The FVA-Workbench licensing landscape: The “state of the union”
In 2026, FVA-Workbench remains the premier solution for the design and calculation of drive systems and gearboxes. FVA (Forschungsvereinigung Antriebstechnik e.V.) utilizes the FVA License Manager, often powered by Wibu-Systems CodeMeter or FlexNet technologies, to manage its concurrent (floating) licensing model. These high-value licenses are shared across specialized mechanical engineering teams to calculate load distribution, bearing life, and efficiency.
The visibility gap
The FVA License Manager provides a functional view of current checkouts, but it often lacks the historical granularity required for strategic fleet management. Administrators can see that a workbench seat is “checked out,” but they cannot easily determine if an engineer is actively running a complex transmission simulation or if the application is simply idling in the background while the user is focused on CAD or documentation. This leads to “License Contention,” where critical drivetrain optimizations are delayed because the license pool appears artificially full.
The “hidden cost” narrative
Budget leaks in FVA environments typically occur through “Module Drift.” Because FVA-Workbench is highly modular—offering specialized solvers for Bevel Gears, Planetary Stages, or Bearing Analysis—organizations often over-provision these expensive add-ons for the entire engineering department. Without OpenLM, you have no way to verify if these premium solvers are actually being utilized, resulting in significant annual waste in maintenance and subscription fees for underused modules.
Quick summary: OpenLM for FVA-Workbench
OpenLM empowers you to optimize your FVA investments by transforming raw license data into actionable engineering strategy.
- Track FVA activity: Monitor real-time usage across FVA-Workbench, STplus, and RSTplus modules.
- Identify idle simulation seats: Automatically flag users who have checked out an FVA license but are not actively interacting with the modeling or calculation interface.
- Eliminate “Solver Unavailable” errors: Use peak-usage heatmaps to right-size your license pool, ensuring your gearbox designers are never blocked.
- Optimize solver allocation: Identify which specialized calculation modules are underutilized and reassign them to the teams that drive the most value.
- Manage global license sharing: Gain visibility into license availability across different time zones to maximize the utility of your existing seats.
Comprehensive solution framework
The visibility layer
Gain full transparency into your FVA-Workbench environment. See exactly who is active and which specific versions—from legacy modules to the latest 2026 cloud-integrated releases—are being utilized. This applies whether your team is in a central R&D hub or working remotely via VPN.
The intelligence layer
Use FVA-specific usage analytics to determine your optimal seat count. By analyzing “True Usage” vs. “Reserved Usage,” you can measure the ROI of your FVA-Workbench investment and determine if you should adjust your license counts before your next renewal.
The automation layer
Maximize the availability of your FVA License Manager pool. OpenLM can automatically detect idle sessions on workstations where the application is open but inactive. In high-pressure automotive or wind-energy projects, this ensures that every available seat is supporting active drivetrain simulation and calculation.
How OpenLM monitors FVA-Workbench
OpenLM uses a secure, non-intrusive approach to capture and monitor the license activity from the FVA environment.
Seamless License Manager integration
- Broker-level connectivity: The OpenLM Broker installed on the FVA license server interfaces with the CodeMeter or FlexNet services to fetch real-time checkout data.
- Solver-level tracking: OpenLM identifies the specific “feature strings” and solvers in use, providing a granular view of your modular software spend.
- Zero performance impact: Monitoring occurs at the system level, ensuring that the heavy computational tasks of drive system calculation remain fast and responsive.
Strategic reporting and analytics
- Active vs. Idle tracking: Distinguish between an engineer actively calculating gear mesh stiffness and an application that was left open overnight.
- Project-based chargebacks: Assign FVA license costs to specific drivetrain projects or business units based on actual usage hours.
Strategic ROI and business value
Organizations using OpenLM for FVA-Workbench license optimization often see significant reductions in their annual software spend.
- Procurement support: Use “actual activity” data to negotiate your next FVA maintenance agreement instead of relying on headcount estimates.
- Reduced downtime: Reclaim idle seats from the office to ensure high-priority simulation tasks always have access to the latest solvers.
- Improved software utilization: Identify if high-cost modules like Planet Gear Simulation are actually being used by your team or if further training is required.
