Earlier this year, a few of our top analysts wrote bullish articles regarding Nvidia Co., which was in accordance with bullish signals forecasted by I Know First's state of the art algorithm. On April 11th, 2016 , our analyst explained that Nvidia shares would rise since the firm has been diversifying its product line and has been experiencing overall growth. Additionally, on January 13th, 2016 , an I Know First analyst explained how Nvidia's Tegra SoCs are the most powerful processors to run Android OS, and as a result this will act as a catalyst for NVDA's revenues, thus propelling their stock price. Lastly, on June 22nd, 2016 , another analyst had reaffirmed the bullish position on NVDA shares, explaining that their investment into research & development for GPU accelerated AI computing platforms will soon payoff as technology giants such as Apple Inc. will begin uses the GPUs in their own hardware. I Know First's algorithm had been bullish on NVDA shares during all three occasions. As a result, NVDA shares after both bullish forecasts by 146%, 90%, and 86%, respectively. Prior to Netflix Inc.'s Q3 2016 announcements an I Know First analyst had wrote a bullish article in accordance with I Know First's AI-based algorithm. On September 15th, 2016 , the analyst had explained that as a result of NFLX's international expansion, top-line growth over the past ten-years, and consumer demand change; that NFLX shares will continue to rise over the coming months. The algorithm had as well forecasted a bullish outlook on NFLX, and as a result NFLX shares have risen 18% to date. On June 2nd, 2016 , both I Know First's state of the art algorithm and an I Know First analyst had forecasted a long-term bullish outlook on Micron Technologies Inc. Both the rebound in the PC and mobile phone markets along with the mass successfully deployment of the 20nm technology were acting catalyst that positively impacted MU's share price, as explained by the analyst. Since then, MU shares have risen by 35%, in accordance with the bullish forecast by our state of the art algorithm.