A dangerous piece of PC ransomware is now impossible to crack

What do developers do after discovering a software vulnerability? Why, patch it, of course. Ironically, criminals have learned that lesson too, as one gang has updated the notorious TeslaCrypt ransomware with new features that are impossible to crack, according to Cisco’s Talos security arm. That means user infected with the latest version (3.01) of the malware can no longer use white hat-engineered software to get their files back. Until someone finds a new solution — and that seems unlikely — victims will have to pay.

Companies like Kaspersky and Cisco’s Talos have reverse-engineered various pieces of ransomware, helping corporate clients and anyone else rescue files without paying. The security community has also developed better detection and distribution disruption methods for the scourge. According to Talos, "this has lead adversaries to iterating and improving upon the previous release of TeslaCrypt."

We can not say it loud and often enough, ransomware has become the black plague of the internet, spread by highly sophisticated exploit kits and countless spam campaigns.

Previously, it stored the private key needed to unlock files on your own machine. However, after generating the key locally, TeslaCrypt 3.01 transfers it to the bad guy’s server and deletes it from your PC. As a result, "the private key never has to leave the [attacker’s] server and the ransomware uses a different key for each victim," according to Talos. With the 256-bit key nowhere to be found and impossible to brute force, the only way you can get your files is to pay.

"We can not say it loud and often enough, ransomware has become the black plague of the internet, spread by highly sophisticated exploit kits and countless spam campaigns," Talos says. Attackers are going after bigger targets that can afford to pay more, with potentially catastrophic consequences, as we saw at a Hollywood hospital. The best defense is to back up your files, but even that might not help. The FBI recently said that "in a new scheme, cyber criminals attempt to infect whole networks with ransomware and use persistent access to locate and delete network backups."

Via: PC World

Source: Cisco Talos

from Engadget http://ift.tt/22p3yLy
via IFTTT

Pigeons track air pollution in London with tiny backpacks

A small flock of pigeons have been given tiny backpacks to monitor air pollution in London. The project was dreamt up by Plume Labs, a company focused on the environmental problem, and the marketing agency DigitasLBi. The rucksacks are fitted to the birds using small fabric vests, and the sensors inside are able to measure nitrogen dioxide and ozone levels. Only 10 birds are in flight at any one time, so the amount of data being collected is pretty small. However, it’s still a creative way of analysing the air that millions breathe in every day in the capital.

If you’re interested in tracking the birds’ progress, a live map is currently available on the project’s microsite. Alternatively, you can tweet the @pigeonair account on Twitter for a quick summary of a specific borough or neighborhood. The project is a three-day affair, designed to attract new beta testers for a wearable pollution monitor built by Plume Labs. As such, the new "Pigeon Air Patrol" feels more like a marketing campaign than an evolution in air pollution management. Still, it’s neat to know that there are birds in the sky with backpacks — and maybe, just maybe, there’s scope to expand and refine the idea if these experimental test flights take off.

Source: Pigeon Air Patrol

from Engadget http://ift.tt/1U6ZUoy
via IFTTT

This Plastic Can Repair Itself

self healing plastic time series

And it could someday mean self-healing smartphone screens

Plastic is really hard to fix. A new class of smart plastics can heal breaches all on their own, to mend cracked phone screens or stitch up airplane wings.

from Popular Science http://ift.tt/1Rmg0DG
via IFTTT

Researchers develop a polymer sponge to repair broken backs

Researchers at the Mayo Clinic have developed a novel spinal graft that automatically "grows" to the requisite size and shape when implanted. The spongy polymer isn’t meant to be a formal replacement like the 3D printed neck bones recently installed by a team from the Prince of Wales Hospital in Sydney. Instead, it’s designed to act as a bone graft — a biodegradable scaffold through which a cancer patient’s own bones can regrow after surgery.

See, for whatever biological reason, when cancer metastasizes — that is, when it spreads through the body from the original tumor — it predominantly tends to settle in the spinal column. Doctors can cut out the infected bone tissue (or flat-out replace it as they did in the Sydney case) but that leaves large gaps in the spine. Normally, doctors would either have to open the chest cavity and access the spine from far side (which entails a lengthy recovery and high probability of complications) or they’d make a small incision in the neck/back and inject expandable titanium rods into the bone gap (which is super expensive because titanium). This new technique combines the easy access and short recovery of the titanium rod method with the low cost of the open chest operation.

Doctors simply cut a small hole in the patient’s neck/back and inject a hydrogel polymer into the bone gap much the same way they would a titanium rod. This polymer absorbs fluids from within the wound and grows to fill the gap. Doctors control how far the polymer expands in any specific direction by first inserting a "cage" — basically a pre-expanded shell that the polymer fills in as it spreads. Think of it as the wooden frame that keeps a freshly-poured concrete sidewalk in place until it hardens. Once the polymer fills in the cage, which takes 5 to 10 minutes on average, it will set and harden into a viable prosthetic. From there, surrounding bone tissue grows into and through the polymer, reinforcing and cementing it in place.

The Mayo team plans to begin initial cadaver-based tests of the new method in the coming months. Should those succeed, trials on living people will follow in the next couple of years.

Via: Motherboard

Source: American Chemical Society

from Engadget http://ift.tt/21ut0Nj
via IFTTT

Google Maps Integrates Ride Services With Dedicated ETA Tab, Fare Estimates

Starting today, users of Uber can simply open up the Google Maps app, plug in a destination, then get detailed information on whether an Uber is the best option for you to get somewhere. Usually, if you want to use Uber, you must open their app, hail a car, type in your destination, then you will […]

Google Maps Integrates Ride Services With Dedicated ETA Tab, Fare Estimates is a post from: Droid Life

from Droid Life http://ift.tt/22jd2Yy
via IFTTT

This airport doesn’t pay for electricity

Cochin International Airport in India last year became the first in the world to be fully powered by solar energy. Now, it’s planning to expand its capacity.


from Business and financial news – CNNMoney.com http://ift.tt/2515yM6
via IFTTT