Allocation when there are preset changes in an operation, which was previously prohibited.
  • When a user makes a selection during robot allocation and the selection includes a preset change, Resolver will now include that robot in the preset switch on the back end. Similarly, if a robot is Not Allowed during allocation, it will be removed from the preset switch.

• Improved: Default end condition auto-adjustment

  • Depending on user selections and the configuration of a run, the default end conditions will now automatically adjust to allow more time for a run if a more complex feature is enabled.
  • Users will see a notification if they've made a selection that will increase the default end condition.

• Improved: UI Indicators

  • The reachability table on the results page has been updated to display the "best-case scenario" status for each target in the summary. For example, if a target is reachable by 1 robot, in collision with 2 robots, and not reachable with 2 robots, the summary will count this target as reachable. This affects the summary only, which has also been moved to the header of the card.

• On the Configuration Page, users will now see a number in nested operations indicating the count of actions on the canvas. These nested sections are also now collapsible.

• At the Study level, users can view information on the run status without going to the Results Page.

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All Connectors​

Adjustment to the export of objects in collision

• NEW: Checkbox to only export visible objects in collision sets or collision detectors
  • Upon export, users will be able to only export objects identified as part of a collision set or collision detector.
  • Note: If this checkbox is selected, objects that are not identified as part of a collision or collision detector set will not be exported to Resolver and therefore not be considered in path planning. If results imported back to the sim tool show paths going through objects, they likely were missed in the collision set.

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Process Simulate Connector 1.13.0​

Faster uploading and clarified error messages

• NEW: Ability to show objects in collision sets
  • Users will notice a new button next to the "Only export visible objects in collision sets" checkbox that, when enabled, allows users to see the objects that will be exported.
  • One click shows the objects in collision sets in green.
  • Clicking a second time will show users objects not in collision sets in orange.
  • A third click brings users back to the normal view.

• NEW: Servo Value at Weld to SD Position on Import

  • Upon import, users will notice that the Servo Value and Ext1 Parameter at the weld target will be changed to the SD gun position.
  • This update is intended to help with teaching weld positions.

• Improved: Upload speed

  • Users will see improved upload speed for files larger than 25 MB due to a back end change to the method of upload.

• Improved: Error Messages

  • Users will experience new and clarified error messages during failures at import.

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Visual Components and Gemini Connectors 1.12.2​

Bug fixes and clarified error messages

• Improved: Number of clicks for selections
  • Users may notice fewer clicks when making selections for import and closing out of menus in the RTR Viewer.

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Now Available: Resolver 2025.12.17​

Resolver 2025.12.17 is here and includes a number of enhancements that we are excited to share with you.

Resolver 2025.12.17 is enabled by our latest connectors:

• Process Simulate Connector 1.11.0
• Visual Components Connector 1.11.0
• MELSOFT Gemini Connector 1.11.0

Compatibility information for supported simulation tools and versions can be found on the minimum requirements page of the Resolver documentation site. We recommend always downloading the latest version of the Resolver Connector, regardless of the version of the simulation tool you are using.

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Resolver Product Updates​

Improvements for faster run times and enhanced workflow capabilities

• NEW: Tab navigation for run configuration
  • When a user clicks on any item on the canvas, the right side panel will open with a new tab navigation.
  • The panel will first display the “Details” of what you select in the canvas. If you click on an operation or target, it will show the selected item’s name, parent, and ID.
  • To configure with the table we previously showed when an Operation was selected, select an Operation and navigate to the “Children” tab.

• NEW: Support for deleting empty folders
  • Expanding upon the new folder structure, users can now delete empty folders.
• Improved: Notifications on run completion reason
  • When a run is completed in Resolver, users will now see the reason why the run ended.
  • Users will see a message if the run was cancelled, accepted, met an end condition or encountered an error.

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All Connectors​

Enhanced user experience with new UI features

• NEW: Dropdown Menu replacing Settings Button
  • Users will see that a new menu has replaced the Settings Button.
  • This new menu will include the original settings options, as well as the option to open the current view in a browser and to clear your cache to troubleshoot.

• Improved: Offline mode usability
  • Users can now open the settings page when Resolver is unreachable.
  • Error messages in offline mode were also improved.

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Process Simulate Connector 1.11.0​

Improved support of FANUC robots

• Improved: FANUC robot model support
  • More data specific to FANUC robots will now be exported to improve optimization of FANUC robots in Resolver.
  • Importing of SD/ED and device operations is improved.

