Within this blog,I have often cited that the next World War will be, in whole or part, based upon cyber attacks. It is still inconceivable to many that these attacks can occur. The article below belies this notion, once and for all. It is fascinating reading.
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Author: kim zetter.
Date of publication:
03.03.16.03.03.16
Time of publication: 7:00 am.7:00 am
Inside the cunning, unprecedented hack of Ukraine’s
power grid
IT WAS 3:30 p.m. last December 23, and residents
of the Ivano-Frankivsk region of Western Ukraine were preparing to end their
workday and head home through the cold winter streets. Inside the
Prykarpattyaoblenergo control center, which distributes power to the region’s
residents, operators too were nearing the end of their shift. But just as one
worker was organizing papers at his desk that day, the cursor on his computer
suddenly skittered across the screen of its own accord.
He watched as it navigated purposefully toward buttons
controlling the circuit breakers at a substation in the region and then clicked
on a box to open the breakers and take the substation offline. A dialogue
window popped up on screen asking to confirm the action, and the operator
stared dumbfounded as the cursor glided to the box and clicked to affirm.
Somewhere in a region outside the city he knew that thousands of residents had
just lost their lights and heaters.
The operator grabbed his mouse and tried desperately to
seize control of the cursor, but it was unresponsive. Then as the cursor moved
in the direction of another breaker, the machine suddenly logged him out of the
control panel. Although he tried frantically to log back in, the attackers had
changed his password preventing him from gaining re-entry. All he could do was
stare helplessly at his screen while the ghosts in the machine clicked open one
breaker after another, eventually taking about 30 substations offline. The
attackers didn’t stop there, however. They also struck two other power
distribution centers at the same time, nearly doubling the number of
substations taken offline and leaving more than 230,000 residents in the dark.
And as if that weren’t enough, they also disabled backup power supplies to two
of the three distribution centers, leaving operators themselves stumbling in
the dark.
A Brilliant Plan
The hackers who struck the power centers in Ukraine—the
first confirmed hack to take down a power grid—weren’t opportunists who just
happened upon the networks and launched an attack to test their abilities;
according to new details from an extensive investigation into the hack, they
were skilled and stealthy strategists who carefully planned their assault over
many months, first doing reconnaissance to study the networks and siphon
operator credentials, then launching a synchronized assault in a
well-choreographed dance.
“It was brilliant,” says Robert M. Lee, who assisted in the
investigation. Lee is a former cyber warfare operations officer for the US Air
Force and is co-founder of Dragos Security, a critical infrastructure
security company. “In terms of sophistication, most people always [focus on
the] malware [that’s used in an attack],” he says. “To me what makes
sophistication is logistics and planning and operations and … what’s going on
during the length of it. And this was highly sophisticated.”
Ukraine was quick to point the finger at Russia for the
assault. Lee shies away from attributing it to any actor but says there are
clear delineations between the various phases of the operation that suggest
different levels of actors worked on different parts of the assault. This
raises the possibility that the attack might have involved collaboration
between completely different parties—possibly cybercriminals and nation-state actors.
“This had to be a well-funded, well-trained team. … But it
didn’t have to be a nation-state,” he says. It could have started out with
cybercriminals getting initial access to the network, then handing it off to
nation-state attackers who did the rest.
Regardless, the successful assault holds many lessons for
power generation plants and distribution centers here in the US, experts say;
the control systems in Ukraine were surprisingly more secure than some in the
US, since they were well-segmented from the control center business networks
with robust firewalls. But in the end they still weren’t secure enough—workers
logging remotely into the SCADA network, the Supervisory Control and Data
Acquisition network that controlled the grid, weren’t required to use
two-factor authentication, which allowed the attackers to hijack their
credentials and gain crucial access to systems that controlled the breakers.
The power wasn’t out long in
Ukraine: just one to six hours for all the areas hit. But more than two months
after the attack, the control centers are still not fully operational,
according to a recent US report. Ukrainian and US computer security
experts involved in the investigation say the attackers overwrote firmware on
critical devices at 16 of the substations, leaving them unresponsive to any
remote commands from operators. The power is on, but workers still have to
control the breakers manually.
That’s actually a better outcome than what might occur in
the US, experts say, since many power grid control systems here don’t have
manual backup functionality, which means that if attackers were to sabotage
automated systems here, it could be much harder for workers to restore power.
