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Symantec Has Some Flaws With SEP
Symantec has warned of three serious vulnerabilities in its Endpoint Protection (SEP) software, and is advising users to update their systems.
The bugs affect all builds of the 12.1 version of the SEP software, with the first two flaws allowing authorised but low privilege users of the software to gain elevated and administrative access to the management console, which can be accessed either locally or through a web-based portal.
The third bug is in the sysplant driver and enables users to bypass the SEP’s security controls and run malware and other malicious code on a targeted client machines.
“Exploitation attempts of this type generally use known methods of trust exploitation requiring enticing a currently authenticated user to access a malicious link or open a malicious document in a context such as a website or in an email,” said the security firm.
There have been no recorded exploits of the flaws, so it would appear that Symantec has squashed the bugs before they became a real-world problem for its customers.
The first two bugs were discovered by security researcher Anatoly Katyushin from rival firm Kaspersky Labs, which is a little embarrassing. Discovery of the third bug was credited to the enSilo Research Team.
Symantec advises SEP users to update their software to the 12.1 RU6 MP4 version. It also recommends that users should take precautions and restrict remote access to the management console in order to prevent hackers from attacking client systems through the web portal.
While hackers can direct sophisticated malware at even the most robustly secured systems, exploiting flaws in software offers an easier route into machines and networks, providing hackers get in before the bugs are discovered and patched.
Recent examples can be seen with the discovery of iOS malware which threatens iPhones through an Apple DRM flaw, and an error on Code.org’s website which saw the emails of its volunteers exposed.
Courtesy-TheInq
Symantec Uncovers Advanced Spying Malware
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An advanced malicious software application has been discovered that since 2008 was used to spy on private companies, governments, research institutes and individuals in 10 countries, anti virus software maker Symantec Corp said in a report on Sunday.
The Mountain View, California-based maker of Norton anti virus products said its research showed that a “nation state” was likely the developer of the malware called Regin, or Backdoor. Regin, but Symantec did not identify any countries or victims.
Symantec said Regin’s design “makes it highly suited for persistent, long-term surveillance operations against targets,” and was withdrawn in 2011 but resurfaced from 2013 onward.
The malware uses several “stealth” features “and even when its presence is detected, it is very difficult to ascertain what it is doing,” according to Symantec. It said “many components of Regin remain undiscovered and additional functionality and versions may exist.”
Almost half of all infections occurred at addresses of Internet service providers, the report said. It said the targets were customers of the companies rather than the companies themselves. About 28 percent of targets were in telecoms while other victims were in the energy, airline, hospitality and research sectors, Symantec said.
Symantec described the malware as having five stages, each “hidden and encrypted, with the exception of the first stage.” It said “each individual stage provides little information on the complete package. Only by acquiring all five stages is it possible to analyze and understand the threat.”
Regin also uses what is called a modular approach that allows it to load custom features tailored to targets, the same method applied in other malware, such as Flamer and Weevil (The Mask), the anti virus company said. Some of its features were also similar to Duqu malware, uncovered in September 2011 and related to a computer worm called Stuxnet, discovered the previous year.
Symantec said Russia and Saudi Arabia accounted for about half of the confirmed infections of the Regin malware and the other countries were Mexico, Ireland, India, Iran,Afghanistan, Belgium, Austria and Pakistan.
Javascript Security Flaws Discovered
Polish researchers have released technical details and attack code for 30 security issues affecting Oracle’s Java Cloud Service. Some of the flaws make it possible for attackers to read or modify users’ sensitive data or to execute malicious code.
Security Explorations said it would normally withhold public airings until after any vulnerability has been fixed. But apparently Oracle representatives failed to resolve some of the more crucial issues including bypasses of the Java security sandbox, bypasses of Java whitelisting rules, the use of shared WebLogic server administrator passwords, and the availability of plain-text use passwords stored in some systems.
Oracle apparently has admitted to the researchers that it cannot promise whether it will be communicating resolution of security vulnerabilities affecting their cloud data centres in the future.
Adam Gowdiak, CEO of Security Explorations said Oracle unveiled the Java Cloud Service in 2011 and held it up as a way to better compete against Salesforce.com.
Java 6 Security Hole Found
Security firms are urging users of Oracle’s Java 6 software to upgrade to Java 7 as soon as possible to avoid becoming the victims of active cyber attacks.
F-secure senior analyst Timo Hirvonen warned about the exploit this weekend over Twitter, advising that he had found an exploit in the wild actively targeting an unpatched vulnerability in Java 6, named CVE-2013-2463.
