Ride-hailing service Lyft announced yesterday that General Motors recently invested $500 million in the San Francisco-based startup. The investment represents half of Lyft’s latest venture financing round, which values the company at $4.5 billion. GM and Lyft will work together to develop an on-demand network of autonomous vehicles, taking on companies such as Google, Tesla and Uber in the process. In addition, the two companies are planning short-term car rental hubs that would provide work opportunities for potential Lyft drivers who do not have their own vehicles. Continue reading GM Invests $500 Million in Lyft and Partners on New Initiatives

At CES 2016, a record-breaking 464 automotive electronics companies will exhibit a broad range of new developments, with trends from VR/AR interfaces to modular infotainment systems. Going head-to-head with Tier 1 auto suppliers are Apple’s CarPlay and Google’s Android Auto, which are targeted for adoption as native interfaces. From automakers, Ford is expected to announce a partnership with Google to create self-driving vehicles, a synergistic pairing that boosts both companies’ fortunes. Continue reading CES: Ford/Google Partnership Highlights Autonomous Cars

A group of researchers at Carnegie Mellon University have developed a method to accurately provide measurements for 3D objects using mobile phones. The team members discovered that they could simply make use of the inertial measurement units (IMU) installed and already used in smartphones to change the phone’s view from portrait to landscape. Some foresee this technology being especially groundbreaking in the virtual shopping space and development of self-driving cars.  Continue reading Carnegie Mellon Researchers Develop New 3D Measurement Tool

Researchers from Nanyang Technical University in Singapore have developed a microfiber technology that enables them to build brain-like computers. “Photonic synapses” are collections of microfibers that pass electronic signals. The optical fibers can send signals at the speed of light, much faster than the neurons in real brains. This breakthrough could provide a boost to both robotics and AI technology. Improved vehicle control, speech, and search are just some of the possible applications. Continue reading Breakthrough in AI Technology Mimics Synapses in the Brain

IBM recently unveiled the second generation of a new type of computer chip that consumes less power and performs faster than traditional chips based on Von Neumann architecture. The SyNAPSE chip, which is still in development, was designed to function like the human brain, using more than a million “neurons” communicating through electrical spikes. This new technology requires a new type of programming language as well, but the performance gains are massive. Continue reading IBM’s SyNAPSE Chip Mimics the Workings of a Human Brain