Are you looking for the latest cybersecurity solution? If you run a business, it's no doubt that you're at risk for a cyber attack. However, you may be left in a state of confusion by the plethora of options available.
As cyber attackers get increasingly more creative, more cybersecurity solutions (and acronyms) seem to emerge on the market.
Did you know that over 46% of cyber attacks have US-based targets? This is double the attacks compared to other countries. With such a high level of risk, it is imperative to understand the technology that is available to protect your business.
To help you in the decision making process, we compiled some of the most common cybersecurity solutions available on the market today.
15 Common Cybersecurity Solutions Explained
Knowing trends in cybersecurity will help you develop your own strategies. When it comes to dealing with cybersecurity threats, here are a few trends to keep in mind:
1. Machine Learning Cybersecurity
Cybersecurity has relied on humans to inspect, identify and classify threats.
While effective, this method has many limitations as it requires a ton of expertise to manage. Humans are also prone to error, with 99% of cyber attacks caused by humans.
Modern tools for security use machine learning to automate decision-making security. This results in saving time for your IT security team. This is because automated machine tools have a more accurate and faster response.
Some machine learning cybersecurity trends you can include in your tools is DLP. DLP stands for data loss prevention, which uses machines to classify document sensitivity. Another one is the NGAV or Next-generation antivirus.
NGAVs automate your malware classification. What's great about an NGAV is that it can identify malware even if they don't match known binary patterns. In addition, email protection systems can also use machine learning to enhance cybersecurity.
2. Managed Detection and Response (MDR)
There are many cybersecurity acronyms such as MDR in cybersecurity. MDR stands for Managed Detection and Response. This service helps you detect and respond to malicious behaviors in your network.
You can choose from a variety of services and providers to help cover network security. You can also protect endpoints, cloud services, operational technology, and more. Investing in an MDR service helps offload work from your team.
What's great about this is you can hire expert analysts to help assess threats. A key component of MDR is threat analysis and intelligence. An MDR can contain actions that help you make faster incident responses.
3. Endpoint Detection and Response (EDR)
If you are looking for continuous monitoring for endpoints, then EDR is the right tool for you. EDR or Endpoint Detection and Response continuously watch all endpoints. This includes laptops, desktops, servers, and even mobile devices.
An EDR helps you use tools to respond to threats. But an EDR automates this process for you, which helps make managing security easier. An EDR can either be a single platform or a suite of tools, and you can choose one depending on your needs.
This tool is the evolution of the antivirus. This is because the software performs similar functions as one. The key difference is that anti-viruses use signature-based detection. An EDR uses behavior-based detection, which means it can detect emerging attacks.
This makes an EDR capable of detecting APTs or advanced persistent threats. It can also detect file-less malware, which antivirus cannot detect. You can add an EDR component as an upgrade if you have an antivirus.
4. File Security
You should ensure your sensitive data can't get accessed by unauthorized parties. You can do this by implementing file security. This helps your organization follow the standards required.
What's great about having file security is you can show an audit of file activity if your file gets breached. File security identifies suspicious file activity for you. This includes attempts of a ransomware attack, data exfiltration, and even human errors.
5. Extended Detection and Response (XDR)
XDR or Extended Detection and Response are successors of EDRs. XDR is more holistic than EDRs as they detect threats outside the endpoint. An XDR can gather information from servers, cloud applications, endpoints, and more.
XDR has many features like the SIEM and SOAR tools. But the XDR has a different integration level and deployment. Its ability to address and detect threats also varies.
Extended Detection and Response innovated to solve issues in the SIEMs. This includes incomplete, failed, and immature deployments of SIEMs. XDR can centralize your normalized data. This provides you with correlated data and alerts to security incidents.
The XDR's incident response functionality can use your security policies. An XDR can give you real-time hunting of threats and determination of real vs. fake attacks. It can also determine IoCs or indicators of response and provide deeper investigations.
6. Security Information Event Management (SIEM)
SIEM, which stands for Security Information and Event Management, serves various functions depending on the specific services you choose to utilize. However, it's generally not advisable to use both SIEM and XDR solutions concurrently.
SIEMs are effective at helping organizations to get advanced threat protections. They help watch and analyze data for deviations that pose possible risks to security. In addition, this centralized management tool for logging can get integrated with your pre-existing tools.
You can use this for security event analysis in real-time and aid in investigations. It can also provide early detection of security threats and responses. They can also help you with compliance use cases and auditing your logs.
7. Cloud Security
Many businesses now rely on cloud-based systems to store information. This is why it is important to have cloud security as part of your strategy for cybersecurity. This strategy should include both isolation features and identity and access management solutions.
Ensure you can define several user accounts, their roles, and access. You can do this by deploying multi-cloud or hybrid cloud infrastructures. This connects your system to many cloud systems and ensures security.
