The Real Dark Side of COVID Security

The Real Dark Side of COVID Security

Over the last few weeks, you have probably seen numerous articles regarding North Korea’s effort to hack Pfizer in what most security experts believe was an effort to manufacture and sell counterfeit COVID vaccines to raise cash and obtain foreign currency. For anyone who has been in the security field, this comes as no surprise.

It has long been a standard tactic for Advanced Persistent Threats (APT) to steal Intellectual Property (IP), and then use it to benefit themselves. In some cases, the APT may be stealing research so that they can compete with their adversaries militarily. It saves them billions, if not trillions of dollars in research and development costs if they can take research an IP developed by defense contractors, research institutions or universities, without having to fund the work themselves. In other cases it can be to raise currency by selling counterfeit copies at discounted prices, funding their intelligence or terrorist activities or just raising cash to pay for needed goods and services.

According to NIST 800-563, an APT “possesses sophisticated levels of expertise and significant resources, which allow it to create opportunities to achieve its objectives by using multiple attack vectors (e.g., cyber, physical, and deception). These objectives typically include establishing and extending footholds within the information technology infrastructure of the targeted organizations for purposes of exfiltrating information …”

While APTs are generally better funded, better equipped, more experienced, more patient, better organized and often have access to state sponsored/hidden exploits and vulnerabilities than the average hacker does, they can be successfully fought. In order to fight the APT, the first thing to understand is that they generally follow the same methodology. After planning and information gathering on the target by the APT, they:

  1. Gain access to the target’s network (usually via email, credential theft, malicious URLs, or a misconfiguration/vulnerability in an application, device, or service) and installs malware.
  2. The malware seeks out additional vulnerabilities and network access to exploit or awaits additional instructions from command-and-control to receive additional instructions/ malware.
  3. The malware generally expands its footprint so that if one point of compromise is closed the APT can continue the attack.
  4.  Attempt to gain target data such as email addresses, account names or passwords that they can leverage to gain access to valuable data.
  5. Exfiltrate the data.
  6. Attempt to remove evidence of what they did while leaving compromised points within the network so that they can return and continue to steal valuable information.

The sooner in this cycle the APT is detected, the higher likelihood that contained damage can be limited.
Unfortunately, traditional defense is inadequate to combat the APT. As far back as 1970, the Ware Report from DOD noted that “A combination of hardware, software, communications, physical, personnel and administrative procedural safeguards is required for comprehensive security. In particular, software safeguards alone are not sufficient.”

n order to fight the APT, organizations should do the following:

  1. Conduct an inventory of assets you want to protect, including prioritizing them.
  2. Be vigilant in detecting anomalies.
  3. Educate users and executives about the threat.
  4. Conduct user and executive education training for email, web use, social engineering, physical security, operational security, and then test users regularly.
  5. Create and test incident response plans (this should not be limited to just IT, but include HR, Legal, Compliance, Privacy and the Business Units, should include whether or not you will be notifying law enforcement of the loss of IP).
  6. Implement controls including:
    a. Granting least privilege access, logging all access, retaining those logs, and reviewing those logs.
    b. Use multifactor authentication and strong passwords across your organization.
    c. Implement Privileged Access Monitoring.
  7. Regularly review logins and access requests.
  8. Share and ingest threat intelligence.
  9. Conduct a risk assessment of your third-party ecosystem
  10. Apply a zero-trust approach to security and when possible apply a white listing approach.
  11. Use endpoint protection and response.
  12. Employ next-generation firewalls.
  13. Employ intrusion prevention systems and intrusion detection systems.
  14. Conduct regular vulnerability assessments.
  15. Test patches and updates and then deploy them as soon as possible.
  16. Minimize non-work related activity while connected to the network.

If your industry or organization has IP or something else that would make it a target of an APT, the amount of security precautions to be taken should be increased. These additional precautions can include adding Data Loss Prevention systems, implementing data destruction policies and controls, implementing encryption at rest and in motion, and conducting PCAP.

