TOPIC:  MALWARE




SOURCE: THREATPOST.COM

Just when we thought ransomware’s evolution had peaked, a new strain has been discovered that forgoes the encryption of individual files, and instead encrypts a machine’s hard drive.

The malware, called Mamba, has been found on machines in Brazil, the United States and India, according to researchers at Morphus Labs in Brazil. It was discovered by the company in response to an infection at a customer in the energy sector in Brazil with subsidiaries in the U.S. and India. Related Posts Malware Evades Detection with Novel Technique September 22, 2016 , 9:00 am Android Banking Trojan First to Gain Root Privileges September 20, 2016 , 11:40 am FBI Encouraging Ransomware Victims To Report Infections September 16, 2016 , 2:46 pm Renato Marinho, a researcher with Morphus Labs, told Threatpost that the ransomware is likely being spread via phishing emails. Once it infects a machine, it overwrites the existing Master Boot Record with a custom MBR, and from there, encrypts the hard drive.

“Mamba encrypts the whole partitions of the disk,” Marinho said. “It uses a disk-level cryptography and not a traditional strategy of other ransomware that encrypts individual files.” The malware is a Windows threat, and it prevents the infected computer’s operating system from booting up with out a password, which is the decryption key. The victims are presented with a ransom note demanding one Bitcoin per infected host in exchange for the decryption key and it also includes an ID number for the compromised computer, and an email address where to request the key.

TOPIC:  CYBERSECURITY




SOURCE: TECHNEWSWORLD.COM


Unknown attackers have been testing the defenses of companies that run critical parts of the Internet, possibly to figure out how to take them down, cybersecurity expert Bruce Schneier warned Tuesday.

Large nation states -- perhaps China or Russia -- are the likely culprits, he suggested.

"Nation state actors are going to probe to find weaknesses in all of our technologies," said Travis Smith, senior security research engineer at Tripwire.

They "want to know what can be done not only in the event of a cyberwar but a kinetic war as well," he told TechNewsWorld

The Growing DDoS Threat 

The easiest way to take a network off the Internet is with a distributed denial of service attack, Schneier said, and some of the targeted companies recently have been hit with DDoS attacks that are significantly larger, longer lasting, and more sophisticated than before.

The attacks typically ramp up to a particular level then stop. They resume at that higher level and then continue ramping up, as if the attackers are looking for the network's exact point of failure, Schneier speculated. The attacks use multiple vectors, forcing targets to deploy all of their defenses, thus disclosing their capabilities.

Because the attackers' whereabouts are unknown, potential targets can do nothing to ward them off, Schneier said. The data seems to indicate China is behind them, but it's possible to disguise the country of origin.

DDoS and other attacks hit record heights in the second quarter of this year, Akamai reported. DDoS attacks rose 23 percent over the number recorded in Q4, 2015, and Web application attacks increased 26 percent.

Targets suffered a greater number of repeat DDoS attacks -- 29 on average. Multivectored attacks increased, as did mega-attacks of more than 100 Gbps using simple attack vectors.

Possible or Not?

State actors "are probably looking at a number of different ways to disable parts or all of the Internet," commented Paul Mockapetris, coinventor of the domain name system, currently chief scientist at ThreatStop.

TOPIC:  NATIONAL SECURITY




SOURCE: CYBERDEFENSEMAGAZINE.COM

The British intelligence agency GCHQ is planning to create to protect the country from cyber attacks by creating a national firewall.

The news was announced, during the Billington CyberSecurity Summit held in Washington DC, by the GCHQ director general of cyber security Ciaran Martin.

The British GCHQ recently created the National Cyber Security Centre, led by Martin, that has the task to protect national infrastructure from attacks originated on the Internet.

“The NCSC will be based in London and will open in October. Ciaran Martin, currently Director General Cyber at GCHQ will lead it. Dr Ian Levy, currently Technical Director of Cyber Security at GCHQ, will join the organisation as Technical Director.” reads a press release issued by the UK Government.

“The UK faces a growing threat of cyber-attacks from states, serious crime gangs, hacking groups as well as terrorists. The NCSC will help ensure that the people, public and private sector organisations and the critical national infrastructure of the UK are safer online.” 

In March 2016, then Minister for the Cabinet Office, Matt Hancock highlighted the importance of the Centre.

“It will be the authoritative voice on information security in the UK and one of its first tasks will be to work with the Bank of England to produce advice for the financial sector for managing cyber security effectively.” said Hancock.

TOPIC:  HACKING


 

 

 

SOURCE:  DATAONE.COM

In the past few years, the devastating effects of hackers breaking into an organization's network, stealing confidential data, and publishing everything have been made clear. It happened to the Democratic National Committee, to Sony, to the National Security Agency, to the cyber-arms weapons manufacturer Hacking Team, to the online adultery site Ashley Madison, and to the Panamanian tax-evasion law firm Mossack Fonseca.
 
This style of attack is known as organizational doxing. The hackers, in some cases individuals and in others nation-states, are out to make political points by revealing proprietary, secret, and sometimes incriminating information. And the documents they leak do that, airing the organizations’ embarrassments for everyone to see.
 
In all of these instances, the documents were real: the email conversations, still-secret product details, strategy documents, salary information, and everything else. But what if hackers were to alter documents before releasing them? This is the next step in organizational doxing—and the effects can be much worse.