Lifeboat Foundation

It hopes to leapfrog rivals as it reenters the computing business.

As the coronaviruspandemic sweeps across the United States, another invisible enemy is threatening America’s data security.

From stealing data to disseminating misinformation, hackers are taking advantage of the US at an especially vulnerable time during the war against the deadly outbreak.

As millions of Americans have been ordered to work from home to contain the spread of the virus, data is now being transmitted outside secure business networks, making it a treasure trove for hackers.

Continue reading “Coronavirus leaves US laptops and home devices exposed to cyberattacks” »

The Federal Bureau of Investigation’s New York office recently sent out an alert to local authorities warning of extremist groups it said are encouraging their members to spread the novel coronavirus to police and Jewish people, ABC News reported.

According to the news agency, the alert, which was reportedly issued on Thursday, said that “members of extremist groups are encouraging one another to spread the virus, if contracted, through bodily fluids and personal interactions.”

The alert reportedly warned that the racist groups were urging their members to go to places where Jewish people “may be congregated, to include markets, political offices, businesses and places of worship.”

With the live music business sidelined, “virtual” concerts like Live From Out There are growing increasingly popular and successful — even without superstars.

The Army is looking at its Plasma Acoustic Shield System as a checkpoint defender, for now. But the original idea – and the long-term goal of the project – is to have it be the first baby step towards a portable, lethal laser weapon.

The effort, by the U.S. Army’s Advanced Energy Armaments Systems Division and Stellar Photonics, has a lot in common with another military laser project: the Pulsed Energy Projectile being developed by Mission Systems for the Marines. But there are three key differences. The current PEP is a big (450 lb) chemical laser with a limited number of shots, whereas PASS is a small solid-state laser that just needs electricity. The PEP creates plasma by vaporising the outer layer surface it hits (such as your shirt), whereas PASS can create plasma in mid-air by focusing to a point. And PEP fires a single pulse, whereas PASS uses a double pulse which Stellar claim is far more efficient at creating a shockwave.

You can get some idea from the Small Business Initiative Proposal the company submitted in ‘04 for a “Man-portable Integrated Laser Assault Rifle”:

Quantum-computing vendor D-Wave Systems Inc. said Tuesday it is giving researchers and companies studying the novel coronavirus free access to its early-stage, experimental machines over the cloud.

Canadian firm D-Wave is among several technology companies providing free advanced computing resources to researchers working to combat the global pandemic. International Business Machines Corp., for example, in March started offering free remote access to two of the world’s most powerful supercomputers.

D-Wave has assembled a team of experts from about a dozen universities and companies including Volkswagen AG, Denso Corp. and startup Menten AI who are familiar with its quantum-computing services to help interested researchers program the computers.

OneWeb says pandemic ended chance of getting enough funding for full launch.

A Srinagar-based businessman who attended the Tablighi Jamaat congregation in Nizamuddin travelled by air, train and road to Delhi, Uttar Pradesh and back to Jammu and Kashmir before he died of Covid-19, raising fears he may have infected many others along the way, officials said on Tuesday. Among his possible victims is a doctor battling for life in a Jammu hospital.

The businessman died on March 26 in a Srinagar hospital, 19 days after he set off for the national capital.

He could have infected scores of people during his travels and about 300 people have been put under quarantine because of him, officials said.

Some people have claimed that a “business case” for profitable interplanetary trade with a Mars settlement, or at least the identification a saleable product for trade, is required before such a settlement can be established or supported by business or government. But there is no reasonable prospect for trade in any significant mass of physical material from a Mars settlement back to Earth in the near future due to the high transport costs. In his recent article in the National Review, “Elon Musk’s Plan to Settle Mars,” Robert Zubrin makes exactly the same point: a business case based on physical trade is not necessary and makes little sense. Later trade and commerce via non-physical goods such as software is probable once a settlement is fully operational. More significant and interesting economic situations will occur on Mars.

A good model for the expenditures needed to found colonies is the Greek and Phoenician expansion all across the Mediterranean and Black Sea areas in the period early in Greek history (before about 600 BC), leading to the founding of one of the greatest trading cities in history, Carthage. The cities who founded each colony did not expect immediate profit, but wanted good places for an expanding population and knew that, once the new cities were established, trade would also become established. Most of the cost was probably in building more ships. When European colonies were first established in the New World by Spain and Portugal, the emphasis was initially on a search for treasure, not production of products. English and Dutch colonies later led the way to commerce across the Atlantic, with tobacco, sugar, and cotton suddenly becoming a major part of world trade.

A look at some of the steps required to create a Mars settlement will help us understand at least a little about Mars settlement economics. For a Mars settlement, motivation and economics are interwoven. It is possible for at least a partial business case to be made for the transport of settlers and the materials they will need to initiate some phase of Mars settlement. This includes the current effort to create a large number of reliable, low cost, and reusable super-heavy boosters and spacecraft, able to take payloads of 100 tons or more of cargo and passengers to Mars and land them at the right location. Part of this development and construction cost will be defrayed by commercial and government uses of the same vehicles, such as placing very heavy payloads in LEO and taking equipment and passengers to and around the Moon.