Timeline of the Attack
Multiple agencies in the US helped
the Ukrainians in their investigation of the attack, including the FBI and DHS.
Among computer security experts who consulted on the wider investigation were
Lee and Michael J. Assante, both of whom teach computer security at the SANS Institute in
Washington DC and plan to release a report about their analysis today. They say
investigators were pleasantly surprised to discover that the Ukrainian power
distribution companies had a vast collection of firewall and system logs that
helped them reconstruct events—an uncommon bonanza for any corporate network,
but an even rarer find for critical infrastructure environments, which seldom
have robust logging capabilities.
According to Lee and a Ukrainian
security expert who assisted in the investigation, the attacks began last
spring with a spear-phishing campaign that targeted IT staff and system
administrators working for multiple companies responsible for distributing
electricity throughout Ukraine. Ukraine has 24 regions, each divided into
between 11 and 27 provinces, with a different power distribution company
serving each region. The phishing campaign delivered email to workers at three
of the companies with a malicious Word document attached. When workers clicked
on the attachment, a popup displayed asking them to enable macros for the
document. If they complied, a program called BlackEnergy3—variants of which
have infected other systems in Europe and the US—infected their machines and
opened a backdoor to the hackers. The method is notable because most intrusions
these days exploit a coding mistake or vulnerability in a software program; but
in this case the attackers exploited an intentional feature in the Microsoft
Word program. Exploiting the macros feature is an old-school method from the
90’s that attackers have recently revived in
multiple attacks.
The initial intrusion got the attackers only as far as the
corporate networks. But they still had to get to the SCADA networks that
controlled the grid. The companies had wisely segregated those networks with a
firewall, so the attackers were left with two options: either find
vulnerabilities that would let them punch through the firewalls or find another
way to get in. They chose the latter.
Over many months they conducted extensive reconnaissance,
exploring and mapping the networks and getting access to the Windows Domain
Controllers, where user accounts for networks are managed. Here they harvested
worker credentials, some of them for VPNs the grid workers used to remotely log
in to the SCADA network. Once they got into the SCADA networks, they slowly set
the stage for their attack.
MORE ON CRITICAL INFRASTRUCTURE HACKS
First they reconfigured the
uninterruptible power supply1, or UPS,
responsible for providing backup power to two of the control centers. It wasn’t
enough to plunge customers into the dark—when power went out for the wider
region they wanted operators to be blind, too. It was an egregious and
aggressive move, the sort that could be interpreted as a “giant fuck you” to
the power companies, says Lee.
Each company used a different
distribution management system for its grid, and during the reconnaissance
phase, the attackers studied each of them carefully. Then they wrote malicious
firmware to replace the legitimate firmware on serial-to-Ethernet converters at
more than a dozen substations (the converters are used to process commands sent
from the SCADA network to the substation control systems). Taking out the
converters would prevent operators from sending remote commands to re-close
breakers once a blackout occurred. “Operation-specific malicious firmware
updates [in an industrial control setting] has never been done
before,” Lee says. “From an attack perspective, it was just so awesome. I mean
really well done by them.”
The same model of serial-to-Ethernet converters used in
Ukraine are used in the US power-distribution grid.
Armed with the malicious firmware, the attackers were ready
for their assault.
Sometime around 3:30 p.m. on
December 23 they entered the SCADA networks through the hijacked VPNs and sent
commands to disable the UPS systems they had already reconfigured. Then they
began to open breakers. But before they did, they launched a telephone
denial-of-service attack against customer call centers to prevent customers
from calling in to report the outage. TDoS attacks are similar toDDoS attacks that send a flood of data to
web servers. In this case, the center’s phone systems were flooded with
thousands of bogus calls that appeared to come from Moscow, in order to prevent
legitimate callers from getting through. Lee notes that the move illustrates a
high level of sophistication and planning on the part of the attackers.
Cybercriminals and even some nation-state actors often fail to anticipate all
contingencies. “What sophisticated actors do is they put concerted effort into
even unlikely scenarios to make sure they’re covering all aspects of what could
go wrong,” he says.