PoC for CVE-2013-2463 was released last week, now it’s exploited in the wild. No patch for JRE6… Uninstall or upgrade to JRE7 update 25.
— Timo Hirvonen (@TimoHirvonen) August 26, 2013
CVE-2013-2463 was addressed by Oracle in the June 2013 Critical Patch Update for Java 7. Java 6 has the same vulnerability, as Oracle acknowledged in the update, but since Java 6 became unsupported in April 2013, there is no patch for the Java 6 vulnerability.
Cloud security provider Qualys described the bug as an “implicit zero-day vulnerability”. The firm’s CTO Wolfgang Kandek said he had seen it included in the spreading Neutrino exploit kit threat, which “guarantees that it will find widespread adoption”.
“We know about its existence, but do not have a patch at hand,” Kandek said in a blog post. “This happens each time a software package loses support and we track these instances in Qualysguard with our ‘EOL/Obsolete’ detections, in this case.
“In addition, we still see very high rates of Java 6 installed, a bit over 50 percent, which means many organisations are vulnerable.”
Like F-secure, Kandek recommended that any users with Java 6 upgrade to Java 7 as soon as they can.
“Without doubt, organisations should update to Java 7 where possible, meaning that IT administrators need to verify with their vendors if an upgrade path exists,” he added.
Microsoft’s Vista Infection Rates Climb
Microsoft said last week that an uptick in more security exploits on Windows Vista can be attributed to the demise of support for the operating system’s first service pack.
Data from the company’s newest security intelligence report showed that in the second half of 2011, Vista Service Pack 1 (SP1) was 17% more likely to be infected by malware than Windows XP SP3, the final upgrade to the nearly-11-year-old operating system.
That’s counter to the usual trend, which holds that newer editions of Windows are more secure, and thus exploited at a lower rate, than older versions like XP. Some editions of Windows 7, for example, boast an infection rate half that of XP.
Tim Rains, the director of Microsoft’s Trustworthy Computing group, attributed the rise of successful attacks on Vista SP1 to the edition’s retirement from security support.
“This means that Windows Vista SP1-based systems no longer automatically receive security updates and helps explain why there [was] a sudden and sharp increase in the malware infection rate on that specific platform,” said Rains in a blog post last week.
Is B.Y.O.D Proving To Be A Headache?
May 29, 2012 by admin
Filed under Around The Net
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IT managers trying to cope with the growing bring-your-own-device (BYOD) trend can expect to see an explosion in the number of smartphones and tablets used by employees in the next few years.
As a result, IT shops won’t be able to provide the security necessary to protect company data, says Gartner analyst Ken Dulaney.
“The number of devices coming in the next few years will outstrip IT’s ability to keep the enterprise secure,” he said, adding that IT workers are “going crazy” and “get into fights” over whether users should have upgrades.
To help IT cope, software vendors should create what Dulaney called “beneficial viruses” that could be embedded in corporate data carried on mobile devices. These software tools would require users to have licenses in order to access files, just as digital rights management technology does with music and video files.
Beneficial viruses would also “be smart enough” to delete the sensitive data if a device is lost or stolen, or if data winds up on an unauthorized device, Dulaney said, adding, “It’s time for the SAPs and Oracles to begin thinking about doing that, and it’s a lot harder than we think.”
Today, IT shops use mobile device management software to monitor which mobile users are authorized to access applications and whether they can access the data outside the corporate cloud.
More Trojan Malware Found On Macs
Following the outbreak of the Flashback Mac Trojan, security researchers have identified two more cases of Mac OS X malware. The good news is most Mac owners have little reason to worry about them.
Both cases are variants on the same Trojan, called SabPub, Kaspersky Lab Expert Costin Raiu wrote on Securelist.
The first variant is known as Backdoor.OSX.SabPub.a. Like Flashback, this new threat was likely spread through Java exploits on Websites, and allows for remote control of affected systems. It was created roughly one month ago.
Fortunately, this malware isn’t a threat to most users for a few reasons: It may have only been used in targeted attacks, Raiu wrote, with links to malicious Websites sent via e-mail, and the domain used to fetch instructions for infected Macs has since been shut down.
Furthermore, Apple’s security update for Flashback helps render future Java-based attacks harmless. In addition to removing the Flashback malware, the update automatically deactivates the Java browser plug-in and Java Web Start if they remain unused for 35 days. Users must then manually re-enable Java when they encounter applets on a Web page or a Web Start application.
The second SabPub variant is old-school compared to its sibling. Instead of attacking through malicious Websites, it uses infected Microsoft Word documents as vector, distributed by e-mail.
