According to Dataprot, more than 20 million malware IoT attacks are detected in the first half of 2020 alone.
Employees with infected machines are more likely to spread malware viruses in the network.
So, there is a need to seek a solution that can protect IoT devices and remote machines used by employees, especially when you want to safeguard your business’s digital assets. Nothing works better than endpoint detection and response software.
Knowing the Definition of EDRs and understanding how this solution benefits your organization, in the long run is vital. Let’s get started and know every bit of detail.
Definition of EDR
EDR stands for Endpoint Detection and Response. It is an integrated endpoint security software that combines real-time monitoring with rule-based automated response and analytics capabilities. This software continuously monitors and collects data from endpoints and stores it in a centralized location.
This cyber security solution can detect and investigate suspicious activities on the hosts and endpoints through AI and machine learning technology. The best part of this solution is that it can offer a high degree of automation. As a result, your security team can easily detect and respond to threats without wasting too much time, energy, and organizational resources.
What are the Main Functions and Definition of EDR?
You have got an understanding of the Definition of EDR; now it’s time to know the primary function this system performs:
- It monitors all the endpoints connected to your network, including but not limited to laptops, computers, desktops, IoT devices, workstations, etc.
- It collects activity endpoint data that could indicate a threat.
- It performs an analysis of the data to highlight threat patterns.
- The system automatically responds to threats, such as removing them or putting them in the sandbox and alerting the system administrator.
- This software unlocks forensics and analysis tools so your security team can quickly know where the threat is.
Why Does Your Organization Need to Invest in Endpoint Detection and Response System? – Definition of EDR
According to Security Magazine, one cyber attack happens every 39 seconds, and there is more than 2200 attack that occurs in a day.
It is an alarming number. Once you understand the Definition of EDR, you clearly see that this one tool is good enough to deal with this rising number of attacks.
Cybercriminals are becoming smart and using advanced techniques and procedures to attack your endpoints. After Covid-19, many employees opt for remote work. Since your business system is connected to these remote employees, if any attack happens on the devices, your system is also under attack.
You should know that the remote devices of your employees are easy targets for threat actors, who get access to login id and password and then infect your overall system.
To create a security layer around your business system, you need to invest in EDR solutions.
Accordion to MRC’s Endpoint Detection and Response, it is expected that the sale of both on-premises and cloud-based EDR solutions will reach $7 billion by 2026, while the annual growth rate will be around 26%.
The main reason behind this adoption of EDR among businesses of all scales is the rising number of attacks on endpoints.
Main Features and Definition of EDR Cyber Security
The Definition of EDR gives you a hint about the main capabilities of EDR software, and it’s time to understand its key features.
Endpoint Data Collection
Once you install a reliable endpoint security solution such as OpenEDR® in your network, it continuously monitors the endpoint. It collects all the endpoint data, such as processes, the volume of activity, and connections. It stores this data in a centralized location, so your security team can access it from a single dashboard.
An EDR has pre-configured rules that help it recognize known threats. It will compare the code with the existing malware database if it finds any suspicious activity. When code matches, it will initiate a response by logging off the end-user and containing the threat while also sending alerts to a staff member.
Analysis and Forensics
Signature-based detection tool of an EDR allows it to automate response to a known threat. But when dealing with unknown threats, it offers your team threat-hunting and Forensic tools. As soon as you get an alert, you can use Forensic and investigation tools to look into threats and perform a post-mortem analysis of suspicious activity. You can perform an analysis in real-time. If your team wants to look into a threat, they can search a large volume of data using some search filters.
When an attack happens, Forensic tools make it relatively easy for your IT Team to investigate past breaches. It empowers them to understand how an exploit happens and how the threat actor got an entry. This investigation allows them to pinpoint system vulnerabilities and patch them.
Definition of EDR: Open EDR Benefits
Finally, you got a complete understanding of the Definition of EDR and how it helps your organization to protect all digital assets. Do you want to secure your system against increasing malware attacks? Consider getting OpenEDR®, an excellent cybersecurity solution to prevent known and unknown threats.