Software Compliance

With software-related expenditures surging in 2024 and expected to rise further in 2025, consumption-based pricing is emerging as a scalable solution for managing high-value engineering licenses like Autodesk, Bentley, Dassault Systèmes, and Siemens. Accurate consumption measurement, like Open iT’s True Active Usage, is critical to optimizing this shift. Rising Software Licensing Costs Demand Action In

It’s nearly the end of 2024, and if your year-end software licensing costs or audits left you surprised —or maybe even a bit shaken— the reason could be simple: you’re not metering them. It’s simple and logical: you must first measure to manage effectively—an idea promoted by efficiency pioneers like Lord Kelvin, W. E. Deming,

Sectors with high engineering demands, including automotive, energy, construction, manufacturing, aerospace, and defense, are anticipated to augment their budgets for engineering and specialized applications. However, this surge in investment is likely to be accompanied by a corresponding increase in software license inefficiencies and waste. DEMO: Stop Wasting Half of Your Software Budget! Engineering Software License

Software acquisition of high-cost engineering and specialty applications for federal agencies is a complex process shaped by stringent regulations. While these rules ensure transparency and accountability, they often hinder agile acquisition. As agencies contend with mounting demands for engineering and specialized software, such as increase in defense-related projects or digital transformation initiatives within federal agencies,

Engineering simulation software is increasingly pivotal across various sectors, especially as sustainable practices become a national priority. Traditionally applied to aerospace, defense, energy, construction, and manufacturing, simulation software has empowered organizations to enhance design, performance, and safety. However, the current U.S. government’s emphasis on environmental sustainability and carbon reduction unlocks further potential for these tools