The move certainly bought the
attackers more time to complete their mission because by the time the operator
whose machine was hijacked noticed what was happening, a number of substations
had already been taken down. But if this was a political
hack launched by Russia against Ukraine, the TDoS likely also had another goal
Lee and Assante say: to stoke the ire of Ukrainian customers and weaken their
trust in the Ukrainian power companies and government.
As the attackers opened up breakers and took a string of
substations off the grid, they also overwrote the firmware on some of the
substation serial-to-Ethernet converters, replacing legitimate firmware with
their malicious firmware and rendering the converters thereafter inoperable and
unrecoverable, unable to receive commands. “Once you … rewrite the firmware,
there’s no going back from that [to aid recovery]. You have to be at that site
and manually switch operations,” Lee says. “Blowing [these] gateways with
firmware modifications means they can’t recover until they get new devices and
integrate them.”
After they had completed all of this, they then used a piece
of malware called KillDisk to wipe files from operator stations to render them
inoperable as well. KillDisk wipes or overwrites data in essential system
files, causing computers to crash. Because it also overwrites the master boot
record, the infected computers could not reboot.
Some of the KillDisk components had to be set off manually,
but Lee says that in two cases the attackers used a logic bomb that launched
KillDisk automatically about 90 minutes into the attack. This would have been
around 5 p.m., the same time that Prykarpattyaoblenergo posted a note to its
web site acknowledging for the first time what customers already knew—that
power was out in certain regions—and reassuring them that it was working
feverishly to figure out the source of the problem. Half an hour later, after
KillDisk would have completed its dirty deed and left power operators with
little doubt about what caused the widespread blackout, the company then posted
a second note to customers saying the cause of the outage was hackers.
Was Russia the Cause?
Ukraine’s intelligence community has said with utter
certainty that Russia is behind the attack, though it has offered no proof to
support the claim. But given political tensions between the two nations it’s
not a far-fetched scenario. Relations have been strained between Russia and
Ukraine ever since Russia annexed Crimea in 2014 and Crimean authorities began
nationalizing Ukrainian-owned energy companies there, angering Ukrainian
owners. Then, right before the December blackout in Ukraine occurred,
pro-Ukrainian activists physically attacked substations feeding power to
Crimea, leaving two million Crimean residents without power in the region that
Russia had annexed, as well as a Russian naval base. Speculation has been
rampant that the subsequent blackouts in Ukraine were retaliation for the
attack on the Crimean substations.
But the attackers who targeted the Ukrainian power companies
had begun their operation at least six months before the Crimean substations
were attacked. So, although the attack in Crimea may have been a catalyst for
the subsequent attack on the Ukrainian power companies, it’s clear that it
wasn’t the original motivation, Lee says. Lee says the forensic evidence
suggests in fact that the attackers may not have planned to take out the power
in Ukraine when they did, but rushed their plans after the attack in Crimea.
“Looking at the data,
it looks like they would have benefited and been able to do more had they been
planning and gathering intelligence longer,” he says. “So it looks like they
may have rushed the campaign.”
He speculates that if Russia is responsible for the attack,
the impetus may have been something completely different. Recently, for
example, the Ukrainian parliament has been considering a bill to nationalize
privately owned power companies in Ukraine. Some of those companies are owned
by a powerful Russian oligarch who has close ties to Putin. Lee says it’s
possible the attack on the Ukrainian power companies was a message to Ukrainian
authorities not to pursue privatization.
That analysis is supported by
another facet of the attack: The fact that the hackers could have done much
more damage than they did do if only they had decided to physically destroy
substation equipment as well, making it much harder to restore power after the
blackout. The US government demonstrated an attack in 2007 that showed how
hackers could physically destroy a power generatorsimply
by remotely sending 21 lines of malicious code.
Lee says everything about the Ukraine power grid attack
suggests it was primarily designed to send a message. “‘We want to be seen, and
we want to send you a message,’” is how he interprets it. “This is very mafioso
in terms of like, oh, you think you can take away the power [in Crimea]? Well I
can take away the power from you.”
Whatever
the intent of the blackout, it was a first-of-its-kind attack that set an
ominous precedent for the safety and security of power grids everywhere. The
operator at Prykarpattyaoblenergo could not have known what that little flicker
of his mouse cursor portended that day. But now the people in charge of the
world’s power supplies have been warned. This attack was relatively short-lived
and benign. The next one might not be.
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