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The severity and sophistication of cyber threats continue to evolve at an alarming pace, raising questions about organizations’ ability to defend against distributed attacks. Enterprise networks and systems are lucrative targets for malicious actors who want to steal sensitive data or hold companies ransom using malware. Currently, it takes the average business around 197 days to identify a security breach and 69 days to contain it, according to IBM’s 2020 Cost of a Data Breach Report. This prolonged incident response leaves organizations vulnerable to significant financial and operational losses, along with costly unplanned downtime and diminished productivity.

To offset the risk of large-scale security breaches, companies must understand how to detect and mitigate cyber threats quickly and efficiently. But given the growing number of hacking methods and social engineering tactics, how can businesses create a genuinely useful cyber security program?

It takes the average business around 197 days to identify a security breach and 69 days to contain it.It takes the average business around 197 days to identify a security breach and 69 days to contain it.

Top cyber security threats: 2020 and beyond

Cyber attack detection and mitigation strategies use threat intelligence by keeping track of security trends and high-profile hacking incidents. Organizations can quickly adapt to new attack vectors and enhance their IT postures. Since every industry relies on a different set of digital technologies, business leaders need to understand how their networks and systems are exploitable. For example, the manufacturing industry is undergoing a significant transformation, thanks to the industrial internet of things (IIoT) and wireless connectivity. While these advancements have helped boost productivity, they’ve also introduced new security concerns that can be hard to mitigate. According to the National Institute of Standards and Technology, the five most common cyber threats to manufacturers include:

  • Identity theft.
  • Phishing attacks.
  • Spear phishing.
  • Malicious spam.
  • Compromised web applications and web pages.

Alongside these threats, manufacturers must also guard against ransomware, brute-force attacks, data breaches, and other complex hacking techniques that are ubiquitous across industry lines. Cyber criminals are continually looking for new opportunities to turn crises in their favor, demonstrated by the ongoing COVID-19 pandemic. In early April 2020, the Department of Homeland Security and the Cybersecurity and Infrastructure Security Agency released a joint alert warning businesses about the growing use of “COVID-19-related themes” by malicious actors. These cyber threats include:

  • Phishing attacks that use COVID-19 as a lure.
  • Malware distribution through emails related to coronavirus news.
  • Brute-force attacks against remote access and teleworking infrastructure.
  • Infected links on newly registered domains related to COVID-19.

These findings support a recent survey from CSO Online, which found that the volume, severity, and scope of cyber attacks have increased 26% since mid-March. To stay one step ahead, organizations must understand how to detect and mitigate cyber threats, prioritize cyber security awareness, and enhance their threat intelligence activities.

The first step to improving any cyber security program is to conduct a thorough risk assessmentThe first step to improving any cyber security program is to conduct a thorough risk assessment

Cyber attack prevention: The role of risk assessments

The first step to improving any cyber security program is to conduct a thorough risk assessment that takes all devices, data stores, networks, and systems into account. Risk assessment activities should be performed on an annual basis to ensure organizations are aware of both traditional and emergent cyber attack methods. Under the NIST’s risk management framework, organizations should perform the following tasks:

  1. Categorize potential threats: By collecting information on cyber threat sources, events, and vulnerabilities, organizations can categorize different attack vectors based on their potential impact. This information can help identify high-risk threats and provide a foundation for detection and mitigation strategies.
  2. Select essential security controls: Using gathered threat intelligence, organizations can select baseline security controls for their data, networks, and systems. Over time, these security controls should be refined based on new threat and vulnerability information.
  3. Implement threat detection and mitigation tools: Companies should implement advanced cyber security tools to protect against specific threats after establishing baseline controls. These include things like vulnerability management software, threat detection systems, remote monitoring platforms, and more.
  4. Assess current IT posture: After making the above improvements, IT administrators should conduct a follow-up assessment to ensure all new security systems function as intended. These results can also help tailor incident response plans to particular threats and vulnerabilities.
  5. Monitor performance: Even after completing the risk assessment, companies must continue to monitor their networks and systems for new vulnerabilities and configuration flaws.  This process of innovation can help key decision-makers evaluate the effectiveness of security controls, the impact of changes to IT systems, and whether they’re compliant with federal legislation.

Cyber security is all about preparation and prevention. By remaining proactive, organizations can implement evidence-based security processes and stay one step ahead of malicious actors. Of course, knowing how to detect and mitigate cyber threats is also crucial, as even the most comprehensive cyber security defenses will experience an incident sooner or later.

How to detect cyber threats

Cyber threat detection requires organizations to have strong internal IT policies and advanced monitoring. While some companies utilize manual processes, research from IBM found that security automation can significantly reduce the cost of breaches. The average breach cost for automation-focused companies stands at $2.88 million. In contrast, those without these tools have an estimated cost of $4.43 million. In terms of specific threat detection tools, the NIST recommends prioritizing the following:

  • Anti-virus software: Installing anti-virus software capable of detecting malware, spyware, ransomware, and malicious email attachments are essential to warding off a wide range of cyber threats. These mechanisms can help safeguard sensitive data, networks, and systems from malicious code by alerting IT administrators about high-risk incidents.
  • Threat detection logs: Most cyber security platforms offer advanced logging capabilities that can help organizations detect suspicious activity on their networks and systems. By maintaining and reviewing these logs, security professionals can conduct detailed investigations that touch on network security and computer security simultaneously.

Other key threat detection strategies include:

  • Penetration testing: Penetration testing allows companies to identify vulnerabilities in their systems, networks, and web applications. By filling the shoes of malicious actors, internal security experts can probe their IT environments for unpatched software, configuration issues, authentication errors, and more.
  • Automated monitoring systems: Alongside manual processes, companies can enhance their IT posture by integrating automated threat detection systems. Asset management platforms can help organizations keep track of device performance and activity. At the same time, network security tools can monitor web traffic in real-time. When irregularities are detected, these systems will send timely alerts to the cyber security team, reducing incident response times.

How to mitigate cyber threats

When it comes to mitigating cyber threats, prevention is always the best approach. By continuously monitoring for vulnerabilities, suspicious activity, and unauthorized access, organizations can eliminate a wide range of potential attack vectors. End-user education is also crucial, especially when it comes to phishing scams and malware distribution. The more employees know about these attack methods, the less likely they’ll be to click on an infected link or hand over their sensitive data to malicious actors. Key cyber threat mitigation strategies include:

  • Vulnerability management: Staying on top of device, network, and system vulnerabilities are essential to any organization’s cyber security defenses. Hackers frequently leverage zero-day exploits, weak authentication, and untrained users to aid their illegal activities. By keeping all software and operating systems up to date, companies can prevent malicious actors from establishing a foothold inside their IT infrastructure.
  • Data loss prevention: Insulating sensitive data from unauthorized users is a top concern for companies in almost every industry, especially those that collect and store consumer information. Developing a data backup schedule and data loss prevention system can help reduce the risk of unplanned downtime that results from ransomware attacks, malware, and more.

Ultimately, understanding how to detect and mitigate cyber threats is only one piece of the puzzle. Companies must also establish clear internal policies to ensure that all employees follow best practices and uphold regulatory requirements. These guidelines are particularly important in the manufacturing industry, as a single security breach can lead to significant financial and operational disruptions.

As a proud supporter of American manufacturing, Certitude Security® is working diligently to inform leaders and facilitate essential asset protection priorities for manufacturing businesses throughout the United States. If you are interested in learning about the empowerment services that Certitude Security® can offer, visit our website or coordinate a time to speak to a team member today.