Number of Seats/Users: CAESES offers discounts based on the number of users or seats. A higher volume typically leads to a better discount structure, especially for enterprise-level usage.

Commitment to a Long-Term Contract: Discounts are often provided to companies that commit to using the service for a longer period (e.g., 1-year or 3-year contracts). A longer commitment shows CAESES that the company is serious and willing to invest in the platform long-term.

No Active Discounts: Companies that are not already receiving other active discounts may have a better chance of qualifying for additional discounts from CAESES. CAESES reserves discounts for new customers or those not currently under promotional pricing.

Volume or Usage Commitment: CAESES offers discounts if you agree to a minimum amount of usage or transaction volume. This could be based on data storage, transactions, or other metrics tied to how much you will use the platform.

Enterprise-Level Negotiation: Companies that qualify as “enterprise” due to their size or complexity (e.g., having large teams, multiple departments, or geographical presence) may be eligible for additional discounts from CAESES. Such companies are often in a position to negotiate for better pricing.

Early Renewal or Prepayment: CAESES often offers discounts if you renew early or prepay for the entire contract period. This is a common approach to securing a lower price.

Here at Spendbase our internal data shows that CAESES is seen as a high‑value, specialist tool for simulation‑driven design, especially in industries like marine, turbomachinery, pumps and even biomedical.

From what Spendbase clients tell us, the strongest benefits cluster around:

• Deep parametric CAD
• Highly robust parametric models that stay stable under large design changes
• Meta‑surfaces and f‑splines for very smooth, CFD‑ready surfaces

• Object tree and scopes that keep complex projects structured

• End‑to‑end automation with CFD & optimization

• Tight integration with multiple CFD solvers (FINE/Marine, OpenFOAM, others)
• Automated design studies and large-scale optimization (thousands of variants)

• Ability to use CAESES as a central hub: CAD + meshing + CFD + post‑processing

• Customization & scripting

• “Feature” programming language, C++‑like, easy to learn for engineers
• Scripts to generate geometry, run external tools and create fully automated pipelines

• Flexible enough for ship hulls, propellers, compressors, pumps, mixing heads and biomedical devices

• Support & product maturity

• Consistently praised technical support and active helpdesk/forum presence
• Ongoing development, widening application fields, solid Windows and Linux support

At the same time, our clients are very clear about the trade‑offs:

• Learning curve
• Not comparable to quick sketch‑style CAD; you need to plan your parameterization

• Time investment required to build robust models, especially for hulls or complex blades

• Performance & usability

• Geometry updates can be slow for large, complex models
• Some UI slowness on Windows due to cross‑platform interface

• Can be hard to keep track of all parameters in very advanced models

• Documentation gaps

• Core docs are OK, but the feature programming language could be better documented

From a Spendbase discount perspective, CAESES tends to deliver the best ROI when:

• You run repeated CFD‑driven design loops (hundreds or thousands of variants)
• You need CFD‑ready, watertight geometry without extra repair tools
• Your team is willing to invest time upfront to save significant effort later through automation

If a company mainly needs quick, one‑off CAD modeling without automation or CFD, our data suggests CAESES might be over‑specialized for that use case.