Russia Strikes Back
strategypage.com
November 10, 2014
A new team of hackers has been identified. This one has been concentrating on finding and taking political, diplomatic and military data from NATO nations involved in opposing Russian aggression in Ukraine. This group, called APT28, was identified as Russian by numerous patterns in their code (some of which is left behind or otherwise captured) that made it clear that the creators were Russian speakers, were working somewhere in the same time zone as Moscow and using software techniques known to come from Russia (hacker tools that are for sale on the black market). Moreover the data being sought would mainly benefit the Russian government. This sort of attack is showing up with increasing frequency and accuracy.
Over the last decade Internet security firms (especially Kaspersky Labs, FireEye and Symantec) have developed better tools for identifying the hacker organizations responsible for some of the large-scale hacker attacks on business and government networks. For example in 2013 there was a group identified as from China was called Hidden Lynx. This group appeared to contain 50-100 hackers (as identified by their coding style and other clues) and was believed to be largely responsible for a large scale espionage campaign (“Operation Aurora) in 2010 and is still active. The APT28 campaign, on the other hand, is quite recent and coincides with Western efforts to halt Russian attacks on Ukraine.
Internet security firms also support their clients by identifying and describing major malware; software created by hackers for penetrating and stealing from target systems. For example in 2013 Kaspersky Labs discovered a stealthy espionage program called NetTraveler. This bit of malware had been secretly planted in PCs used by diplomats and government officials in over 40 countries. Also hit were oil companies and political activists opposed to China. Dissection of NetTraveler indicated it was created by about fifty different people, most of them Chinese speakers who knew how to program in English.
Kaspersky also discovered a similar bit of malware called Red October, because it appeared to have been created by Russian speaking programmers. Red October was a very elaborate and versatile malware system. Hundreds of different modules have been discovered and Red October had been customized for a larger number of specific targets. Red October was found to be in the PCs and smart phones of key military personnel in Eastern Europe, Central Asia, and dozens of other nations (U.S., Australia, Ireland, Switzerland, Belgium, Brazil, Spain, South Africa, Japan, and the UAE). The Red October Internet campaign has been going on at least since 2008 and has been seeking military and diplomatic secrets. As a result of this discovery Internet operators worldwide shut down the addresses Red October depended on.
Red October does not appear to be the product of some government intelligence agency and may be from one of several shadowy private hacker groups that specialize in seeking out military secrets and then selling them to the highest bidder. The buyers of this stuff prefer to remain quiet about obtaining secrets this way. In response to this publicity, the operators of Red October apparently shut down the network. The Russian government ordered the security services to find out if Russians were involved with Red October and, if so, to arrest and prosecute them. Russia has long been a sanctuary for Internet criminals, largely because of poor policing and corruption. It may well turn out that the Red October crew is in Russia and has paid off a lot of Russian cops in order to avoid detection and prosecution. To date, the operators of Red October have not been found.
South Korea has been subjected to a growing number of Cyber War attacks over the last few years, some of them quite damaging. In the last year South Korean security researchers concluded that nearly all these attacks were the work of one group from North Korea, which has threatened Cyber War attacks but not taken credit for them. This is typical of most North Korean attacks, both conventional and now over the Internet.
What most of these large scale attacks have in common is the exploitation of human error. Case in point is the continued success of attacks via Internet against specific civilian, military, and government individuals using psychology, rather than just technology. This sort of thing is often carried out in the form of official looking email, with a file attached, sent to people at a specific military or government organization. It is usually an email they weren’t expecting but from someone they recognize. This is known in the trade as “spear fishing” (or “phishing”), which is a Cyber War technique that sends official looking email to specific individuals with an attachment which, if opened, secretly installs a program that sends files and information from the email recipient’s PC to the spear fisher’s computer. Since 2012 an increasing number of military, government, and contractor personnel have received these official-looking emails with a PDF document attached and asking for prompt attention.
China has been a major user of spear fishing and apparently the Chinese government and independent Chinese hackers have been a major force in coming up with new spear fishing payloads. The methods, and source, of many spear fishing attacks have been traced back to China. Cyber War hackers there have become easier to identify because they have been getting cocky and careless. Internet security researchers have found identical bits of code (the human readable text that programmers create and then turn into smaller binary code for computers to use) and techniques for using it in hacking software used against Tibetan independence groups and commercial software sold by some firms in China and known to work for the Chinese military. Similar patterns have been found in hacker code left behind during attacks on American military and corporate networks. The best hackers hide their tracks better than this.
It’s also been noted that Chinese behavior is distinctly different from that encountered among East European hacking operations. The East European hackers are more disciplined and go in like commandos and get out quickly once they have what they were looking for. The Chinese go after more targets with less skillful attacks and stick around longer than they should. That’s how so many hackers are tracked back to China, often to specific servers known to be owned by the Chinese military or government research institutes.
The East Europeans have been at this longer and most of the hackers work for criminal gangs, who enforce discipline, select targets, and protect their hackers from local and foreign police. The East European hacker groups are harder to detect (when they are breaking in) and much more difficult to track down. Thus the East Europeans go after more difficult (and lucrative) targets. The Chinese hackers are a more diverse group. Some work for the government, many more are contractors, and even more are independents who often slip over to the dark side and scam Chinese. This is forbidden by the government and these hackers are sometimes caught and punished, or simply disappear. The Chinese hackers are, compared the East Europeans, less skilled and disciplined. There are some very, very good Chinese hackers but they often lack adult supervision or some Ukrainian gangster ready to put a bullet in their head if they don’t follow orders exactly.
For Chinese hackers that behave (don’t do cybercrimes against Chinese targets) the rewards are great. Large bounties are paid for sensitive military and government data taken from the West. This encourages some unqualified hackers to take on targets they can’t handle. This was seen when a group of hackers was caught trying to get into a high-security network in the White House (the one dealing with emergency communications with the military and nuclear forces). These amateurs are often caught and prosecuted. But the pros tend to leave nothing behind but hints that can be teased out of heavy use of data mining and pattern analysis.
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