Industry executives and experts share their predictions for 2020. Read them in this 12th annual VMblog.com series exclusive.
By Lavi Lazarovitz, Group Research Manager, CyberArk
Top Cybersecurity Trends Shaping 2020
As we embark on a new year – and a new decade – it’s normal to think about what the future will have in store for us. From a cybersecurity perspective, there are a lot of questions about what’s coming. What are the big technology trends and what risks will they pose?
Will attackers be interested in new technologies like AI and biometrics or will they focus on infiltrating conventional systems in new and innovative ways? What will the attack vectors be? Will traditional attack methods continue to reign supreme or will new approaches emerge?
There’s no doubt that attackers will try to use innovations against us, but determining where they will focus is always a challenge. Here are the top security trends we at CyberArk believe will impact both businesses and consumers in 2020:
1. Drones Open up New Pathway for Intelligence Gathering
To date, the security concern around drones has mostly been focused on the physical damage nefarious actors, including nation states, could perpetrate. In 2020, we could start seeing attackers focus more on what drones know and how that information can be exploited for intelligence gathering, corporate espionage and more.
While it’s true that drones have the potential to do physical damage, the longer-term opportunity for attackers is to use drones as another pathway to steal – and manipulate – sensitive information.
Goldman Sachs recently predicted that businesses will spend more than $17B in the next five years on drone functionality. With an emphasis on innovation and development, these devices need to be treated the same as any other IoT device with software that gathers and stores sensitive information that needs to be protected.
Organizations need to consider who has the ability to control the drone’s activities, what information the drone is storing, how access to that information is being managed and monitored and, ultimately who owns responsibility for securing it. The creation of a security framework that mitigates emerging security risks and potential regulatory and compliance challenges can help address these questions.
2. The Butterfly Effect of Ransomware
In the first nine months of 2019, reports indicate there were between 600-700 ransomware attacks on government agencies, healthcare providers and schools in the U.S. alone. Cities and public sector organizations around the world have faced a steady barrage of ransomware attacks with momentum continuing to build heading into 2020. With these attacks aimed at disruption and destabilizing systems, cities and towns, in particular, will need to elevate their approach to cyber resiliency, as the constant bombardment will have a butterfly effect that’s impact will reach far beyond what we’ve seen to date.
For example, as attackers look for new ways to monetize their assaults, they’ll want access to a greater diversity of systems, including cloud environments and containers. In 2020, we’ll begin to see innovation in ransomware that focuses more on Linux to take broader advantage of digital transformation trends.
Additionally, we expect to see a significant increase in the number of entities buying cyber insurance ($7 billion market in the U.S. alone) to protect their assets and uptime; however this investment in “protection” is having a contrary effect – attackers will target organizations with cyber insurance because those organizations are more likely to pay. Insurance companies weighing the cost benefits of a payout will often choose to pay if the cost of the ransom is less than the cost of the downtime needed to rebuild a network. Ultimately, this gold rush will benefit attackers – tilting the power in their direction, fueling resources and spurring the need for policy changes and disruption across the insurance industry.
3. Election Security: Cyber Attacks as a Disenfranchisement Mechanism
Election security is a hot topic for democracies everywhere. While much of the discussion tends to focus on disinformation campaigns, including the use of deepfake technology to influence opinion, attacks will evolve to disrupt more than just the media.
It’s important to consider the broader effect of disruption and disenfranchisement beyond ballot box tampering. Attackers have repeatedly demonstrated their ability to cause disruption. Their impact on democracies could come in many – even seemingly disconnected – forms.
Stalling major transportation systems – like buses and trains – in major metropolitan areas could keep citizens from safely getting to the polls. A sequence of such attacks targeting core infrastructure – halting transportation, shutting down the electrical grid or launching an attack on voter registration databases – could have a domino effect that negatively impacts the voting system’s ability to operate consistently with trust and reliability.
4. Biometrics Create a False Sense of Security in the Enterprise
With biometric authentication becoming increasingly popular, we’ll begin to see a level of unfounded complacency when it comes to security. While it’s true that biometric authentication is more secure than traditional, key-based authentication methods, attackers typically aren’t after fingerprints, facial data or retinal scans. Today, they want the access that lies behind secure authentication methods.
So, while biometric authentication is a very good way to authenticate a user to a device, organizations must be aware that every time that happens, that biometric data must be encrypted and the assets behind the authentication are kept secure.
Even more importantly, the network authentication token that’s generated must be protected. That token, if compromised by attackers, can allow them to blaze a trail across the network, potentially gaining administrative access and privileged credentials to accomplish their goals – all while masquerading as a legitimate, authenticated employee.
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About the Author
Lavi Lazarovitz leads a team of CyberArk Labs security researchers. He studies the methods and tactics used by attacker to penetrate and move laterally across organizational networks and is responsible for devising effective detection and mitigation techniques to thwart these attacks. He previously served 11 years in the Israeli Air Force as a pilot and as an intelligence officer.
