Threat actors have begun deploying the new EDRKillShifter in attacks, and organizations have recently started falling victim to that. We’ve seen an increase in cases that turn off traditional EDR defenses, and threat actors launch targeted attacks on systems. EDR Tools executables can decrypt embedded resources and execute them from memory. They can gain privileges sufficient to undo a traditional EDR’s protection.
Using EDR tools that work well and can eliminate drivers for vulnerabilities is paramount to staying protected. This guide will look at 9 EDR tools in 2025 that work.
What are EDR Tools?
EDR tools scan your endpoints, networks, and devices. They check for signs of anomalies, flag misconfigurations, and prevent false-positive alerts. The purpose of EDR tools is to establish normal security baselines that your organization will accept and follow through.
Advanced EDR tools can incorporate firewalls and SIEM and combine AI threat detection, incident response, and other capabilities. EDR tools can also detect signs of compromise and initiate automated remediation. You can also collect evidence of past threats and analyze them for future reference using EDR protection.
The Need for EDR Tools
We need EDR to protect our devices and uses from various threats. A lot is going on that we may not be aware of. A single misconfiguration or flaw at the endpoint can allow a threat actor to exploit it. EDR tools can help organizations prevent data breaches and limit the damage radius. It uses deep learning and threat intelligence to pinpoint potential threats quickly. You can use EDR tools to watch for potential activities and accelerate incident response.
EDR can simplify endpoint security management by controlling investigations and refining them. It can detect suspicious activities to evade the radar and proactively work with AI technologies.
Organizations need EDR to ensure ongoing data sharing and compliance with statutory laws and regulations. Your EDR tool shouldn’t negatively impact the privacy or safety of your user. Nor should it be at risk of any policy violations. Good EDR tools are needed to fight against malware, zero-days, phishing, and against different sophisticated threats.
EDR Tools in 2025
Based on the latest reviews and insights, EDR tools help organizations secure their users and endpoints after factoring in the emerging threat in today’s growing security landscape.
Let’s explore these nine EDR tools in 2025. We will uncover their key features and capabilities and see what they can do for organizations.
SentinelOne Singularity™ Endpoint
SentinelOne can blend passive and active EDR security into modern enterprises. It is the world’s most advanced autonomous cybersecurity platform, leveraging AI threat detection. SentinelOne can provide deep visibility in real-time, correlate insights, and continuously evolve to adapt to emerging threat patterns and trends. Book a live demo now.
Platform at a Glance
SentinelOne Singularity Endpoint unifies data and workflows across an organization’s cloud environment, bringing a unified view of all endpoints. The platform automatically utilizes static and behavioral detection techniques to identify malware, ransomware, and persistent attacks.
With the integration of Singularity Ranger, newly discovered or unmanaged devices can be profiled and secured in real-time, reducing the network’s attack surface. Its cloud-native architecture natively supports various operating systems (Windows, Linux, macOS) and environments (virtual or on-premises), ensuring consistent protection.
Security teams also benefit from SentinelOne’s visualized chain of events for each threat, which helps them more precisely identify root causes. Combined with automation, this holistic view reduces manual intervention while enabling fast, decisive responses.
Features:
- SentinelOne employs an ActiveEDR framework that monitors every process to distinguish suspicious from everyday activities.
- Storyline compiles a chronological record of each potential attack, reducing the complexity of manual event correlation.
- Automated quarantine and one-click rollback functions can halt and reverse malicious changes, particularly in ransomware scenarios.
- SentinelOne’s built-in EDR integrations merge endpoint data with other security sources, enriching threat context and accelerating remediation. These capabilities allow teams to respond promptly and effectively, even when facing fast-moving cyber risks.
- SentinelOne can ensure multi-cloud compliance with regulations like GDPR, NIST, CIS Benchmark, ISO 27001, SOC 2, and other frameworks.
- It can protect managed and unmanaged devices, fight against shadow IT attacks, and analyze social engineering schemes.
Core Problems that SentinelOne Solves
- Reduces manual analyst workloads by automating key threat detection processes.
- Facilitates extensive remote investigations, significantly lowering the mean time to respond.
- It employs static and behavioral engines to stop familiar and emerging threats.
- Fights against ransomware, malware, zero-days, shadow IT, and detects both known and unknown, including hidden threats.
