HP has published the findings of a new study –Nation States, Cyberconflict and the Web of Profit – showing that nation state cyberattacks are becoming more frequent, varied and open; moving us closer to a point of ‘advanced cyberconflict’ than at any time since the inception of the internet.
The research – which was conducted by Dr. Mike McGuire, Senior Lecturer in Criminology at the University of Surrey, and sponsored by HP – highlights there has been a 100% rise in ‘significant’ nation state incidents between 2017-2020. Analysis of over 200 cybersecurity incidents associated with nation state activity since 2009 also shows the enterprise is now the most common target (35%), followed by cyberdefence (25%), media and communications (14%), government bodies and regulators (12%), and critical infrastructure (10%).
In addition to the analysis of nation state cyberattacks, the research also draws upon first-hand intelligence gathering from informants across the dark web and consultations with an expert panel of 50 leading practitioners in relevant fields (such as cybersecurity, intelligence, government, academia, and law enforcement). The findings paint a clear picture of escalations in tensions, supported by increasingly complex structures that intersect with the underground cybercrime economy – referred to as the Web of Profit. Key findings include:
“When we look at nation state activity through the lens of this report, it comes as no surprise that we have seen such an escalation over the past year; the writing has been on the wall for some time,” comments Dr. Mike McGuire, Senior Lecturer in Criminology at the University of Surrey. “Nation states are devoting significant time and resources to achieving strategic cyber advantage to advance their national interests, intelligence gathering capabilities, and military strength through espionage, disruption and theft. Attempts to obtain IP data on vaccines and cyberattacks against software supply chains demonstrate the lengths to which nation states are prepared to go to achieve their strategic goals.”
“Nation state conflict doesn’t take place in a vacuum – as evidenced by the fact enterprise is the most common victim within those cyberattacks analyzed,” commented Ian Pratt, Global Head of Security for Personal Systems at HP Inc. “Whether they are a direct target or a stepping-stone to gain access to bigger targets, as we have seen with the upstream supply chain attack against SolarWinds, organizations of all sizes need to be cognizant of this risk. As the scope and sophistication of nation state cyberattacks continues to increase, it’s vital that organizations invest in endpoint security that helps them to stay ahead of these constantly evolving threats.”
Nation States and the Web of Profit
One of the key findings of the report is that nation states are engaging with and profiting from The Web of Profit. Nation states are buying tools and services from the dark web, while tools developed by nation states are also making their way onto the black market – such as the Eternal Blue exploit that was used by the WannaCry hackers in 2017. Almost two-thirds (65%) of the expert panel believe nation states are making money from cybercrime, while 58% say it is becoming more common for nation states to recruit cybercriminals to conduct cyberattacks.
While a fifth (20%) of incidents analyzed involved sophisticated, custom-made weapons (such as targeted malware or weaponized exploits, probably developed within dedicated state cybersecurity programs), 50% involved low budget, straightforward tools that could be easily purchased on the dark net. 50% of the tools used were built for surveillance, while 15% enable network incursion and positioning, 14% were for damage or destruction, and just 8% for data extraction. This suggests that nation states are more focused on listening than stealing, largely due to their efforts to remain hidden.
“Cybercrime economies are shaping the character of nation state conflicts,” explains Dr. McGuire. “There is also a ‘second generation’ of cyberweaponry in development that draws upon enhanced capabilities in computing power, AI and cyber/physical integrations. One such example is ‘Boomerang’ malware, which is ‘captured’ malware that can be turned inward to operate against its owners. Nation states are also developing weaponized chatbots to deliver more persuasive phishing messages, react to new events and send messages via social media sites. In the future, we can also expect to see the use of deep fakes on the digital battlefield, drone swarms capable of disrupting communications or engaging in surveillance, and quantum computing devices with the ability to break almost any encrypted system.”
Will there ever be a workable cyberconflict treaty?
To de-escalate cyber-tensions and prevent nation states from being drawn into further acts of cyberconflict, 70% of the expert panel say it is necessary to create a cyberconflict treaty. However, just 15% say any agreement will come in the next 5-10 years, while 37% say it’ll take 10-20 years. A further 30% believe there is no prospect of any cyber-treaty within any timeframe.
“Any prospect of a cyber-treaty will depend on two key factors: scope and consensus,” comments Dr. McGuire. “Any treaty would need to specify the parties included, the range of jurisdictions involved and the activity it would cover. Nation states also need to agree on the principles that would shape any cyber-treaty, such as weapons limitation. But these factors can be hard to define and achieve – just look at the recent proposal for a cybercrime treaty put to the UN. While the proposal did pass, 60 members voted against it and 33 abstained. A lack of international consensus would make any cyber-treaty unlikely to succeed.”
“We believe that a cyber-treaty is going to be an important milestone. However, regardless of whether a cyber-treaty is imminent, individuals and businesses alike need to protect themselves,” concludes Pratt. “While some nation states do have very advanced cyber-capabilities, getting a foot in the door is essential. Nation state hackers often use tried and tested means of doing this. The easiest way by far, and the most common, is to target the endpoint. Whether using social engineering and phishing to compromise a PC or exploiting a vulnerability in a printer to create a backdoor, once an attacker owns a device they are on the inside and are far harder to detect. From there, they can steal the credentials they need to maintain persistence, with some staying hidden for years.”