8. Application Programming Interfaces (API)
API means Application Programming Interface. This allows your computing systems to share data and securely communicate. This will allow your organization to share software capabilities and data with others.
While they may add value to your organization, they also pose a risk. Traditional APIs lack securing endpoints and other security measures. That is why dedicated APIs now provide security solutions for malicious traffic.
9. Network Detection and Response (NDR)
The NDR is a solution to threats and malicious behavior in your network. NDR stands for Network Detection and Response. As the name implies, it can detect threats and respond using non-signature tools.
Its native capabilities can get integrated into other cybersecurity solutions. This uses behavioral analytics, artificial intelligence, and machine learning. It can map attacker behaviors and detect them with high precision.
This cybersecurity solution goes beyond threat response and detection. It can support a wide range of integrations such as SOAR. This gives its functionality and your cybersecurity strategy an upgrade.
10. Managed Service Provider (MSP)
MSP is for you if you lack the money to hire extra manpower. A managed service provider helps you manage your infrastructure at a lesser cost. MSPs cover a lot of your IT security team's activities.
These activities include addressing vulnerabilities in your organization's network. An MSP can detect and address any of these vulnerabilities before they're exploited. MSPs have a significant role in helping security audits.
With MSPs, you need to do cybersecurity audits. They can provide access reviews that detect who has authorizations for projects. They also help with information access that can prevent data leaks.
The right implementation can help deliver application, network, and database support. It also covers a lot of IT support depending on your services. This can include an automated help desk, management of endpoints, and more.
11. Managed Security Service Provider (MSSP)
Managed Security Service Providers or MSSPs are much different from MSPs. MSSPs help organizations get experts to manage their systems and provide data security. MSSP services can include firewall or patch management and endpoint protection.
Managed endpoint detection and protection can help your organization block threats in devices. You can also identify and respond to threats on your network through the MSSP. Encrypting through a VPN or Virtual Private Network is a great way to protect your data.
12. Advanced Bot Protection
Bots are programs that have automated actions. Bots can get used to help your organization but used for malicious activity. This is what makes bot management a growing industry.
Your organization needs protection from bad bots automated to infiltrate your database.
13. Security Operations Center (SOC)
One way to upgrade your cybersecurity solutions is by getting a SOC. A Security Operations Center or SOC is a designated location that's centralized. This gets run by the SecOps or security operations team.
SecOps use the SOC to watch, analyze, and respond to security incidents. A SOC requires SOC analysts to help determine what steps to take to find a solution to threats. Since this requires a team of experts, most organizations can't afford a SecOps team.
A benefit of having a SOC is that you have a 24/7 team that monitors, detects, and responds to cyber threats. Your SOC can get optimized depending on the risk your organization faces. This also needs a security framework that your SOC can get integrated into.
14. Security Orchestration, Automation, and Response (SOAR)
System Information and Event Management solutions need a lot of manual work. This is why SOAR is another cybersecurity solution that seeks to solve this problem. SOAR or Security Orchestration, Automation, and Response help reduce manual work done.
This is perfect for organizations that need SOC. SOAR helps SOC have more efficient analysts by saving them time. This allows menial work to get automated based on prioritization. SOAR also processes security incidents and events, offloading some of your SOC's work.
SOAR has three key capabilities. These capabilities are Orchestration, Automation, and Response. SOAR helps orchestration by integrating tools such as SIEM platforms, firewalls, and EDRs.
SOAR attempts to bring all cybersecurity tools and platforms into a single software. It has feeds for external threat intelligence that help make this integration possible. It comes with pre-built automation that helps streamline the process of responding.
With automation, SOAR has playbooks that help guide you through responses and procedures. This comes in handy for that analysis and is one of SOAR's key components. This reduces time spent on manual investigation and stress on decision-making.
With SOAR, you can make searching for data relevant automated. This is evidence stacking and can be of great use to responders. This helps give responders useful and actionable context.
You can also create actions for automated containment like dynamic blocklists. SOAR helps your IT team respond by including a post-incident response. SOAR also can include a report, analysis, and management of its response.
You can use SOAR as a tool to enhance your SIEM platform if they lack the capabilities you need. If you have no SIEM, you can get SOAR as a cybersecurity solution. But if you already have a SIEM, it is best to study your SIEM capabilities before getting SOAR.
15. User Behavior Analytics (UBA)
UBA, or User Behavior Analytics, tracks, collects, and assess user data. This gets accomplished through the use of monitoring systems. UBA is also referred to as UEBA or User and Entity Behavior Analytics.
UVA gathers and analyzes historical data logs. This includes network and logs of authentication stored and collected in SIEM systems. This helps the UBA identify traffic patterns that the user's behavior caused.
Having this information helps IT cybersecurity teams create actionable insights. This makes it easier for systems to detect unusual behavior. This then lets you decide to make other authentication and security measures.
Learn More About Cybersecurity Solutions
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