Better. Faster. Cheaper.

In an ever-increasing struggle to keep ahead of the competition, Probabilistic Technology is the next wave of technology that U.S. companies must embrace to ensure their long-term success. Our diverse range of engineering solutions are aimed at providing you the most precise predictions available with the highest degree of quality, care, and support along the way.

Although PredictionProbe’s roots are grounded in the aerospace industry, where our Predictive Technology was originally conceived and developed it has application to all industries including but not limited to civil engineering, maritime, automotive, electronics, law, real estate, insurance, finance, and so on. Many would consider engineers to be professionals who excel in performing the calculations necessary to design a jet engine, and may not think of engineers as able to support executives who are evaluating traditional business decisions issues such as estimating revenue or analyzing pricing models. Yet, it is precisely the same principles which can be used in both engineering and executive decision making. PredictionProbe, has bridged the gap between complex mathematical analysis in the engineering industry and the day-to-day decisions made by the world’s leading companies.

Probabilistic Technology is particularly well suited for engineering and manufacturing applications. Essentially, any process with a large number of variables can be modeled and optimized using our Probabilistic Technology and other statistical methods. Six Sigma, pioneered by Motorola and then GE, has been used for over two decades to achieve overall quality improvement and cost savings. Our Predictive Technology is the next generation technology and offers much more flexibility, automation, and accuracy in predictive modeling and analysis.

The Engineering market is changing rapidly in Probabilistic Technology. Although this technology has been around large corporations for over a decade, it has only very recently begun to explode. In the 1970s, companies used layoffs to reduce costs and remain competitive. In the 1980s, it was outsourcing. In the early 1990s, it was downsizing and more recently, offshore outsourcing of both manufacturing and labor. Quality initiatives such as “Six Sigma” or “Total Quality Management” have also been prevalent throughout the period. As we have entered the technological age and the new millennium, the timing for the implementation of probabilistic design and analysis has come of age. Probabilistic Technology is quickly finding its place in today’s modern businesses. In the very near future, Probabilistic Design and Analysis will become the standard of practice in many industries.

PredictionProbe provides a simple solution with the most advanced complete probabilistic toolset on the market, and a team of probabilistic experts to guide you through the process.

What our customers are saying:

U.S. Army:

“The overall program is pretty easy to use. It has enormous capabilities as far as this office is concerned. I have checked out your competitors and you blow them away.”

 

— Tony D.

NASA Langley Research Center:

“I have been very impressed with the program capabilities and particularly with the responsiveness of the staff. I think UNIPASS capabilities are incredible. In my opinion, NASA Langley needs to start using these tools for almost every aspect of the work that goes on here and I have been promoting the use of it for crashworthiness and control design. This is definitely a growth area and I see the application of these tools exploding in the next couple of years.”

 

— Lucas H.