The Canadian government is helping to test a new airport security and screening system that will allow travellers to digitize and share travel documents and biometric information with authorities in advance. Launched at the World Economic Forum (WEF) meeting in Davos, Switzerland, the "Known Traveller Digital Identity" system aims to exploit an array of emerging technologies including biometrics, blockchain and artificial intelligence to boost cross-border security, reduce the threat of cyber-terrorism and streamline international travel, according to the WEF. Transport Canada is one of several partners involved in the project, with the others including the likes of the U.S. Department of Homeland Security, Dutch Ministry of Security and Justice, INTERPOL, Google, Visa and Hilton Worldwide. The system aims to empower airport authorities to focus more of their time and energies on scrutinizing high-risk travellers, according to a WEF report on the initiative. Currently, when a traveller arrives at an international border, they have to quickly and accurately be screened for permission to enter the country, with border officials required to determine their residency or visa status and assess risk factors in a short period of time.

It can be difficult not to get caught up in the hype surrounding blockchain and cryptocurrencies, such as the notoriously volatile Bitcoin. "They will completely revolutionize the world!" (or so we're told). Such lofty claims usually turn out to be wrong, but could the combination of blockchain and machine learning/artificial intelligence actually generate real value for real people? Shahin Khan, CxO for the Silicon Valley consulting firm OrionX had it right when he compared blockchain to an Ingmar Bergman movie during a session on blockchain at Tabor Communications' recent Advanced Scale Forum (ASF) summit in Austin, Texas. You just don't get it," Khan told the ASF audience last month. "Blockchain is very much like that.

Solutions come after problems but exceptionally blockchain is a solution looking for its problems. We cannot find a completely solution except bitcoin based on blockchain. There are all around proof of concept studies just aiming to use blockchain. They wouldn't solve real world problems. Herein, meeting of blockchain and machine learning might become a remarkable revolution.

The human rights job landscape is changing rapidly. Current and future challenges in combating human rights violations require new skills and tactics. We have compiled a list of 7 free online courses and specializations that will equip you with the knowledge and skills for the human rights jobs of the future. Machine learning and artificial intelligence create new opportunities and challenges for the protection of human rights. Artificial intelligence can help make education, health and economic systems more efficient but also bears the risk to amplify polarization, bias and discrimination against certain groups.

The present and future of Blockchain & AI How Public and Private Sectors can holistically benefit from embracing blockchain AI tech Dinis Guarda, CEO and Founder ztudium Blocksdna - intelligenthq.com 2. About me: Dinis Guarda: author, CEO and founder Working / collaborating / advising the likes of Advisor: Founder board member: Books 3. 3 What is the DNA of our time? So what is the present and future of Blockchain and AI? by @DinisGuardaby @DinisGuarda 6. Blockchain AI are the new fire and electricity why businesses and governments have to use it? How to overcome barriers to Blockchain adoption? How to overcome barriers to blockchain cryptocurrency adoption?

Nvidia appears to be expanding its interest in blockchain. CoinDesk has learned the graphics card producer, which saw a headlines-grabbing business boost from crypto mining demand last year, is now working with a startup called Ubex to develop a smart online marketing platform that uses blockchain and artificial intelligence. Abhinav Agrawal, a spokesperson for the startup, told CoinDesk that Nvidia accepted Ubex into its Inception Program earlier this month. Ubex wants to use the technology to help a neural network - a type of computer program designed to think like a person - more efficiently present advertisements on websites. Essentially, the startup is seeking to use blockchain to underpin its service, with data stored in a distributed ledger system helping the network target ads at consumers.

When it comes to improving connectivity, IoT-enabled devices aren't just getting smarter – they are also getting better at helping people more easily connect with one another and their devices. And now, that same technology is also helping people connect with their pets. The January Intelligence of Things Tracker looks at how smart pet technology is changing the way pet owners interact and engage with their companions, which connected devices took center stage at the Consumer Electronics Show (CES) and how new tools are keeping the food supply safe. In today's world of lengthy global supply chains, it takes more than just human eyes and willpower to check on freshness and food safety. To fill in those gaps, newly launched IoT solutions are coming to the rescue of consumers – and food suppliers are bringing them the lowdown.

The folks at Sony Education are worried that some schlubby kid that's gonna fail gym could hack their school and change their grade to a pass. It's why the company is teaming up with IBM to use blockchain to create a secure academic platform for storing records. The idea is that every scrap of data about your kids' schooling goes into a record that can then be stored securely. No kid, you gotta learn to climb that rope or else you can kiss that scholarship to Harvard goodbye. Sony wants to use its platform as a way for schools to create a huge central database of pupils in a given region.

Three of the most notable technological innovations facing enterprises today are artificial intelligence (AI), the Internet of Things (IoT), and blockchain. And while many organizations are awakening to these (and other) technological concepts and capabilities, few implementations are focused on the convergence between them. How will the convergence of emerging data analytics techniques, connected devices/infrastructure, and distributed database architectures manifest? What follows are four examples of companies exploring applications involving the intersection of these technologies. IBM is currently working on the intersection between AI, blockchain, and the IoT in projects and experimentations that combine these three areas for comprehensive device lifecycle management.

The British Artificial Intelligence (AI) company DeepMind Technologies, a subsidiary of Google, recently revealed it will be utilizing a blockchain technology. The firm will use a distributed ledger application to better secure patient data. DeepMind is a software firm that builds algorithms for simulations, applications, and gaming protocols. The company is well known for creating a machine learning platform that learns how to play video games. DeepMind has also built a Neural Turing Machine which mimics a human's short-term memory.