AES Encryption Cracked
CRYPTOGRAPHY RESEARCHERS have identified a weakness in the Advanced Encryption Standard (AES) security algorithm that can crack secret keys faster than before.
The crack is the work of a trio of researchers at universities and Microsoft, and involved a lot of cryptanalysis – which is somewhat reassuring – and still does not present much of a real security threat.
Andrey Bogdanov, from K.U.Leuven (Katholieke Universiteit Leuven), Dmitry Khovratovich, who is full time at Microsoft Research, and Christian Rechberger at ENS Paris were the researchers.
Although there have been other attacks on the key based AES security system none have really come close, according to the researchers. But this new attack does and can be used against all versions of AES.
This is not to say that anyone is in immediate danger and, according to Bogdanov, although it is four times easier to carry out it is still something of an involved procedure.
Recovering a key is no five minute job and despite being four times easier than other methods the number of steps required to crack AES-128 is an 8 followed by 37 zeroes.
“To put this into perspective: on a trillion machines, that each could test a billion keys per second, it would take more than two billion years to recover an AES-128 key,” the Leuven University researcher added. “Because of these huge complexities, the attack has no practical implications on the security of user data.” Andrey Bogdanov told The INQUIRER that a “practical” AES crack is still far off but added that the work uncovered more about the standard than was known before.
“Indeed, we are even not close to a practical break of AES at the moment. However, our results do shed some light into the internal structure of AES and indicate where some limits of the AES design are,” he said.
He added that the advance is still significant, and is a notable progression over other work in the area.
“The result is the first theoretical break of the Advanced Encryption Standard – the de facto worldwide encryption standard,” he explained. “Cryptologists have been working hard on this challenge but with only limited progress so far: 7 out of 10 for AES-128 as well as 8 out of 12 for AES-192 and 8 out of 14 rounds for AES-256 were previously attacked. So our attack is the first result on the full AES algorithm.”
Get Ready For Email-Malware Spree
A sizeable uptick in malicious email attachments is just subsiding, but if history is any indicator,several smaller spikes are about to follow that use even more deceptive tactics than their predecessors.
The recent surge, fueled in large part by a flood of fake messages from UPS, is similar to one observed at the end of March in that the messages urge recipients to open an attachment that releases the malware on victims’ machines, according to Internet security firm Commtouch.
The earlier wave used a wide range of package-delivery services as senders, including FedEx and DHL, but the latest outbreak employs a wider variety of messages such as, “Dear client, recipient’s address is wrong”, “Dear User, Delivery Confirmation: FAILED”, and “Dear Client, We are not able to delivery [sic] the postal package”, according to the Commtouch blog.
All the messages then instruct the recipient to open the attachment that contains the malware, claiming it is an invoice or a form that needs to be filled out. “This time we see differences in the style of the emails – there is far more variation in the automatically-generated subjects, body and attachment names. Last time all the attachments were “UPS.exe” – this time there are many variations,” says Avi Turiel, director of product marketing at Commtouch in an email.
The attackers will evaluate the success of the attack by finding out how many recipients activated the malware, “Based on the infections vs. malware sent out they will probably try and figure out what they could improve in the next attack,” he says.
“TDL-4″ Botnet Is Practically Indestructible
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A new and improved botnet that has infected more than four million computers is “practically indestructible,” software security experts say.
“TDL-4,” the name for both the bot Trojan that infects PCs and the ensuing collection of compromised computers, is “the most sophisticated threat today,” said Kaspersky Labs researcher Sergey Golovanov in a detailed analysis Monday.
“[TDL-4] is practically indestructible,” Golovanov said and others agree.
“I wouldn’t say it’s perfectly indestructible, but it is pretty much indestructible,” said Joe Stewart, director of malware research at Dell SecureWorks and an internationally-known botnet expert, in an interview today. “It does a very good job of maintaining itself.”
Golovanov and Stewart based their assessments on a variety of TDL-4′s traits, all which make it an extremely tough character to detect, delete, suppress or eradicate.
Because TDL-4 installs its rootkit on the Master Boot Record (MBR), it is invisible to both the operating system and more, importantly, security software designed to sniff out malicious code.
Further,what makes the botnet indestructible is the combination of its advanced encryption and the use of a public peer-to-peer (P2P) network for the instructions issued to the malware by command-and-control (C&C) servers.
“The way peer-to-peer is used for TDL-4 will make it extremely hard to take down this botnet,” said Roel Schouwenberg, senior malware researcher at Kaspersky, ”The TDL guys are doing their utmost not to become the next gang to lose their botnet.”