Today eight members of the U.S. Congress have sent a letter to Google's Larry Page, asking him to address a number of privacy concerns about Google Glass. In the letter (PDF), they brought up the company's notorious Street View data collection incident, and asked how the company was planning to avoid a similar privacy breach with Glass. They also ask how Google is going to build Glass to protect the privacy of non-users who may not want their every public move to be recorded. Further, they ask about the security of recordings once they are made: "Will Google Glass have the capacity to store any data on the device itself? If so, will Google Glass implement some sort of user authentication system to safeguard stored data? If not, why not?" Google has until July 14th to respond.

Read more of this story at Slashdot.

Today eight members of the U.S. Congress have sent a letter to Google's Larry Page, asking him to address a number of privacy concerns about Google Glass. In the letter (PDF), they brought up the company's notorious Street View data collection incident, and asked how the company was planning to avoid a similar privacy breach with Glass. They also ask how Google is going to build Glass to protect the privacy of non-users who may not want their every public move to be recorded. Further, they ask about the security of recordings once they are made: "Will Google Glass have the capacity to store any data on the device itself? If so, will Google Glass implement some sort of user authentication system to safeguard stored data? If not, why not?" Google has until July 14th to respond.

Read more of this story at Slashdot.

Today eight members of the U.S. Congress have sent a letter to Google's Larry Page, asking him to address a number of privacy concerns about Google Glass. In the letter (PDF), they brought up the company's notorious Street View data collection incident, and asked how the company was planning to avoid a similar privacy breach with Glass. They also ask how Google is going to build Glass to protect the privacy of non-users who may not want their every public move to be recorded. Further, they ask about the security of recordings once they are made: "Will Google Glass have the capacity to store any data on the device itself? If so, will Google Glass implement some sort of user authentication system to safeguard stored data? If not, why not?" Google has until July 14th to respond.

Read more of this story at Slashdot.

Today eight members of the U.S. Congress have sent a letter to Google's Larry Page, asking him to address a number of privacy concerns about Google Glass. In the letter (PDF), they brought up the company's notorious Street View data collection incident, and asked how the company was planning to avoid a similar privacy breach with Glass. They also ask how Google is going to build Glass to protect the privacy of non-users who may not want their every public move to be recorded. Further, they ask about the security of recordings once they are made: "Will Google Glass have the capacity to store any data on the device itself? If so, will Google Glass implement some sort of user authentication system to safeguard stored data? If not, why not?" Google has until July 14th to respond.

Read more of this story at Slashdot.

Today eight members of the U.S. Congress have sent a letter to Google's Larry Page, asking him to address a number of privacy concerns about Google Glass. In the letter (PDF), they brought up the company's notorious Street View data collection incident, and asked how the company was planning to avoid a similar privacy breach with Glass. They also ask how Google is going to build Glass to protect the privacy of non-users who may not want their every public move to be recorded. Further, they ask about the security of recordings once they are made: "Will Google Glass have the capacity to store any data on the device itself? If so, will Google Glass implement some sort of user authentication system to safeguard stored data? If not, why not?" Google has until July 14th to respond.

Read more of this story at Slashdot.

Today eight members of the U.S. Congress have sent a letter to Google's Larry Page, asking him to address a number of privacy concerns about Google Glass. In the letter (PDF), they brought up the company's notorious Street View data collection incident, and asked how the company was planning to avoid a similar privacy breach with Glass. They also ask how Google is going to build Glass to protect the privacy of non-users who may not want their every public move to be recorded. Further, they ask about the security of recordings once they are made: "Will Google Glass have the capacity to store any data on the device itself? If so, will Google Glass implement some sort of user authentication system to safeguard stored data? If not, why not?" Google has until July 14th to respond.

Read more of this story at Slashdot.

Today eight members of the U.S. Congress have sent a letter to Google's Larry Page, asking him to address a number of privacy concerns about Google Glass. In the letter (PDF), they brought up the company's notorious Street View data collection incident, and asked how the company was planning to avoid a similar privacy breach with Glass. They also ask how Google is going to build Glass to protect the privacy of non-users who may not want their every public move to be recorded. Further, they ask about the security of recordings once they are made: "Will Google Glass have the capacity to store any data on the device itself? If so, will Google Glass implement some sort of user authentication system to safeguard stored data? If not, why not?" Google has until July 14th to respond.