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Visual Components and Gemini Connectors 1.11.0​

Bug fixes and performance improvements

• Improved: Progress Bar Behavior
  • The Progress Bar is more responsive and better aligned with loading status.
• Improved: Import Behavior
  • If an import fails, settings will remain consistent to be able to retry import.
  • Interlock creation during import was improved.

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Now Available: Resolver 2025.12.01​

The latest release of Resolver is now available! Read on to learn more about Resolver 2025.12.01

Resolver 2025.12.01 is enabled by our latest connectors:

• Process Simulate Connector 1.10.0
• Visual Components Connector 1.10.0
• MELSOFT Gemini Connector 1.10.0

Compatibility information for supported simulation tools and versions can be found on the minimum requirements page of the Resolver documentation site. We recommend always downloading the latest version of the Resolver Connector, regardless of the version of the simulation tool you are using.

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FANUC Robot Model Update​

In mid-October, Resolver switched to a new internal FANUC model that catered more to the unique velocity-based smoothing methods used by FANUC. Initially, this model generated paths that were more accurate (collision-free) than the previous radius-based model, but many users reported poor performance in smoothing generation at vias. We are happy to announce our biggest improvement to the model since initial release. Enhancements include:

• Improved Dynamics Calibration process that handles specific edge cases that were previously skewing general dynamic values.
• Bug fixes to the internal FANUC smoothing model.
• Engine enhancements to handle clearance violations better, which significantly affects FANUC robots that require large jumps in CNT values to improve cycle time.

In general, users should see significantly greater use of large CNT values at vias in this release. Internal testing showed generated paths that previously had 90% FINE term types now have 90+% of vias with CNT70 and above. Additional work and specific edge cases that users should be aware of:

• Higher CNT value does not monotonically improve cycle time on FANUC robots. We have specific cases identified where CNT0 - CNT40 produce slower cycle time than FINE. If you (the user) identify a case where Resolver is producing a FINE term type, but a significantly higher value is possible without violating clearances, please open a support ticket and provide the study.
• The Resolver engine is biased towards producing few vias with large smoothing in generated paths, which always leads to better cycle time in radius-based smoothing models (non-FANUC). There are edge cases where the engine would need to produce significantly more vias to shape the path with large smoothing. Typically, this occurs in areas where there is a “tunnel” effect of clearance limitations on both sides of the required motion. We are asking for feedback and examples for this edge case:
  • As a user, would you prefer 2 vias and lower smoothing values or 15 vias with higher smoothing values and slightly better cycle time? Please submit feedback via the support portal or directly through other support channels.
  • Please submit examples of these scenarios if you find them. The best way to improve Resolver is through real-world problems.

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Resolver Product Updates​

Enhanced Cloud UI for study management and run iteration

• Improved: Management of folders and studies
  • Users can now drag and move folders containing studies.
  • Active runs will now be ordered by start time.
  • Study names are now displayed on the Active Runs Page.
• NEW: Start a new run from a previous run
  • There is now a copy icon on each run within a Study to be able to start configuring a new run from a previous one.
  • Users can access this feature from the Study level where all runs for a Study are listed.

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Process Simulate Connector 1.10.0​

Improved experience when using FANUC Robots and FANUC RCS

• NEW: CNT100 at Spotwelds for FANUC robots
  • When using FANUC robots, term type will be copied from the original location if not blank.
  • If the term type is blank on the original weld location, the import process will automatically set CNT100 for those locations with FANUC-Rj and FANUC-Rj-Japan controllers.
• Improved: RCS Model Alignment
  • If there is a kinematics mismatch between RCS and Process Simulate during calibration, users will now receive a warning if deviation is greater than 10 mm.
  • If users give a Move command, it will go to the same joint position as a Joint command. If users have mismatching joint values for a target, users will now get an error to check the RCS model.
• Improved: FANUC RCS dynamics calibration
  • Motions will start near the home position, reading max cartesian speed from the controller instead of the simulation, and the weld gun calibration method is now more refined.

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Visual Components and Gemini Connectors 1.10.0​

Bug fixes and user experience improvements

• Improved: Study Export
  • If an export is aborted, the incomplete study will now be removed from the server.
• Improved: Log in experience
  • Authentication between the Export and Resolver tabs in the viewer is better synchronized to detect log outs and prevent stale tokens.

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Now Available: Resolver 2025.11.17​

The latest release of Resolver is now available! Read on to learn more about Resolver 2025.11.17

Resolver 2025.11.17 is enabled by our latest connectors:

• Process Simulate Connector 1.9.1
• Visual Components Connector 1.9.1
• MELSOFT Gemini Connector 1.9.1

Compatibility information for supported simulation tools and versions can be found on the minimum requirements page of the Resolver documentation site. We recommend always downloading the latest version of the Resolver Connector, regardless of the version of the simulation tool you are using.

