Most cybersecurity terms are straightforward, easy to understand, and self-explanatory. However, there are some basic concepts that, when you first encounter them, can be confusing or even misleading. Learn about these commonly confused cybersecurity terms and their acronyms so you’ll never confuse them again.
MSS: Managed Security Services
You may come across many acronyms if you’re in the market for managed security services. MSS, or Managed Security Services, is a type of service that helps businesses manage and monitor their cybersecurity. It’s a comprehensive security approach that includes everything from firewalls to intrusion detection.
A service provider usually provides this monthly fee, with some companies including other IT-related services such as disaster recovery, spam filtering, and network management. MSS might also provide third-party vulnerability assessment and penetration testing, two other ways businesses can stay secure.
In addition, MSPs often have experts on staff who constantly monitor data traffic in real-time, so they know when an attack has been detected. Still, if they don’t have enough resources on hand at the time of an attack, they will alert your business so it can take measures to mitigate damage.
MDR: Managed Detection and Response
Managed Detection and Response (MDR) is a service offered by some cybersecurity providers. It’s similar to managed security services but focuses on detection and response to threats. MDRs are essentially CERTs or Computer Emergency Response Teams for businesses. They monitor your network 24/7 for suspicious activity and alert you when they find it. When an incident occurs, MDRs will also conduct forensic analysis of any compromised computers to provide better remediation steps for you.
There are two main reasons why many businesses choose to have an MDR – one is that this level of service may be cheaper than running your own in-house IT department. The other reason is that many companies can’t hire enough qualified staff to do all their monitoring needs. Hence, they outsource that work to experts who can handle more complicated tasks like managing incident response and compliance with regulations like GDPR.
XDR: Extended Detection and Response
If you work in cybersecurity, you’ve come across the term XDR. But what is XDR, and how is it different from other detection and response solutions? The significant difference between XDR and existing technologies is that when an incident occurs, there’s a consistent progression of steps taken by the team to ensure that appropriate resources are deployed to best handle the situation as quickly as possible.
In addition to providing fast response times to incidents, organizations also benefit from knowing their response plan ahead of time. By implementing XDR, companies can feel confident they have already dealt with some issues that could arise during a cyberattack.
IDPS: Intrusion Detection and Prevention Systems
IDPS are a type of security system that work to detect and prevent cyber-attacks. They are commonly used by businesses and organizations to protect their networks and data. IDPS can be either hardware- or software-based and work by monitoring network traffic for suspicious activity. If an attack is detected, the IDPS will take action to prevent it from happening, such as blocking the offending IP address or issuing an alert to administrators. There are many types of IDPS, including
- firewalls, which act as barriers between private networks and the internet; intrusion prevention systems (IPS), which monitor traffic and block any potentially harmful packets;
- intrusion detection systems (IDS), which provide real-time alerts on possible threats but don’t block them; and
- hybrid IDS/IPS systems.
EDR: Endpoint Detection and Response
Endpoint detection and response (EDR) is a term for security products and services that focus on identifying, containing, and eradicating malicious activity on endpoint devices. It typically includes technologies like antivirus programs and firewalls.
Antivirus programs scan the device’s hard drive, memory, boot sectors, and more to detect malware before it can infect or replicate to keep your data safe from cybercriminals. Firewalls are software tools that restrict which applications or services are allowed to communicate with your device to prevent unauthorized access to your private information.
DLP: Data Loss Prevention
DLP is a set of tools and best practices to prevent sensitive data from being leaked outside an organization. The term is often used interchangeably with data or information leakage prevention. Data Leakage Prevention (DLP) software monitors networks, databases, endpoints, external devices, and content sources for risky behavior that could lead to security breaches or other unauthorized data disclosures.
A subset of this category includes network access control (NAC) systems that check for the existence of malware on any device connecting to a network before allowing it onto the network.
UBA/UEBA: User Behavior Analytics
In the world of cybersecurity, there are a lot of acronyms thrown around. Two of the most commonly confused terms are UBA and UEBA. User Behavior Analytics (UBA) is the process of monitoring user activity to detect suspicious behavior that could indicate a security threat.
UEBA, on the other hand, is a more comprehensive approach that monitors user activity and analyzes it to identify anomalies and trends. These types of analytics can help companies better understand their network vulnerabilities and improve their risk management capabilities.
SIEM: Security Information and Event Management
SIEM tools collect and analyze data from multiple sources to give security teams a holistic view of their organization’s security posture. The goal of SIEM is to help identify potential security threats to be addressed before they cause harm. For example, if an employee opens a malware-laden email attachment, the SIEM will track this event and automatically block any future emails with the same malicious code.
In this way, SIEM has proven to be extremely valuable in identifying and stopping cyberattacks, but it can also generate overwhelming amounts of alerts if not configured correctly. It can take up to 70% of IT budgets to manage all the alerts generated by a SIEM tool! One way organizations are trying to combat this problem is by having people only focus on events that align with their areas of responsibility or expertise.
SOCaaS: Security Operation Center as a Service
If you’re in the cybersecurity field, it’s crucial to stay up-to-date on the latest terminology. Unfortunately, with so many acronyms being thrown around, it can quickly get confused. In this blog post, we’ll help clear up some confusion by defining social. Security Operation Centers (SOCs) are one of the most crucial tools for any company that wants to protect its data from cyberattacks.
There are four types of SOCs that a company may choose from: software as a service (SaaS), managed security service provider (MSSP), in-house staff, and outsourced staff. Depending on what type of SOC a company chooses, they will need to ensure they have the proper personnel.
CISO: Chief Information Security Officer
The CISO is responsible for the overall security posture of an organization. This includes developing and implementing security policies, overseeing security awareness and training programs, and managing incident response. CISOs often report to the CIO or CEO.
They may also serve as a member of the company’s executive team. In this case, they provide strategic guidance on data privacy, third-party vendor risk management, insider threat mitigation, and crisis management.
CTI: Cyber Threat Intelligence
Cyber threat intelligence (CTI) is information that enables organizations to understand the nature, origins, and timing of cyber threats. This type of intelligence can help an organization assess its vulnerabilities and make informed decisions about how to protect itself. CTI can be gathered from various sources, including open-source information, social media, and commercial intelligence services.
However, the quality of CTI depends on the accuracy and timeliness of the information, as well as the ability of the analysts to interpret and apply it correctly. In other words, the reliability of the intelligence varies by source. In addition, many vendors offer CTI products; some are free or inexpensive with limited capabilities, while others are expensive with extensive capabilities. Therefore, organizations should evaluate their needs and select a vendor based on those needs.
The cybersecurity world can be confusing, but our team at Cyber Sainik is here to help. We offer various services to help businesses secure their data and protect their online presence.
So schedule a call with us today, and we’ll be happy to answer any questions you may have.