Read more of this story at Slashdot.

Today eight members of the U.S. Congress have sent a letter to Google's Larry Page, asking him to address a number of privacy concerns about Google Glass. In the letter (PDF), they brought up the company's notorious Street View data collection incident, and asked how the company was planning to avoid a similar privacy breach with Glass. They also ask how Google is going to build Glass to protect the privacy of non-users who may not want their every public move to be recorded. Further, they ask about the security of recordings once they are made: "Will Google Glass have the capacity to store any data on the device itself? If so, will Google Glass implement some sort of user authentication system to safeguard stored data? If not, why not?" Google has until July 14th to respond.

Read more of this story at Slashdot.

Nerval's Lobster writes "At this week's Google I/O in San Francisco, Google CEO Larry Page stood onstage and took unscripted questions from an auditorium of conference attendees. That's an unusual move for any chief executive, the sort of thing that risks giving their PR people a heart attack. But Page wasn't up there to offer insights into strategy or drop hints about upcoming products: he wanted to talk about how negativity in the tech industry stood in the way of innovation. 'Despite the faster change we have in the industry, we're still moving slow relative to the opportunities that we have,' he said. 'And some of that, I think, has to do with the negativity. Every story I read about Google, it's us versus some other company or some stupid thing.' Being negative, he added, is not how the tech industry makes progress. But minutes later, Page couldn't resist swiping at Oracle and Microsoft. And Google's battles are just one small element in the circular firing squad that comprises most of the tech industry: Apple versus Google versus Samsung versus Microsoft versus Oracle versus Salesforce versus lots of little startups. Those battles won't fade away anytime soon, because corporations have one goal: profit. And so long as other rivals' technological innovations or marketplace maneuvers stand in the way of that profit, the lawsuits and the CEO sniping will continue. The part of Page's talk that centered on peace and love played well to the audience at Google I/O; but it's easier to argue that the true mode of the tech industry, at its core, is Darwinian competition. Do you agree?"

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New submitter WillgasM writes "A bit of good news for American travelers, according to the New York Times: 'After years of criticism of the wireless service on its trains, Amtrak announced on Thursday that it had upgraded its cellular-based Wi-Fi using broadband technologies that will improve the speed and reliability of the Internet in its passenger cars.' So far the service has been rolled out on the high-speed Acela lines and a few routes in California, but they hope to have the rest of their trains upgraded by the end of Summer. We're still an order of magnitude away from high-speed rails in other countries, but it's nice to know someone's trying."

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garymortimer writes "Geologists have long used seismology on the bottom of the ocean or have been throwing dynamite from snowmobiles when they look for oil. But now researchers at Centre for Integrated Petroleum Research, a joint venture between the University of Bergen and Uni Research, have found a new preferred method – using drones to map new oil reserves from the air. ... The group’s main task is to create digital maps in 3D of potential oil fields. Using laser scanners, infrared sensors and digital cameras, the researchers create realistic, virtual models. ... Pictures shot with the help of a drone complement the images from low-level terrain that the researchers already have in hand. The end result is more precise and complete 3D models."

Read more of this story at Slashdot.

garymortimer writes "Geologists have long used seismology on the bottom of the ocean or have been throwing dynamite from snowmobiles when they look for oil. But now researchers at Centre for Integrated Petroleum Research, a joint venture between the University of Bergen and Uni Research, have found a new preferred method – using drones to map new oil reserves from the air. ... The group’s main task is to create digital maps in 3D of potential oil fields. Using laser scanners, infrared sensors and digital cameras, the researchers create realistic, virtual models. ... Pictures shot with the help of a drone complement the images from low-level terrain that the researchers already have in hand. The end result is more precise and complete 3D models."

Read more of this story at Slashdot.

garymortimer writes "Geologists have long used seismology on the bottom of the ocean or have been throwing dynamite from snowmobiles when they look for oil. But now researchers at Centre for Integrated Petroleum Research, a joint venture between the University of Bergen and Uni Research, have found a new preferred method – using drones to map new oil reserves from the air. ... The group’s main task is to create digital maps in 3D of potential oil fields. Using laser scanners, infrared sensors and digital cameras, the researchers create realistic, virtual models. ... Pictures shot with the help of a drone complement the images from low-level terrain that the researchers already have in hand. The end result is more precise and complete 3D models."