Resolver 2025.11.17 is packed with improvements. Here are some of the highlights:

• Introduced a new folder structure for the organization of studies in the platform UI
• Implemented new log in experience allowing users to access Resolver with their Google or Microsoft account
• Improved stability of the Process Simulate Connector login and authentication, making the connector more aligned with organizational IT policies
• Enhanced ability to apply working limits only to native joints

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Resolver Platform Enhancements​

New folder structure and log in experience

• NEW: Folder structure to organize studies.
  • Your Workspace: You will now see a “Default” Project in the left sidebar, which can only be created and renamed by RTR. This contains your allocated robots per run. The robots per run are allocated based on the robot count identified in your contract with RTR.
  • Create Folders: Users can now create sub-folders within a Project to organize and upload studies. You can upload studies directly to a specific folder using a connector. Robots per run can be used across any folder in your Project. Currently, folders can only be deleted by RTR.
  • Running Studies: There must be a number of robots per run at the Project level, defined in a sales contract, to upload a custom study to Resolver. Users without a contract can still run Resolver using the RTR Demo Cell. RTR will create a “Demo” Project for all active customers without a payment contract to be able to load the RTR Demo Cell study.
  • Important Note: You must have a Project Folder in your environment in order to upload studies and you must be a paying customer to execute runs with unique studies. If you do not have a project in your environment or would like to run your own cell through Resolver, contact your Account Representative.

• NEW: Updated log in experience with option for Single Sign On (SSO) through Google and Microsoft
  • The next time you are prompted to log into Resolver, you will see a new log in experience that includes the option to sign in using Google or Microsoft.
  • New users can now be added to Resolver using their existing Google or Microsoft accounts.
  • What does this mean? You should still be able to log in using your original email and password, but users can now log in to Resolver with SSO using their Google or Microsoft account information.

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All Connectors​

NEW: Export a study to a specific folder in Resolver

• When users are exporting to Resolver, they can click the “Select” button and choose exactly where they would like their study to be exported using a new folder navigation window.
• Folders must be created in the Platform UI to be visible as an option for Export in a connector.

Improved: Log retrieval for error reporting

• There is now an option to “'Download Logs” when errors occur, so users can better understand what is happening during an error.
• Error logs will include a timestamp and error label.
• Note: Are you getting an error message you don’t understand? Send us a ticket! We want to continue to improve our error messaging to make it clear and actionable for users. Please include the entire text of the error message in your ticket.

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Process Simulate Connector 1.9.1​

Enhanced configuration for FANUC robots and improved usability for robots with joint limits

• Improved: Added enhancements and configuration options when using FANUC robots
  • Users can now select CNT 5 as a smoothing value.
  • Dynamics calibration of approach and retreat subtasks at weld points is improved.
  • Users will see improved motions using FANUC RCS with added linear and small calibration motions.
• Improved: Stability and caching related to user login and authentication data
• Improved: RTU-related exporter functionality
• Improved: Usability for robots with joint limits
  • When using 'indicate joint working limits' with absolute values larger than joint motion range, users will receive improved indications of invalid joint limits.
  • Limit checks of external axes are enhanced during export.
• NEW: Option to apply working limits to external axes
  • Users now have the option of applying working limits to both native robot joints and external joints.
  • There is a new check box in the settings dialog that is disabled by default, called “Apply working limits to external axes.”
  • If the box is checked, then working limits will be applied to external axes. If it is left unchecked, then working limits will only be applied to native joints.
  • Note: This is a change to the previous behavior. Previously, we would apply the working limits to both native and external joints. The new default is to apply limits only native joints.

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Visual Components and Gemini Connectors 1.9.1​

Improved collision detection

• NEW: Support for robot executor
  • What does this mean? You can now leverage signals to apply precedence constraints between robots and other objects within your workcell, using robot executor.
• Improved: Material handling use cases
  • Users can now leverage Assembly Status Feature suppression for material handling cases.
• Improved: Sanity checks for collision detectors
  • Users will now receive an error if active collision detectors contain hidden objects.
  • Users will get a warning if objects are referenced in programs but not included in any active collision detectors.

Now Available: Resolver 2025.10.20​

The latest release of Resolver is now available! Read on to learn more about Resolver 2025.10.20

Resolver 2025.10.20 is enabled by our latest connectors:

• Process Simulate Connector 1.7.1
• Visual Components Connector 1.6.1
• MELSOFT Gemini Connector 1.6.1

Compatibility information for supported simulation tools and versions can be found on the minimum requirements page of the Resolver documentation site. We recommend always downloading the latest version of the Resolver Connector, regardless of the version of the simulation tool you are using.

