DALLAS–(BUSINESS WIRE)–Lone Star Evaluation, a trusted supplier of modern predictive and prescriptive analytics, and Advanced AI®, is proud to announce it has been awarded a digital twin patent for operations and upkeep functions.
“Operations and Upkeep or O&M are important challenges to all of the markets we serve. Digital Twins are one facet of addressing these challenges.”
Submit this
“This patent provides to our rising portfolio of mental property,” stated Eric Haney, Ph.D., CTO of Lone Star. “Operations and Upkeep or O&M are important challenges to all of the markets we serve. Digital Twins are one facet of addressing these challenges.”
Lone Star’s MaxUp®Readiness choices embrace MaxUp® ORDAIN. Earlier than the ORDAIN (One-Shot Readiness Digital Twin AI Community) progressive strategy to digital twins, there was no viable methodology for condition-based upkeep for single use gadgets corresponding to rocket motors in ejection seats.
“We’re fairly fascinated about what we name Evil Twins,” stated Steve Roemerman, CEO of Lone Star. “We wish to understand how the seeds of future failures are sown. This type of digital twin predicts what’s going to fail, why it would fail, and when it would fail. In some circumstances, these predictions can see months into the longer term.”
In 2022, the USA Navy awarded Lone Star a Part II Small Enterprise Progressive Analysis contract to handle challenges with single use gadgets. The Division of Protection, in a press release at SBIR.gov, stated, “The imaginative and prescient… is to ascertain a non-intrusive system of automated evaluation instruments (digital twins) that ship close to real-time efficiency/helpful life projections (by gadget serial quantity) and related upkeep intervention metrics for the whole…stock.” This digital twin patent and the ensuing MaxUp® ORDAIN software program supplied the Navy with the answer it wanted.
To search out out extra about Lone Star Evaluation, go to www.Lone-Star.com.
For extra market insights, try our newest Digital Twin information right here.
