Story image

Rumours fly about who was behind the PyeongChang Olympics hack

16 Feb 18

As speculation grows about who was behind the attacks on the PyeongChang Olympic Games opening ceremony, Talos Researchers identified a malware called “Olympic Destroyer” that may have been behind the attacks.

Recorded Future believes that the Olympic Destroyer malware should be treated as serious because of its destructive nature and ability to spread laterally.

It uses in-built Windows tools Psexec and WMI to infect systems and render data useless. It also use password stealing tool Mimikatz to extract credentials and continue moving across a target network.

The PyeongChang attack also included a set of Active Directory credentials and a software key, which suggests the malware had previously been used in an early reconnaissance phase.

In December, an attack on a telecommunications provider was the beginning stages of the attack on the Games.

“All samples of the Olympic Destroyer malware variant targeting the IT provider were timestamped five minutes prior to the compilation of the samples identified by Talos researchers as targeting the PyeongChang 2018 network. This suggests a parallel, two-pronged attempt to target the Olympics event, aimed at both organizers and infrastructure providers,” a report from US threat intelligence firm Recorded Future says.

The team also suggests that there are disparate code overlaps in the malware, suggesting a ‘false flag’ operation that is throwing researchers off the trail and diluting evidence.

Recorded Future has taken the analysis one step further, although there’s still no firm evidence as to who conducted the attack.

Recorded future director of strategic threat development Priscilla Moriuchi says that finding out who is behind the attacks is important because it shapes responses from government, victims and the public.

“Accurate attribution is both more crucial and more difficult to determine than ever because adversaries are constantly evolving new techniques and the expertise required to identify a sophisticated actor keeps increasing.”

The report suggests that the malware could originate from North Korea, China or Russia – but the case is not straightforward.

 “Complex malware operations make us take pause to reevaluate research methods and make sure the research community is not being misled by its own eagerness to attribute attacks,”explains Recorded Future principal security research of Inskit Group, Juan Andres Guerrero Saade.

Researchers from Intezer spotted code similarities between Olympic Destroyer and threat actors in China, including the APT3, APT10 and APT12 groups.

Recorded Future’s research group found code similarities linked with malware families belonging to the Lazarus Group in North Korea.

“The Olympic Destroyer campaign comes at a precarious time of geopolitical tensions with several possible perpetrators but conclusive proof in any one particular direction has not yet been shared,” Saade concludes.

Read further coverage of the PyeongChang Olympic hacks:

Winter Olympics hacked: Was it just disruptive or something more sinister?

Surprise - the PyeongChang Winter Olympic Games were hacked 

Ramping up security with next-gen firewalls
The classic firewall lacked the ability to distinguish between different kinds of web traffic.
Gartner names LogRhythm leader in SIEM solutions
Security teams increasingly need end-to-end SIEM solutions with native options for host- and network-level monitoring.
Cylance makes APIs available in endpoint detection offering
Extensive APIs enable security teams to more efficiently view, enrich, and contextualise real-time intelligence collected at the endpoint to keep systems secure.
SolarWinds adds SDN monitoring support to network management portfolio
SolarWinds announced a broad refresh to its network management portfolio, as well as key enhancements to the Orion Platform. 
JASK prepares for global rollout of their AI-powered ASOC platform
The JASK ASOC platform automates alert investigations, supposedly freeing the SOC analyst to do what machines can’t. 
Pitfalls to avoid when configuring cloud firewalls
Flexibility and granularity of security controls is good but can still represent a risk for new cloud adopters that don’t recognise some of the configuration pitfalls.
Securing hotel technology to protect customer information
Network security risks increase exponentially as hotels look to incorporate newer technologies to support a range of IoT devices, including smart door locks.
Why total visibility is the key to zero trust
Over time, the basic zero trust model has evolved and matured into what Forrester calls the Zero Trust eXtended (ZTX) Ecosystem.