Sophos, a network and endpoint security company, has announced Sophos Email Advanced, the first email protection solution to offer predictive security with active threat protection (ATP), anti-phishing email authentication, and outbound scanning and policy support. SophosLabs research discovered that 75 percent of malware in an organisation is unique to that organization which indicates the majority of attacks are zero-day. The only way to combat that is with the deep learning neural network that is integrated into the Sophos Email sandboxing technology to quickly identify never-before-seen malicious files sent in email. Email continues to be a primary attack vector for cybercriminals to launch a spear-phishing, localized or'spray and pray' campaign. Sophos processes data from more than ten million inboxes protected by Sophos Email every day.

Adidas is inviting all sports enthusiasts to join its product design team, using machine learning to transform the customer experience appropriately enough with speed and agility. "We haven't created a separate digital strategy," said Adidas CIO Michael Vöegele. "Digital technology is the enabler to help us achieve our objective to be the best sports brand in the world. To change people's lives, you need to build direct relationships with your consumers." Vöegele spoke during the keynote on the last day of the SAPPHIRE NOW and ASUG Annual Conference, sharing his company's vision to co-create a new supply chain with customers.

"I don't think Homo sapiens-type people will exist in 10 or 20 years' time," Getnet Assefa, 31, speculates as he gazes into the reconstructed eye sockets of Lucy, one of the oldest and most famous hominid skeletons known, at the National Museum of Ethiopia. "Slowly the biological species will disappear and then we will become a fully synthetic species," Assefa says. "Perception, memory, emotion, intelligence, dreams--everything that we value now--will not be there," he adds. Assefa is a computer scientist, a futurist, and a utopian--but a pragmatic one at that. He is founder and chief executive of iCog, the first artificial intelligence (AI) lab in Ethiopia, and a stone's throw from the home of Lucy. Their desks are cluttered with electronic components and dismembered robot body parts, from a soccer-playing bot called Abebe to a miniature robo-Einstein.

Nvidia today announced plans to open an AI research facility in Toronto to further explore novel approaches to deep learning. The team will be led by deep learning and computer vision expert and University of Toronto assistant professor Sanja Fidler. The lab will operate out of Nvidia's Toronto office, which will double its current headcount of 50 employees in order to triple the number of AI and deep learning researchers working there by the end of the year, according to a Nvidia blog post published today. Though hiring is underway, Nvidia does not anticipate opening the research lab until August, a company spokesperson told VentureBeat in an email. A Nvidia robotics research lab in Seattle is also scheduled to open in the coming months, senior director Dieter Fox told VentureBeat in a recent interview.

A statement from Google announced that the artificial intelligence centre will be opened in Accra later this year.

Africa's nascent artificial intelligence sector just got its biggest boost from Google which is opening its first Africa AI research center in Accra, Ghana's capital. Though Accra has a vibrant tech industry, it would not have been the obvious location for many Africa tech watchers when compared with Nairobi or nearby Lagos where Google has already announced it would open its first Launchpad Space outside the US. Last month, Facebook also opened its first startup hub in Africa there. Google had been laying the pipeline, both figuratively and physically, for future developments in Accra for a few years now. Back in 2015, the Mountain View, California tech giant started work on a fiber optic network, called Project Link, across the city to improve internet speeds.

South African-based data scientists at Principa are at it again; this time using predictive analytics and machine learning to foretell the results of the 2018 Football World Cup. The 2018 FIFA World Cup kicks off tomorrow in Russia with the host nation taking on Saudi Arabia in Group A. Principa has already predicted the results for all the first games in the first round of matches. The company's data scientists use different algorithms to develop models that can predict the outcome of the matches. Principa notes that as the objective of machine learning is to develop models that can retrain themselves to adapt when exposed to new data, the algorithms will be re-trained with the results of each match to improve the accuracy of the following round's generated prediction. It points out that the purpose is to see how well different predictive analytics techniques used successfully in other areas can outperform the best human-made predictions.

Denoising autoencoders (DAEs) have proven useful for unsupervised representation learning, but a thorough theoretical understanding is still lacking of how the input noise influences learning. Here we develop theory for how noise influences learning in DAEs. By focusing on linear DAEs, we are able to derive analytic expressions that exactly describe their learning dynamics. We verify our theoretical predictions with simulations as well as experiments on MNIST and CIFAR-10. The theory illustrates how, when tuned correctly, noise allows DAEs to ignore low variance directions in the inputs while learning to reconstruct them. Furthermore, in a comparison of the learning dynamics of DAEs to standard regularised autoencoders, we show that noise has a similar regularisation effect to weight decay, but with faster training dynamics. We also show that our theoretical predictions approximate learning dynamics on real-world data and qualitatively match observed dynamics in nonlinear DAEs.

The lack of comprehensive, high-quality health data in developing nations creates a roadblock for combating the impacts of disease. One key challenge is understanding the health information needs of people in these nations. Without understanding people's everyday needs, concerns, and misconceptions, health organizations and policymakers lack the ability to effectively target education and programming efforts. In this paper, we propose a bottom-up approach that uses search data from individuals to uncover and gain insight into health information needs in Africa. We analyze Bing searches related to HIV/AIDS, malaria, and tuberculosis from all 54 African nations. For each disease, we automatically derive a set of common search themes or topics, revealing a wide-spread interest in various types of information, including disease symptoms, drugs, concerns about breastfeeding, as well as stigma, beliefs in natural cures, and other topics that may be hard to uncover through traditional surveys. We expose the different patterns that emerge in health information needs by demographic groups (age and sex) and country. We also uncover discrepancies in the quality of content returned by search engines to users by topic. Combined, our results suggest that search data can help illuminate health information needs in Africa and inform discussions on health policy and targeted education efforts both on- and offline.

Statisticians at German technical university Technische Universitat Dortmund built a model that used machine learning to predict Spain will win the 2018 World Cup. The prediction is based on 100,000 simulations of the tournament. Spain was followed by Germany, Brazil, France and Belgium in terms of their chances of winning. And it should be a good tournament because Spain, with a 17.8 percent chance of winning, is only slightly ahead of Germany at 17.1 percent. Brazil follows with 12.3 percent, and then it's France (11.2 percent) and Belgium (10.4 percent).