A friendly and talented team, with strong technical expertise,
developing mathematical models for the medical and financial industry.
We're creating smart modelization algorithms that transform smartphones and tablets into full-scale mobile health assistants. We make health monitoring easier, faster and more reliable. Our solutions are more comprehensive and more intelligent than most dedicated medical devices.
Reducing risk in real-time is a major concern for global institutions, banks, hedge funds and prop traders. Those working with financial instruments known as derivatives are especially keen to control risk. Behavioral economy shows that psychology plays a major role in finance in general, and in speculation in particular. We provide technical solutions focused on individual and crowd psychology.
Our team? Scholars in Mathematics, Statistics, Physics, Programming and language analysis (6 PhDs + Masters Degrees). Together, we create intelligent risk-optimization models and tools for non-verbal communication, semiotics and pre-understandings analysis.
History tends to repeat itself. It is therefore easy to generate basic models, in most fields. Our starting point is building simple prototypes. Then, we basically test and optimize until the results are mind-blowing.
A public access should be offered around 2018-2019.
At this early stage, we work exclusively with selected innovative companies. If you are already a client, you can use your private access. If you are new and consider registering, do so: you could receive a beta-test invitation! If you're not a client but would like to know more, contact us any time!
We work with real-world data, investing money and time to perfect our proprietary models.
Efficiency, simplicity and scalability are requirements when building new models.
Some of our models are already turning complex data into cash — in real-time.
With our models, even the uninitiated can understand previously obscure data.
Our models have exceeded our expectations. And we believe we can do even better today!
Our models adapt extremely fast to changing conditions, with limited human intervention.