New medical technology revives ‘dead’ hearts, successfully used for transplantation in the UK and Australia

New medical technology revives ‘dead’ hearts, successfully used for transplantation in the UK and Australia

A team of scientists in Massachusetts has developed an innovative medical technology that could eliminate the problem of shortage of hearts for transplantation. The technology claims to “reanimate” the dead heart for transplant.

Each year, thousands of Americans require a heart for transplantation. However, the researchers say that the availability of donor hearts could be increased by almost 30 percent if the new technology is approved for medical use in the U.S.

Click here to read more: http://www.ibtimes.com.au/new-medical-technology-revives-dead-hearts-successfully-used-transplantation-uk-australia-1465254

#Heartbleed is not gone yet

#Heartbleed is not gone yet

When the Heartbleed vulnerability made headlines last spring, Internet companies went into a frenzy: Creating patches, moving away from OpenSSL, and warning users to reset their passwords.

But while we haven’t heard much about it lately — and many servers have been updated to avoid it — Heartbleed is still very much a problem.

The problem is that OpenSSL is in everything.

“It’s an infrastructure hack, and it’s deep … it puts into question everything that we use on the Internet,” said Sami Nassar, CEO of secure element chip maker NXP.

He calls Heartbleed the death knell for SSL. While some will argue that SSL became obsolete a long time ago, its use is still pervasive. So what’s scary to Nassar is that though the news cycle around Heartbleed ended long ago, the damages are still ravaging on.

Read more at VB News

How the #Heartbleed bug could affect health care (Breaches have compromised at least 21M patients’ records since 2009)

How the #Heartbleed bug could affect health care (Breaches have compromised at least 21M patients’ records since 2009)

Thousands of security breaches may be undetectable, experts say

Hospitals and providers’ online networks—including email accounts, electronic health records (EHRs), and remote monitoring devices—may be vulnerable to a destructive “Heartbleed” computer bug, according to security experts.

Breaches have compromised at least 21M patients’ records since 2009 

A Google engineer and another security team last week discovered the bug and found that it infiltrates systems through a widely used Web encryption program known as OpenSSL; websites such as Amazon and Google use the program. After a breach, hackers may be able to get sensitive information from email servers, laptops, mobile phones, and security firewalls, experts say.

“[T]his is huge…it’s servers, it’s appliances, it’s devices,” says CynergisTek CEO Mac McMillan, adding that the bug has been around for about two years and experts do not know how many breaches may have already happened. Government agencies and private companies are rushing to fix any vulnerabilities, but breaches may not be detected for a long time, if at all.

“It’s going to be a long, long time before they truly understand the scope of this,” says McMillan.

CEO of CloudFlare Matthew Prince called Heartbleed “the worst bug the Internet has ever seen,” adding “[i]f a week from now we hear criminals spoofed a massive number of accounts of financial institutions, it won’t surprise me.”

At this point, it is also unclear if the nation’s health care providers are especially vulnerable. For example, Web networks that rely on two- or three-factor password authentication should be safe, McMillan says.

But even health groups that do not rely on OpenSSL should be worried about ramifications of the massive breach, according to David Harlow, principal of health care law Harlow Group.

#Heartbleed bug exposes #OpenSSL project’s meager resources

#Heartbleed bug exposes #OpenSSL project’s meager resources

By Nicole Perlroth

The Heartbleed bug that made news last week drew attention to one of the least understood elements of the Internet: Much of the invisible backbone of websites from Google to Amazon to the FBI  built by volunteer programmers in what is known as the open-source community. Heartbleed originated in this community, in which these volunteers, connected over the Internet, work together to build free software, to maintain.

wasWhat makes Heartbleed so dangerous, security experts say, is the so-called OpenSSL code it compromised. That code is just one of many maintained by the open-source community. But it plays a critical role in making our computers and mobile devices safe to use. 

“This bug was introduced two years ago, and yet nobody took the time to notice it,” said Steven M. Bellovin, a computer science professor at Columbia University. “Everybody’s job is not anybody’s job.”

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