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Process Simulate Connector 1.7.1​

New and impproved FANUC characterization model

• NEW: New and improved FANUC characterization model
  • What does this mean? Our engineering teams have been working tirelessly to better model the FANUC smoothing behavior, which follows a velocity-based model rather than distance-based. For those using FANUC RCS, the paths produced by Resolver will match native controller paths much closer. This will provide better results out of the box along with much more accurate cycle times.
    • Note: There is additional engine optimization work in progress to allow more frequent use of higher CNT values.
• NEW: Support for SetSignal, WaitSignal and Send OLP Commands
  • Paths with SetSignal, WaitSignal, and Send OLP commands are now supported during export. These signals will be interpreted as precedence constraints in the query.
    • Note: Every WaitSignal must have a matching SetSignal. You will receive an error when exporting studies that have WaitSignal commands without a SetSignal.
  • Signals are only supported at the start or end of OLP commands and only OLP-level signals are supported.
• Improved: Collision Set Alerts and Display Settings
  • Users will be alerted when collision sets only contain hidden objects.
  • Users will be alerted if objects are referenced in operations but not included in any active collision sets.

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Visual Components and Gemini Connectors 1.6.1​

Performance improvements for export and import

• Improved: Alerts to assist users with exporting files to Resolver
  • Export button will now be disabled if there is a task in progress.
  • Operations must now have at least two targets to successfully export.
  • Users will now receive a warning when exporting operations tied to invisible robots.
• Improved: Enhanced performance when importing files back into simulation
  • Dependent operations are now supported for import.
  • The import button will now be disabled if there is something in progress.
  • Autotuning and calibration motions set by smoothing values are improved.
  • Error reporting improved when using RCS and Autotuning during import.

Now Available: Resolver 2025.10.07​

We are excited to announce a new release of Resolver!

Resolver 2025.10.07 is enabled by our latest connectors:

• Process Simulate Connector 1.6.0
• Visual Components Connector 1.5.0
• MELSOFT Gemini Connector 1.5.0

Compatibility information for supported simulation tools and versions can be found on the minimum requirements page of the Resolver documentation site. We recommend always downloading the latest version of the Resolver Connector, regardless of the version of the simulation tool you are using.

Keep reading for what to expect in Resolver 2025.10.07.

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All Connectors​

• UI enhancements when you export from and import to your simulation tool, including a progress bar and cancel button.
• Additional warnings and status updates for users when uploading files to Resolver.

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Resolver Platform Enhancements​

New UI and configuration options

• Expanded support for the configuration of additional robot axes, enabling configuration of external axes beyond linear rails.
• Performance improvements for running large studies.
• New icons in the platform UI indicating the target type for Spotweld, Via, Path, Drill and Generic targets.

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Process Simulate Connector 1.6.0​

Performance improvements during import and export

• Performance improvements to exporting files to Resolver from Process Simulate.
  • We had one customer that saw an 86% improvement in upload time for a large file in testing!
• Improvements to autotuning during download, including new notifications to keep users informed on potential errors associated with RCS.

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Visual Components and Gemini Connectors 1.5.0​

Enhanced material handling support

• Improvements to material handling including the support of:
  • Grasp/Release signal actions to have a robot pick up and place objects
  • Mount/Unmount signals actions for tool changes
  • Assembly Status statements to toggle object visibility

Now Available: Resolver 2025.09.08​

We are excited to announce a new release of Resolver!

Resolver 2025.09.08 includes updates to:

• Process Simulate Connector 1.5.0
• Visual Components Connector 1.4.0
• Gemini Connector 1.4.0
• Resolver Cloud
• Resolver Engine

Compatibility information for supported simulation tools and versions can be found on the minimum requirements page of the Resolver documentation site. We recommend always downloading the latest version of the Resolver Connector, regardless of the version of the simulation tool you are using.

Keep reading for what to expect in Resolver 2025.09.08.

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All Connectors​

NEW: Settings Dialog

• Selection of exporting files direct to Resolver through integrated browser (default) OR exporting files locally for manual upload to Resolver through web browser
• Selection of Cloud Region

Improvement: Preset names now include the TCP name

• This improvement should make it more obvious which preset to use when setting up robot allocation in the cloud.

Improvement: Automatic version check

• We see you out there exporting projects with an old connector! Now, you will be automatically reminded to update for access to the latest and greatest Resolver features.

