CyberVAD Blogs

Master of Science in Cyber Security. Nov 15 2020

Daniel Miessler

Top Cybersecurity Threats in 2020

To keep your systems and data secure, you need to understand the latest and most common threats and we count it below

Common Cybersecurity Threats

State-sponsored attacks:

A state-sponsored attack usually has one of three objectives: probing for and exploiting national infrastructure vulnerabilities, gathering intelligence or exploiting money from systems and people. Directly attacking government or military systems to achieve any of these is hard. Modern cybercrime goes beyond individual hackers trying to make a profit through ransom or data theft. Today, state-sponsored cyberattacks have emerged as one of the preeminent threats targeting critical infrastructure.

The frequency and severity of these attacks continue to increase from 12% to 23% in 2019, and the numbers are expected to be even higher in 2020. The most obvious example of this approach is Russian hackers accused of affecting elections, releasing confidential information into the public domain, and hacking into critical infrastructure. Zoom, Google Meet, and Microsoft Teams phishing scams : The number of people using videoconferencing services has significantly increased during the COVID-19 pandemic. Hackers use Zoom, Google, and Microsoft domains to pose as official links. These fake links enable attackers to trick people into giving access to personal information or accidentally downloading malware.

Internet of Medical Things (IoMT) attacks:

IoMT is a connected infrastructure of medical devices, and applications that generate, collect, analyze, and transmit healthcare data. IoMT enables you to connect medical devices to the Internet. This includes personal insulin pumps, glucose and heart monitors, and pacemakers. As with other IoT devices, hackers can exploit software and network vulnerabilities to execute attacks on both individuals and health organizations. Researchers have identified a growing number of software vulnerabilities and demonstrated the feasibility of attacks on IoMT devices. Attacks on smart consumer devices and smartphones: Protecting devices like fitness trackers, smart speakers, smart watches, and smart home security cameras has become one of the main concerns in cybersecurity. Connecting from public Wi-Fi networks, or accessing your company email from your smartphone can make sensitive data available to everyone. Furthermore, the use of instant messaging services and file sharing can enable hackers to easily compromise smart devices, giving access to credentials and data.

Shipping cyber attacks:

Many aspects of shipping can be vulnerable to attacks, including ship navigation systems, port logistics, and ship computer networks. According to maritime cybersecurity experts, Naval Dome, shipping-targeted attacks increased by 400% since February 2020 due to the coronavirus pandemic.

During the pandemic, equipment technicians are unable to fly out to ships and rigs to upgrade and service critical OT systems. As a result, system operators find a way around established security protocols, leaving systems unpatched and vulnerable to attack.

Latest Cyber Security Trends

The trends in the Cyber Security threat landscape changes constantly, as do security approaches and solutions. These solutions enable security teams to adapt to new attack methods, and identify vulnerabilities before attackers can exploit them.

Zero-trust network technology replaces VPNs:

The COVID-19 pandemic has highlighted many of the problems with traditional VPNs, including latency and open access to the entire network. Emerging Zero-Trust Network Access (ZTNA) enables organizations to control remote access to specific applications by hiding them from the public internet. Applications communicate directly to the ZTNA service provider, and can only be accessed through the provider’s cloud service.

This approach reduces the risk of exploiting the VPN connection to attack remote networks. The adoption of ZTNA requires accurate mapping of network users and their access permissions, which can slow the process.

Network security transforms from LAN-based models to SASE:

The popularity of cloud-based security solutions is growing increasingly due to the evolution of remote network access. Secure Access Service Edge (SASE) technology enables organizations to secure remote workers and applications by routing traffic through a cloud-based security stack, instead of backhauling the traffic through a physical security appliance in a data center. 5G security:

Most of the security risks in 5G mobile networks are not new. They include service provider vulnerabilities and critical infrastructure risks. However, 5G also introduces some new risks related to user safety and privacy.

5G’s short-range communication requires more cell towers with closer proximity. This proximity can increase the risk of collecting and tracking the actual location of users. In addition, service providers can potentially have access to large volumes of user data, thanks to the increased interconnectivity of 5G. This data can show what’s happening inside your home through connected devices, and smart sensors. Hackers could steal this valuable information and sell it on the black market.

Conclusion

As you can see, the current year is not short on new threats thanks to new technologies like 5G, IoMT and the increase in remote workforce. These new technologies will undoubtedly improve our lives, but also offer significant security challenges