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Establish valuations for commercial and residential property. | |
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Score and rate credit, loans or portfolios (e.g. mortgage or investment.) | |
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Establish valuations for insurance claims and estimate losses. | |
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Develop wireless communications signal optimization and routing. | |
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Optimize telecommunications and network load distribution, rate maximization, speed and resources. | |
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Analyze and perform biotech research with improved speed and accuracy. | |
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Generate and optimize pricing and program models in multiple industries. | |
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Predict financial results including revenues, costs and staffing requirements, given uncertainties such as demand for products and services that normally effect these estimates. | |
Streamline manufacturing processes. | |
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Allocate resources for national wilderness fire management. | |
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Create and enhance computer software in order to achieve the goals never realized by artificial intelligence such as voice, handwriting and visual recognition, search engines, and “smart” operating systems. | |
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Direct, schedule and predict bus, train, airline and other traffic, including least cost routing analysis for the transportation industry. | |
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Establish valuations for stocks, options or futures while projecting their movements and fluctuations. | |
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Optimize e-commerce including customer relationship management (CRM) models, distribution channels, strategic and enterprise marketing. | |
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Optimize data manipulation and knowledge management resources. |
These
are just a sampling of the unlimited application and horizontal potential of
Probabilistic Technology that PredictionProbe has harnessed and can
seamlessly integrate into a company’s financial, Information Technology and
other information or knowledge management systems. From Wall Street and the
world’s largest technology-driven companies to the local multi-state
franchise, PredictionProbe’s software products focus on maximizing profits
and removing costs from processes and business models, while adding to the
bottom line a minimum 5% savings, and in many cases, much more.
In the future, PredictionProbe plans to evaluate the development of software that encompasses all of the above-referenced applications and many more. Currently, we have completed the development of UNIPASS™ – our extremely advanced core software engine that is based on our predictive technology and performs the complex calculations necessary to generate highly accurate results and answers for virtually any identified problem, process, event or model. UNIPASS™ is the main component of all the software applications listed above. In addition, UNIPASS™ is a large part of our competitive advantage, because UNIPASS™ has no equal. No other predictive software technology even comes close. PredictionProbe’s Engineering Division is continuously enhancing UNIPASS™ and developing other applications for small and mid-market engineering companies, based on our software engine.
Although PredictionProbe’s roots are grounded in the engineering industry, where our predictive technology was originally conceived and developed, we are not an engineering company. Many would consider engineers to be professionals who excel in performing the calculations necessary to design a jet engine. They may not think of engineers supporting executives who are evaluating traditional business issues such as estimating revenue or analyzing pricing models. At PredictionProbe, we have bridged the gap between complex mathematical analysis in the engineering industry and the day-to-day decisions made by the world’s leading companies.
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Last Updated 02/08/10
Send mail to info@predictionprobe.com with
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