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Resolver Platform Enhancements​

Enhanced support for FANUC robots and improved cycle times

NEW: Support for "Direct" Moves

• "Direct" move types allow users to include robot motions that are simply executed, not planned by Resolver. This keeps cycle times and interlocks accurate to include the fixed parts of your robot motion while allowing Resolver to plan the rest.
• If you want to keep the default behavior of Resolver, there are no changes required. Leave all Targets as "Planned" move type to allow Resolver to plan all the motions for your operation.

Note: It is not recommended to use Direct move types if targets are being re-ordered by the engine (when "Optimize Target Order" is selected).

Improvement: Support for Complex Work Cells

• We are working on the back end of Resolver to improve the optimization of large, complex work cells. In particular, robot allocation queries will see a big enhancement in the ability to solve large problems and produce quality results, faster.
• You will also see:
  • Improvements to large numbers of targets (200+)
  • Linear rail capabilities for unallocated targets
  • Improvement to Optimize Rz reducing robot-robot conflicts

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Process Simulate Connector 1.5.0​

Added support for Linear Moves

NEW: Calibration Data is Cached

• Yes, dynamic calibration can be slow when using RCS, so we are actively working with RCS vendors and Siemens to improve this. In the meantime, we are introducing an improvement that caches the dynamic data after your first export, so any subsequent exports can reuse the data.

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VC and Gemini Connectors 1.4.0​

NEW: Added support for Visual Components 4.9

Improvement: Collision Detectors Automatically Exported

• Based on customer feedback, we improved the VC/Gemini experience by including all collision detectors that are on. This prevents unintended behavior, if you forget to enable collision detectors.
• Thank you for providing this feedback!

Now Available: Resolver 2025.08.18​

We are excited to announce a new release of Resolver!

Resolver 2025.08.18 is enabled by our latest connectors:

• Process Simulate Connector 1.4.1 
• Visual Components Connector 1.3.0
• Gemini Connector 1.3.0

Compatibility information for supported simulation tools and versions can be found on the minimum requirements page of the Resolver documentation site. We recommend always downloading the latest version of the Resolver Connector, regardless of the version of the simulation tool you are using.

Keep reading for what to expect in Resolver 2025.5.0.

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All Connectors​

• Improved error messages and pop up dialogues for improved usability

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Process Simulate Connector 1.4.1​

Enhanced support for FANUC robots and improved cycle times

• Support for Fanuc SD/ED approach and retreat parameters and for gun opening/closing operations
  • What does this mean? SD, ED, and thickness are now used to embed the proper weld approach and retreat motions in the query sent to Resolver. Please ensure that proper values are set and valid distance schedules are loaded in the robot controller.
• Improved cycle time estimates for robots with mounted workpiece operations
• Enhancements to more closely match the behavior of Process Simulate

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VC and Gemini Connectors 1.3.0​

Added support for Linear Moves

• Support for Linear Statement types (LIN moves)
  • What does this mean? You can load projects with linear moves executed through Linear Statement types and receive optimized paths from Resolver including Linear Statement types for faster cycle times.

Now Available: Resolver 2025.08.04​

We are excited to announce a new release of Resolver!

Resolver 2025.08.04 is enabled by our latest connectors:

• Process Simulate Connector 1.3.1 
• Visual Components Connector 1.2.1
• Gemini Connector 1.2.1

Compatibility information for supported simulation tools and versions can be found on the minimum requirements page of the Resolver documentation site. We recommend always downloading the latest version of the Resolver Connector, regardless of the version of the simulation tool you are using.

Keep reading for what to expect in Resolver 2025.08.04.

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All Connectors​

• Support for joints being used in multiple variable limit polygons at the same time, which will expand the robot models supported in the Resolver platform.
  • You must upgrade to the latest version of the connectors to access this functionality. You can download the latest Process Simulate Connector from the download and install page.
• Enhanced log in experience to better support non-ASCII names, e.g. Japanese
• Improved UI for pop ups and status updates

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Process Simulate Connector 1.3.1​

Expanded operations support and bug fixes

• Support for Process Simulate 2502
• Support for AutoTuning of material handling operations
• Set TCP frame during import
• Remove robot ID in interlock name of WaitSignal
• Fixed bugs with operations, OLP commands, and sequenced interlock signals for improved usability

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VC and Gemini Connectors 1.2.1​

Added support for Spotweld statements

• Support for scaling functions (Sx, Sy, Sz): Objects with scale 0 are excluded from export, only 0 and 1 values are supported
• Support for Spotweld statements, including approach and retreat motion
• Fixed bugs with collision detectors and disabled program statements for improved export