Autonomous AI agents have begun to take over entire tasks start to finish. And this is just the beginning. We expect to see a plethora of such agents in the next half decade, and these will take on all sorts of tasks that humans currently perform, if unhappily. In many ways the machines will be better at these tasks than we are. Self-driving cars have superhuman sensors, reaction time and true multitasking, and they will always apply their full attention to the task at hand, driving!

For the last decade or so, most of the'new' legal challenges facing the IT industry have been driven by the Internet, mobile and cloud computing technologies that have altered almost every aspect of society. One of the key areas is in the field of privacy and data security. For larger technology companies, securing and protecting data are key competitive advantages, and privacy and data security are now commonplace on the corporate risk agenda. These issues have created friction with existing laws and regulations, and have highlighted the fact that many laws/regulations have not kept pace with technological development. Further, with the advancement of robotics and artificial intelligence (AI), the questions and issues will become far more complex and challenging.

Few technologies have the transformative potential to reshape how we live, move, and work. Electricity and the Internet were two technologies that fundamentally transformed life in the 20th century. Artificial intelligence (AI) is the 21st century equivalent of electricity and the Internet. According to a new white paper from Tractica, AI is expected to bring massive shifts in how people perceive and interact with technology, with machines performing a wider range of tasks, in many cases doing a better job than humans. Tractica's white paper analyzes 10 key trends that are influencing the development of the global artificial intelligence market, and is available for free download on the firm's website.

Today, you're used to getting information in app form. In the near future, more of your interaction with computers might be managed by an A.I. interface that acts like a person. His California design agency is loaded up with work. They don't do U.I. design as you think of it today. Drawing on the arts, including acting, theater, and screenwriting, this agency designs personalities for artificial intelligence.

Google Cloud Platform solidified its partnership with Intel and announced plans to create customized silicon chips for tasks like machine learning, security, container orchestration and the Internet of Things, while bringing on a new executive to help the company flush out its strategy. The Cloud Foundry Foundation announced that its former executive director, Sam Ramji has joined Google in a leadership position, but his new title is not yet know. Cloud Foundry Foundation is the home of the open source application development platform of the same name. Companies like Pivotal and IBM base their PaaS off CF. Google cloud is also the preferred public cloud for Pivotal's hosted CF version. For Intel, it reinforces the dominate silicon vendor as a major arms dealer for Google's data centers.

Researchers at the University of Toronto say they have developed an algorithm that can learn directly from human instructions rather than a set of examples. Researchers usually provide neural networks with labeled data and teach the system how to make decisions based on the samples. With the new heuristic training model, humans program the algorithm with instructions that are used to classify training samples. Researchers Parham Aarabi and Wenzhi Guo trained their algorithm to identify people's hair in photographs. "Our algorithm learned to correctly classify difficult, borderline cases -- distinguishing the texture of hair versus the texture of the background," says Aarabi.

REDWOOD CITY, CA – November 14, 2016– Numerous proposals have been offered for how intelligent machines might learn sequences of patterns, which is believed to be an essential component of any intelligent system. Researchers at Numenta Inc. have published a new study, "Continuous Online Sequence Learning with an Unsupervised Neural Network Model," which compares their biologically-derived HTM sequence memory to traditional machine learning algorithms. The paper has been published in MIT Press Journal's Neural Computation 28, 2474-2504 (2016). You can read and download the paper here. Authored by Numenta researchers Yuwei Cui, Subutai Ahmad, and Jeff Hawkins, the new paper serves as a companion piece to Numenta's breakthrough research offered in "Why Neurons Have Thousands of Synapses, A Theory of Sequence Memory in Neocortex," which appeared in Frontiers in Neural Circuits, in March 2016.

Like a more crooked version of the Voight-Kampff test from Blade Runner, a new machine learning paper from a pair of Chinese researchers has delved into the controversial task of letting a computer decide on your innocence. Can a computer know if you're a criminal just from your face? In their paper'Automated Inference on Criminality using Face Images', published on the arXiv pre-print server, Xiaolin Wu and Xi Zhang from China's Shanghai Jiao Tong University investigate whether a computer can detect if a human could be a convicted criminal just by analysing his or her facial features. The two say their tests were successful, and that they even found a new law governing "the normality for faces of non-criminals." They described the idea of algorithms that can match and exceed a human's performance in face recognition to infer criminality "irresistible".

A strange thing is happening along the way to the Internet of Things, namely far too many devices to work with and manage. It has become clear that we'll need much higher efficiency user experiences that can allow us to more easily and scalably work with the thousands of devices that will soon be in each of our lives. Enter the conversational interface revolution, combining bots we can literally talk with, gesture to, and even direct with our thoughts, with embedded artificial intelligence, which can process our conversational commands and orchestrate the outcomes we request across our personal and professional realm of connected devices. Dion Hinchcliffe, Chief Strategy Officer at 7Summits, discussed how far from being part of the near future, "conversational things" is arriving now and explored with real-world examples.

A decade ago straight through processing was a buzz word and speed to market was critical. The progress financial institutions have made in moving almost all aspects of their transaction foot print digital has left little to leverage on the transaction side. In today's day and time while most organizations are busy revamping their Policy administration systems which were long ready to be replaced a decade ago, what will set companies apart will be the organizations that start considering Machine Learning and Artificial intelligence(AI) for their core systems. If you look at the fundamentals of any kind of insurance, at the core, insurance offerings are about risk pooling and the ability of the insurer to price products in a manner such that over time the premium revenues outstrip the claims experience. In every type of insurance product the claims experience influencing the pricing and risk aggregation decision making done by the insurer.