Vaporworms: New breed of self-propagating fileless malware to emerge in 2019
WatchGuard Technologies’ information security predictions for 2019 include the emergence of vaporworms, a new breed of fileless malware with wormlike properties to self-propagate through vulnerable systems, along with a takedown of the internet itself and ransomware targeting utilities and industrial control systems.
“Cyber criminals are continuing to reshape the threat landscape as they update their tactics and escalate their attacks against businesses, governments and even the infrastructure of the internet itself,” said Corey Nachreiner, CTO at WatchGuard Technologies. “The Threat Lab’s 2019 predictions span from highly likely to audacious, but consistent across all eight is that there’s hope for preventing them. Organisations of all sizes need to look ahead at what new threats might be around the corner, prepare for evolving attacks and ensure they’re equipped with layered security defences to meet them head-on.”
The WatchGuard Threat Lab’s 2019 Security Predictions are:
Vaporworms or Fileless malware worms will emerge
Fileless malware strains will exhibit wormlike properties in 2019, allowing them to self-propagate by exploiting software vulnerabilities. Fileless malware is more difficult for traditional endpoint detection to identify and block because it runs entirely in memory, without ever dropping a file onto the infected system.
Combine that trend with the number of systems running unpatched software vulnerable to certain exploits and 2019 will be the year of the vaporworm.
Attackers hold the Internet hostage
A hacktivist collective or nation-state will launch a coordinated attack against the infrastructure of the internet in 2019. The protocol that controls the internet (BGP) operates largely on the honour system, and a 2016 DDoS attack against hosting provider Dyn showed that a single attack against a hosting provider or registrar could take down major websites. The bottom line is that the internet itself is ripe for the taking by someone with the resources to DDoS multiple critical points underpinning the internet or abuse the underlying protocols themselves.
Escalations in State-level cyber attacks force a UN Cyber Security Treaty
The UN will more forcefully tackle the issue of state-sponsored cyber attacks by enacting a multinational Cyber Security Treaty in 2019.
AI-Driven chatbots go rogue
In 2019, cyber criminals and black hat hackers will create malicious chatbots on legitimate sites to socially engineer unknowing victims into clicking malicious links, downloading files containing malware, or sharing private information.
A major biometric hack will be the beginning of the end for single-factor authentication
As biometric logins like Apple’s Face ID become more common, hackers will take advantage of the false sense of security they encourage and crack a biometric-only login method at scale to pull off a major attack. As a result, 2019 will see strong growth in the use of multi-factor authentication (MFA) for added protection among groups with more security knowledge, particularly push-based authentication and MFA for cloud application defence.
A nation-state to take ’Fire Sale’ attacks from fiction to reality
In the Die Hard movie series, a ‘fire sale’ was a fictional three-pronged cyber attack, targeting a city or state’s transportation operations, financial systems, public utilities and communication infrastructure. The fear and confusion caused during this attack was designed to allow the terrorists to siphon off huge sums of money undetected. Modern cyber security incidents suggest that nation-states and terrorists have developed these capabilities, so 2019 may be the first year one of these multi-pronged attacks is launched to cover up a hidden operation.
Hackers to cause real-world blackouts as targeted ransomware focuses on utilities and industrial control systems
Targeted ransomware campaigns will cause chaos in 2019 by targeting industrial control systems and public utilities for larger payoffs. The average payment demand will increase by over 6500 percent, from an average of $300 to $20,000 per attack. These assaults will result in real-world consequences like city-wide blackouts and the loss of access to public utilities.
A WPA3 Wi-Fi network will be hacked using one of the six Wi-Fi threat categories
Hackers will use rogue APs, Evil Twin APs, or any of the six known Wi-Fi threat categories (as defined by the Trusted Wireless Environment Framework) to compromise a WPA3 Wi-Fi network, despite enhancements to the new WPA3 encryption standard. Unless more comprehensive security is built into the Wi-Fi infrastructure across the entire industry, users can be fooled into feeling safe with WPA3 while still being susceptible to attacks like Evil Twin APs.