Offshore wind is one of the most important sources of renewable energy and a key area of interest for one of Wolfram Consulting Group’s clients. To get a complete understanding of the multitude of factors that contribute to the technical and financial performance of a wind farm, our client’s challenge was to design and develop a complete software package for modeling offshore wind operations.
From the beginning, the founders of the biotechnology startup Emerald Therapeutics wanted to develop an ideal research platform that would allow for lab and process automation during experiments as well as easy communication of their findings.
Mathematica provides all the tools the Emerald founders needed to carry out their vision, while Wolfram Language powers Emerald Cloud Laboratory, a web-based life science lab.
A major US-based pharmacy chain needed to reliably automate the process of converting doctors’ prescriptions to standardized printed labels that are attached to customers’ prescription medicines. The doctors’ notes, written in expert English abundant with idioms and conventions used in medical practice, amounted to more than 100 million unique strings of text to be processed as a data stream with minimal latency at tens of transactions per second.
When you need to boost performance, reduce operating costs or investigate design space, model-based design is a powerful tool. With model-based design, virtual models are at the center of the development process and help you shorten development cycles and substantially reduce overall development costs.
Langham Hall, a global professional services business in the fund management industry with assets of $130 billion, partnered with Wolfram Consulting Group to create a custom platform for its clients. The goal was to build a system with unparalleled personalization, accuracy and reliability without compromising speed or efficiency. This required an innovative approach from experts in data science and big data, which Wolfram, a leader in computational intelligence across industries, could provide.