Read more of this story at Slashdot.

garymortimer writes "Geologists have long used seismology on the bottom of the ocean or have been throwing dynamite from snowmobiles when they look for oil. But now researchers at Centre for Integrated Petroleum Research, a joint venture between the University of Bergen and Uni Research, have found a new preferred method – using drones to map new oil reserves from the air. ... The group’s main task is to create digital maps in 3D of potential oil fields. Using laser scanners, infrared sensors and digital cameras, the researchers create realistic, virtual models. ... Pictures shot with the help of a drone complement the images from low-level terrain that the researchers already have in hand. The end result is more precise and complete 3D models."

Read more of this story at Slashdot.

garymortimer writes "Geologists have long used seismology on the bottom of the ocean or have been throwing dynamite from snowmobiles when they look for oil. But now researchers at Centre for Integrated Petroleum Research, a joint venture between the University of Bergen and Uni Research, have found a new preferred method – using drones to map new oil reserves from the air. ... The group’s main task is to create digital maps in 3D of potential oil fields. Using laser scanners, infrared sensors and digital cameras, the researchers create realistic, virtual models. ... Pictures shot with the help of a drone complement the images from low-level terrain that the researchers already have in hand. The end result is more precise and complete 3D models."

Read more of this story at Slashdot.

garymortimer writes "Geologists have long used seismology on the bottom of the ocean or have been throwing dynamite from snowmobiles when they look for oil. But now researchers at Centre for Integrated Petroleum Research, a joint venture between the University of Bergen and Uni Research, have found a new preferred method – using drones to map new oil reserves from the air. ... The group’s main task is to create digital maps in 3D of potential oil fields. Using laser scanners, infrared sensors and digital cameras, the researchers create realistic, virtual models. ... Pictures shot with the help of a drone complement the images from low-level terrain that the researchers already have in hand. The end result is more precise and complete 3D models."

Read more of this story at Slashdot.

garymortimer writes "Geologists have long used seismology on the bottom of the ocean or have been throwing dynamite from snowmobiles when they look for oil. But now researchers at Centre for Integrated Petroleum Research, a joint venture between the University of Bergen and Uni Research, have found a new preferred method – using drones to map new oil reserves from the air. ... The group’s main task is to create digital maps in 3D of potential oil fields. Using laser scanners, infrared sensors and digital cameras, the researchers create realistic, virtual models. ... Pictures shot with the help of a drone complement the images from low-level terrain that the researchers already have in hand. The end result is more precise and complete 3D models."

Read more of this story at Slashdot.

garymortimer writes "Geologists have long used seismology on the bottom of the ocean or have been throwing dynamite from snowmobiles when they look for oil. But now researchers at Centre for Integrated Petroleum Research, a joint venture between the University of Bergen and Uni Research, have found a new preferred method – using drones to map new oil reserves from the air. ... The group’s main task is to create digital maps in 3D of potential oil fields. Using laser scanners, infrared sensors and digital cameras, the researchers create realistic, virtual models. ... Pictures shot with the help of a drone complement the images from low-level terrain that the researchers already have in hand. The end result is more precise and complete 3D models."

Read more of this story at Slashdot.

garymortimer writes "Geologists have long used seismology on the bottom of the ocean or have been throwing dynamite from snowmobiles when they look for oil. But now researchers at Centre for Integrated Petroleum Research, a joint venture between the University of Bergen and Uni Research, have found a new preferred method – using drones to map new oil reserves from the air. ... The group’s main task is to create digital maps in 3D of potential oil fields. Using laser scanners, infrared sensors and digital cameras, the researchers create realistic, virtual models. ... Pictures shot with the help of a drone complement the images from low-level terrain that the researchers already have in hand. The end result is more precise and complete 3D models."

Read more of this story at Slashdot.

garymortimer writes "Geologists have long used seismology on the bottom of the ocean or have been throwing dynamite from snowmobiles when they look for oil. But now researchers at Centre for Integrated Petroleum Research, a joint venture between the University of Bergen and Uni Research, have found a new preferred method – using drones to map new oil reserves from the air. ... The group’s main task is to create digital maps in 3D of potential oil fields. Using laser scanners, infrared sensors and digital cameras, the researchers create realistic, virtual models. ... Pictures shot with the help of a drone complement the images from low-level terrain that the researchers already have in hand. The end result is more precise and complete 3D models."

Read more of this story at Slashdot.