Today, most products in the endpoint security industry still fall into two categories: EPP and EDR. Endpoint Protection Platform (EPP) is for traditional anti-malware scanning, while Endpoint Detection and Response (EDR) is for more advanced features like finding and investigating security incidents and putting endpoints back to the way they were before the infection. For security professionals, it is clear that both EPP and EDR are needed for endpoint security to be complete. Because of this, the market is moving toward Next-Generation Endpoint Security, a unified, more comprehensive solution.
This article will tell you what EDR and EPP are, what is the difference between enpoint and edr and how to choose the type of security that works best for your systems and network.
EDR - What Is It?
Before we talk about what is the difference between enpoint and edr, it is imperative to know what EDR is? Endpoint detection and response is a security solution that lets you see what endpoints are doing in real-time. This is done by looking for bad behaviour, keeping track of and recording data from endpoints, and responding to threats. Security teams manually analyse endpoint data from EDR solutions and stop threats before they happen.
Advanced persistent threats (APTs) and fileless attacks are two types of threats that could hurt organisational networks. This kind of advanced attack can't be stopped by EPP alone. For EDR deployment, there are both paid and free options, such as those offered by Cynet, Symantec, and RSA.
EPP - What Is It?
To understand what is the difference between enpoint and edr, lets first discuss what Endpoint protection systems (EPP) is. EPP is designed to stop assaults on endpoints that use malware, zero-day vulnerabilities, and file-less attacks as threat vectors.
EPP employs several techniques to find assaults. It uses a database of known threat signatures to match malware and other file-based threats; blacklists or allowlists to restrict or allow apps, URLs, ports, and addresses; and a sandbox where files suspected of being infected with malware can be safely executed and tested. In addition to behavioural analysis and machine learning, advanced EPP uses endpoints to report suspicious or unexpected behaviour.
A cloud-based management component of EPP often collects and analyses data, allowing security experts to access it from a centralised interface. EPP offers software agents deployed on endpoints.
EPP and EDR solutions are frequently bundled together.
Although most modern EPP platforms include optional EDR solutions, we shall contrast the two here.
Key Characteristics of EPP and EDR
Key Characteristics of EPP:
Platforms for endpoint protection emphasise prevention. They serve as the first line of security against malware, simple phishing, and automated attacks.
Key Characteristics Include:- Sandboxing - Before letting files run, they are run in a virtual environment to see if they do anything bad.
- Static Evaluation – Before execution, utilising machine learning methods to analyse binaries and seek for dangerous properties.
- Behavior Evaluation - Despite the absence of a recognised threat profile, establishing the baseline of endpoint behaviour and spotting behavioural abnormalities
Key Characteristics of EDR:
When EPP doesn't work, threats that got past the first line of defence can be caught by endpoint detection and response. This lets IT security teams find breaches, isolate the affected endpoints, and start automated or manual actions to fix the problem.
Key Characteristics Include:- Threat Identification - Instead of only searching for file-based malware, the capability to detect harmful activities and anomalies on endpoints.
- Containment of Security Incidents - EDR solutions stop security problems at the endpoints of a network so that attacks don't spread to the whole network.
- Incident Inspection - EDR streamlines forensic investigations of incidents by collecting endpoint data in one place and processing it for analysis.
What Is The Difference Between Endpoint and EDR?
Numerous suppliers integrate EPP and EDR into a single solution. Nevertheless, there are still some distinctions in their abilities.
| EPP | EDR |
| Requires no active supervision | Active threat monitoring |
| Prevents some known and unknown risks. | Allows fast response to problems that EPP was unable to detect. |
| Passive defence against danger | Aids in the investigation and containment of existing security breaches. |
| Does not offer visibility into endpoint activity | Assists security personnel in collecting event data from endpoints around the enterprise. |
| Primary threat mitigation strategy | Utilized actively by security teams for incident response |
| Isolates each endpoint to protect it | Offers context and information for assaults that span many endpoints. |
What is the difference between enpoint and edr: Which Should You Pick?
Security professionals believe pure EPP and EDR best provide endpoint protection. While EPP can stop threats before they reach the endpoint, EDR is predicated on the presumption that there has been a breach. You shouldn't take it for granted or believe your company is secure, and you must always be equipped with the tools necessary to repel an assault.
But if you had to choose one of them, which would you pick?
Why Pick EDR?
Intelligent detection and visibility are provided by endpoint detection and response. Staff with experience can sift false positives, find helpful information, and identify threats early. Most significantly, if other security measures are unsuccessful, EDR enables a response to endpoint threats.
Why Pick EPP?
Endpoints are monitored and protected by EPP, which also performs threat detection. A competent IT team may readily handle it with little oversight required. It does not need ongoing monitoring like EDR, and it requires fewer resources and is accessible from anywhere when hosted in the cloud.
One of the most crucial resources for businesses to monitor security threats is endpoints. EDR enables your organisation to respond more quickly and gives security professionals the authority to take action and contain or stop the threat. In contrast, EPP is reactive and geared to avoid assaults from common threat sources.
Final Thoughts
In a nutshell, you are aware of what is the difference between enpoint and edr. The conventional EPP tools offer fundamental security functions such as malware scanning and removal. EDR tools, on the other hand, offer more sophisticated functionality, such as detecting and analysing security incidents. EDR solutions provide the additional capability of restoring endpoints to a state that existed before infection. Both of these tools can be combined by companies to produce a more comprehensive and robust security solution.