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News



FIREEYE IDENTIFIES KILLSWITCH FOR SOLARWINDS MALWARE AS VICTIMS SCRAMBLE TO
RESPOND

White House National Security Council establishes unified group to coordinate
response across federal agencies to the threat.
Jai Vijayan
Contributing Writer, Dark Reading
December 16, 2020
PDF


FireEye, which last Sunday disclosed a compromise at network management software
vendor SolarWinds that allowed an unknown attacker to distribute malware to
potentially thousands of organizations, has identified a killswitch that it says
would prevent the malware from operating on infected networks.



But in networks where the attackers might have already deployed additional
persistence mechanisms, the killswitch will not remove the threat from victim
networks, according to the security vendor.

Related Content:

Concerns Run High as More Details of SolarWinds Hack Emerge

Building an Effective Cybersecurity Incident Response Team

FireEye on Sunday said that an investigation it was conducting into a breach of
its own network last week uncovered a threat actor widely distributing a
backdoor dubbed SUNBURST by hiding it in legitimate updates of SolarWinds' Orion
network management technology.

SUNBURST (SolarWinds.Orion.Core.BusinessLayer dot dll) is a sort of first-stage
Trojan that the attackers were using to drop additional payloads for escalating
privileges, lateral movement, and data theft on infected networks,
FireEye explained. The stealth, planning, and precision with which the attack
was executed had all the hallmarks of a nation state-backed actor, the vendor
said. FireEye is currently tracking the threat actor as UNC2452, but says it has
not been able to identify whether and on whose behalf it might be operating. 

Security experts as well as some members of Congress who received classified
briefings on the attack, point to Russia as the likely perpetrator.




FireEye has released IoCs and other data to help organizations detect and
mitigate the threat. SolarWinds has released updates—including a hotfix
today—that it says addresses the issue in all impacted versions of its
technology. Since the breach was disclosed, Microsoft and numerous other vendors
of malware detection tools have also added signatures for the malicious DLL that
FireEye observed was being used to distribute SUNBURST.

An Effective Killswitch Under Some Circumstances

A FireEye spokesperson Wednesday said the company's analysis of SUNBURST showed
the malware could be prevented from operating under the right conditions.
"Depending on the IP address returned when the malware resolves avsvmcloud dot
com under certain conditions, the malware would terminate itself and prevent
further execution. FireEye collaborated with GoDaddy and Microsoft to deactivate
SUNBURST infections," the spokesperson said.

According to FireEye, the killswitch is effective against new and previous
SUNBURST deployments that might be still beaconing out to avsvmcloud dot com,
the location of the malware's command and control server. "However, in the
intrusions FireEye has seen, this actor moved quickly to establish additional
persistent mechanisms to access to victim networks beyond the SUNBURST
backdoor."



In these situations, the killswitch would not boot the threat actor out of an
infected network. But it could make life harder for them to use already
distributed versions of SUNBURST, FireEye said.

News of the killswitch comes amid high concerns over the potential scope and
impact of the SolarWinds intrusion, which FireEye discovered when investigating
a breach of its own network last week.

Obama-era Presidential Directive

On Tuesday, the White House National Security Council (NSC) announced that a
Unified Coordination Group (UCG) had been established to ensure a coordinated
federal agency response to the threat—as prescribed by PPD-41 an Obama-era
directive. The PPD-41 process "facilitates continuous and comprehensive
coordination for whole-of-government efforts to identify, mitigate, remediate,
and respond to this incident," the NSC said. Earlier on Monday, the DHS's
Cybersecurity and Infrastructure Security Agency (CISA) issued a rare emergency
directive that ordered all federal civilian agencies to immediately power off
and disconnect instances of SolarWinds Orion, the network management product
that the attacker used to distribute the malware.

A lot of the concern has to do with the potential scope and impact of the
breach. SolarWinds supplies network management technology to most federal
agencies, all five branches of the military, and almost all Fortune 500
companies, in addition to thousands of managed services provides.

The company's Orion network management tool provides SolarWinds with access deep
into some of the biggest, most sensitive networks in the world. Many believe
that by poisoning legitimate Orion updates with SUNBURST malware, the attackers
have managed to gain what some refer to as "God-mode access" on the compromised
networks. Among those believed impacted in the breach are federal agencies like
the US Treasury Department, Homeland Security, Justice Department, and State
Department.

Researchers from Huntress Labs, which earlier this year validated a zero-day
exploit involving another SolarWinds technology called N-Central on Wednesday,
said they had compiled a list of more than 4,000 domains and subdomains tied to
the poisoned DLL. Huntress Labs' analysis of available data showed the
backdoored DLL to be present across 500,000 systems, but only within the Orion
product.

According to the vendor, the malicious DLL can be present in three specific
SolarWinds programs and 12 distinct locations on a computer filesystem. However,
the presence of the DLL alone does not indicate a compromise, the vendor
stressed.

Multiple SolarWind Vulnerabilities

SolarWinds has not yet disclosed how exactly the attacker managed to gain enough
access on its systems to be able to insert malware into the company's legitimate
software updates. The company has noted that preliminary investigations show a
compromise of SolarWinds' build system.

Data available on the MITRE CVE vulnerability database shows that researchers
have reported 23 vulnerabilities on SolarWinds' technologies this year alone.
Many of them—including six that were disclosed in August—have been in N-Central,
a SolarWinds' remote monitoring technology.

Daniel Trauner, director of security at Axonius, says incidents like this
highlight the importance of good vendor security risk-assessment practices.
Organizations should look at public examples of vendor security risk assessment
questionnaires such as Google’s VSAQ to get an idea of what to focus on, he
says.

At the same time, there are limits to how much vetting one can do, he says.

"Even though larger and more mature enterprises usually have a formal
change-control process designed to minimize the risk inherent in modifying
existing access or systems, there are usually practical limits for this model,"
he says. Most of the focus is going to rightfully be on a subset of critical
systems and specific elements of the change, such as highlighting any privileged
access changes or testing the stability of the system after a patch is applied.

"Unfortunately, there are likely no reasonable routine checks that would have
been part of a change management process that would have caught this backdoored
SolarWinds update," he says.

The SolarWinds incident has punctuated the dangerous exposure of US federal
agencies to threats via the supply chain, says Jacob Olcott vice president of
communications and government affairs at BitSight.

Government agencies rely on a vast third-party supply chain with limited
visibility into the security posture of critical providers, he says. Current
approaches do not adequately address the risk and a significant change in
thinking and technological approach to supply chain security is needed.

"For the last five years, adversaries have been able to access valuable personal
information, sensitive intellectual property, trade secrets, and other critical
national security information by penetrating the government's supply chain,"
Olcott notes.

"It must integrate cybersecurity into all contracts, placing requirements on
contractors to meet certain cybersecurity standards."

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