Endpoint Detection and Response (EDR) is a security system that helps protect individual devices, such as computers and laptops, from malicious activity. It is an evolved form of the traditional Endpoint Protection Platform (EPP), which detects malicious behavior before it can do harm.
In this article, we'll take a look at what EDR does, how it differs from traditional EPP, and three key reasons to implement true EDR at your school.
What is Traditional Endpoint Protection?
Traditional endpoint protection is designed to prevent threats from reaching your endpoint devices by proactively scanning for malware, phishing attempts, or other suspicious activities. It also evaluates the environment of these devices for any suspicious behavior or unusual network traffic that could indicate a potential threat.
However, traditional endpoint protection only works in one direction; it's proactive but not reactive. If a threat manages to penetrate your system, there's no guarantee that traditional endpoint protection can stop it in its tracks.
What Does EDR Do That My EPP Doesn't?
This is where the difference between EPP and EDR lies—while both systems monitor and scan for potential threats on an ongoing basis, only EDR has the ability to respond to detected threats in real-time.
This means that when a threat is detected on a device in your network, you will be alerted immediately so you can act quickly and effectively. Additionally, with EDR you can investigate incidents further using data analytics tools. You can also use forensic analysis to identify the source of the attack and determine what needs to be done in order to mitigate future attacks.
3 Reasons to Implement True EDR
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Meet Sophisticated Attacks with More Sophisticated Security
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React to Alerts Much More Quickly
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Benefit from Network-Wide Peace of Mind
1. Meet Sophisticated Attacks with More Sophisticated Security
EDR has become increasingly important as cyberattacks have become more sophisticated over time and attackers are often able to bypass traditional endpoint protection systems with relative ease. And in schools, these cybersecurity issues are compounded by massive networks with countless devices, making them ripe for breaches and attacks.
By upgrading traditional EPP systems to EDR, your school will be better prepared to combat these advanced attacks, as you can act promptly, before facing significant damage or losses. With better visibility into your system, you are able to identify potential risks sooner and develop strategies for mitigating them in advance.
2. React to Alerts Much More Quickly
With True EDR you are able to leverage skilled, SOC 2 Type 2 certified* teams to react to alerts swiftly and efficiently – this ensures that your school remains secure regardless of where the attack originates from or how sophisticated it is.
By leveraging True EDR solutions, such as those offered by an SOC 2 Type 2 certified team like Datapath, you gain access not just to state-of-the-art technology but also highly trained professionals who will ensure that all alerts are investigated swiftly and remediated effectively —allowing for greater peace of mind when it comes protecting yourself from cyberattacks now and in the future.
3. Benefit from Network-Wide Peace of Mind
By now, we understand that Endpoint Detection & Response (EDR) represents an important advancement in cybersecurity solutions that schools should invest in. This is a budget item you need to plan for—it will save you money in the long run.
The arrival of True EDR will have a huge impact on your students and the education community, too. When we worry less about cybersecurity issues and hackers accessing our sensitive information, we can focus more on things that matter to us. True EDR will result in less time spent fixing security issues and more time spent on education and enrichment!
*SOC 2 Type 2 Certified indicates a cloud-based service provider that handles sensitive information with extreme care and effectiveness. Cloud-based service providers are audited by the SOC (Service Organization Control).