Ultimately, detecting and deterring the APT before they ever enter your network is the best defense. As such, your organization should determine whether they want to build those capabilities in house, select a trusted vendor, or adopt a hybrid of those choices. The APT is constantly trying to exploit your weaknesses and will do so given the slightest opportunity. It is therefore incumbent upon your organization to decide on how to address that risk.

Featured

  • Cloud Security Alliance Brings AI-Assisted Auditing to Cloud Computing

    The Cloud Security Alliance (CSA), the world’s leading organization dedicated to defining standards, certifications, and best practices to help ensure a secure cloud computing environment, today introduced an innovative addition to its suite of Security, Trust, Assurance and Risk (STAR) Registry assessments with the launch of Valid-AI-ted, an AI-powered, automated validation system. The new tool provides an automated quality check of assurance information of STAR Level 1 self-assessments using state-of-the-art LLM technology. Read Now

  • Report: Nearly 1 in 5 Healthcare Leaders Say Cyberattacks Have Impacted Patient Care

    Omega Systems, a provider of managed IT and security services, today released new research that reveals the growing impact of cybersecurity challenges on leading healthcare organizations and patient safety. According to the 2025 Healthcare IT Landscape Report, 19% of healthcare leaders say a cyberattack has already disrupted patient care, and more than half (52%) believe a fatal cyber-related incident is inevitable within the next five years. Read Now

  • AI Is Now the Leading Cybersecurity Concern for Security, IT Leaders

    Arctic Wolf recently published findings from its State of Cybersecurity: 2025 Trends Report, offering insights from a global survey of more than 1,200 senior IT and cybersecurity decision-makers across 15 countries. Conducted by Sapio Research, the report captures the realities, risks, and readiness strategies shaping the modern security landscape. Read Now

  • Analysis of AI Tools Shows 85 Percent Have Been Breached

    AI tools are becoming essential to modern work, but their fast, unmonitored adoption is creating a new kind of security risk. Recent surveys reveal a clear trend – employees are rapidly adopting consumer-facing AI tools without employer approval, IT oversight, or any clear security policies. According to Cybernews Business Digital Index, nearly 90% of analyzed AI tools have been exposed to data breaches, putting businesses at severe risk. Read Now

  • Software Vulnerabilities Surged 61 Percent in 2024, According to New Report

    Action1, a provider of autonomous endpoint management (AEM) solutions, today released its 2025 Software Vulnerability Ratings Report, revealing a 61% year-over-year surge in discovered software vulnerabilities and a 96% spike in exploited vulnerabilities throughout 2024, amid an increasingly aggressive threat landscape. Read Now

New Products

  • Unified VMS

    AxxonSoft introduces version 2.0 of the Axxon One VMS. The new release features integrations with various physical security systems, making Axxon One a unified VMS. Other enhancements include new AI video analytics and intelligent search functions, hardened cybersecurity, usability and performance improvements, and expanded cloud capabilities

  • Mobile Safe Shield

    Mobile Safe Shield

    SafeWood Designs, Inc., a manufacturer of patented bullet resistant products, is excited to announce the launch of the Mobile Safe Shield. The Mobile Safe Shield is a moveable bullet resistant shield that provides protection in the event of an assailant and supplies cover in the event of an active shooter. With a heavy-duty steel frame, quality castor wheels, and bullet resistant core, the Mobile Safe Shield is a perfect addition to any guard station, security desks, courthouses, police stations, schools, office spaces and more. The Mobile Safe Shield is incredibly customizable. Bullet resistant materials are available in UL 752 Levels 1 through 8 and include glass, white board, tack board, veneer, and plastic laminate. Flexibility in bullet resistant materials allows for the Mobile Safe Shield to blend more with current interior décor for a seamless design aesthetic. Optional custom paint colors are also available for the steel frame.

  • 4K Video Decoder

    3xLOGIC’s VH-DECODER-4K is perfect for use in organizations of all sizes in diverse vertical sectors such as retail, leisure and hospitality, education and commercial premises.