The complexity of managing high-end solver licenses
As your engineering teams tackle complex structural mechanics and vibro-acoustic simulations, managing INTES PERMAS becomes a high-stakes balance between performance and massive capital investment. INTES PERMAS is a world-class Finite Element Analysis (FEA) engine, but its specialized nature makes license management a unique challenge.
The visibility gap in HPC environments
Unlike many CAE vendors that use standard managers like FlexNet, INTES relies on a proprietary licensing system. This custom daemon validates user requests for mathematical kernels (dynamics, heat transfer, optimization) across local networks or HPC clusters. Without a dedicated monitoring tool, IT leaders often lack the data to know if their expensive solver pool is actually active or simply locked by a suspended job.
The “just-in-case” over-provisioning trap
Because PERMAS licenses represent a major capital expenditure, the fear of “license denial” during a critical validation phase often leads to expensive over-provisioning. Without real-time PERMAS usage analytics, organizations buy more tokens than they need, resulting in “shelfware” that provides zero ROI during off-peak periods.
Quick summary: OpenLM for INTES PERMAS
OpenLM empowers you to transform raw simulation data into a data-driven procurement strategy.
- Proprietary INTES monitoring: Native support for the INTES license daemon using specialized executables like INTES_OpenLM.exe.
- Minute-by-minute resolution: Track solver check-outs and check-ins with granular precision ($1$-second resolution).
- Live cluster visibility: See exactly which user or job is consuming tokens across your high-performance computing environment.
- Identify “zombie” jobs: Detect licenses held by suspended or stalled simulation jobs and recover capacity immediately.
- Unified simulation estate: Manage INTES PERMAS alongside Ansys, Nastran, and Abaqus in a single dashboard.
Comprehensive solution framework
OpenLM provides a three-layered approach to help you reduce INTES PERMAS licensing costs and improve simulation throughput.
The visibility layer
Gain instant insight into current solver utilization. OpenLM interfaces directly with the INTES daemon to show current license totals and active usage. This layer removes the “black box” of proprietary licensing, showing which departments are the primary drivers of demand.
The optimization layer
Shift from reactive firefighting to predictive capacity planning. By analyzing PERMAS throughput analytics, you can identify “bursty” usage patterns. This allows you to schedule massive simulation runs during off-peak hours, maximizing the value of your existing token pool.
The intelligence layer
Leverage historical usage data to negotiate your next maintenance or lease agreement. Instead of relying on theoretical peaks, use “actual usage” evidence to right-size your calculation pool for the upcoming fiscal year.
Technical details: the OpenLM INTES integration
OpenLM uses a secure, Broker-driven approach to capture every detail of your INTES environment without impacting solver performance.
Broker-led precision
- Native INTES commands: The OpenLM Broker (v25.x or higher) utilizes the INTES_OpenLM.exe status command and AMP_OpenLM.exe data inquiry command to pull real-time stats.
- High-frequency polling: Collect data by the minute or second to ensure your “Live” view is truly accurate.
- Easy setup: Configuration is handled via the Broker Web UI, allowing you to add the INTES license manager and approve it in your central platform in minutes.
Reporting capabilities
- License Totals: View the total number of entitlements available for each PERMAS module.
- License Usage: Track exactly who is checked out and the duration of each simulation session.
- Workstation-level precision: Distinguish between active solver runtime and pre-processing idleness.
Strategic ROI and business value
Organizations leveraging OpenLM for INTES PERMAS typically see a $15\text{–}25\%$ improvement in license efficiency within the first year.
- Procurement support: Use “actual demand” data to challenge standard $10\%$ renewal increases.
- Increased throughput: By reclaiming “zombie” seats, you increase the number of simulations your team can run per day without buying new licenses.
- Budget transparency: Automatically calculate project-based chargebacks for internal accounting based on precise solver consumption.