- Enhances endpoint visibility, enabling proactive measures against potential intrusions
- Automatically correlates security events to reconstruct threat timelines for more straightforward analysis.
- Continuously detects and secures unmanaged endpoints as they appear on the network.
Testimonials
“We deployed SentinelOne Singularity Endpoint to secure thousands of endpoints across our healthcare network, spanning Windows, Mac, and Linux systems. From the start, it delivered real-time alerts on suspicious behavior, allowing us to isolate and block malicious actions in seconds. Its advanced EDR functionality, specifically the one-click rollback for ransomware, prevented downtime that could have disrupted patient care. Meanwhile, the platform’s AI-driven detection engine thoroughly scans for zero-day threats without overloading our team with false positives. We also appreciate the comprehensive reporting features, which help us meet strict compliance mandates in a regulated industry.
By leveraging the unified dashboard, we detect and address vulnerabilities before they escalate. Integrating SentinelOne has significantly streamlined our security processes while freeing our team to focus on proactive measures. The difference in operational efficiency and peace of mind is undeniable. Thanks to its automation, we spend less time on manual investigations and more on strategic improvements. Our overall risk exposure has dropped dramatically, and staff workload has been noticeably reduced. SentinelOne delivers a modern approach to endpoint security.” -security expert, G2.
For additional insights, look at Singularity Cloud Security’s ratings and reviews on Gartner Peer Insights and PeerSpot.
Cortex from Palo Alto Networks
Cortex from Palo Alto Networks is designed to help organizations detect and investigate security threats in on-premises and cloud environments. It uses AI to consolidate data from endpoints, networks, and other sources and reduce the time needed to identify risks. By unifying threat intelligence and automation, Cortex supports more streamlined incident handling for security teams.
Features:
- Cortex Xpanse for monitoring internet-facing assets and reducing exposed entry points
- Cortex XDR for collecting and analyzing endpoint, network, and cloud data in one place
- Managed threat hunting that pairs automated detection with human expertise
- XSOAR for orchestration and automation of incident response workflows
- Integration options with existing Palo Alto Networks products and third-party tools
- AI-based detection capabilities to help locate hidden or complex threats
See how strong Cortex XDR is as an endpoint security solution by evaluating its Gartner Peer Insights and PeerSpot ratings and reviews.
Microsoft Defender for Endpoint
Microsoft Defender for Endpoints safeguards an organization’s devices by continuously monitoring and responding to suspicious activities. It blends cloud-native technologies with risk-based vulnerability management, offering a way to assess and prioritize potential security gaps. Thus, it can help teams centralize their security efforts and streamline incident response measures.
Features:
- Automated investigation and alert handling to save time for security staff
- Risk-based vulnerability management with actionable remediation suggestions
- Integration with the Microsoft ecosystem (Sentinel, Intune, Defender for Cloud)
- Cloud-native approach to simplify deployment and updates
- Option to monitor multiple devices and operating systems
- Built-in reporting to track and measure security performance
Check out Gartner Peer Insights and G2 reviews to see what users have to say about Microsoft Defender for Endpoint
CrowdStrike Endpoint Security
CrowdStrike Endpoint Security combines threat intelligence, incident response, and endpoint protection in a single platform to prevent cyber attacks. It tracks potential intrusions across networks and cloud services to reveal how threats emerge and spread. The platform’s cloud-based console also aims to streamline visibility and management, reducing security teams’ complexity. It provides automated containment features and helps prevent lateral movement.
Features:
- Incident response with forensic insights to quickly investigate security breaches
- Machine learning and behavioral analysis through NGAV to identify evolving threats
- Cloud-based console for real-time oversight of endpoint activities
- Automated containment to isolate compromised endpoints and limit damage
- Threat intelligence integration to stay updated on emerging tactics
- Managed threat hunting through Falcon OverWatch for additional expert analysis
See what CrowdStrike’s position is in the endpoint security segment by going through its latest Gartner Peer Insights and G2 reviews and ratings.
TrendMicro Trend Vision One – Endpoint Security
TrendMicro Trend Vision One—Endpoint Security can identify threats from various sources, investigate them, and remediate them. It uses continuous monitoring to flag suspicious behaviors. Teams can reduce their attack surface, speed up threat investigation timelines, and conduct more profound analysis.
Features:
- Automated response options to isolate endpoints or end processes when threats arise
- Real-time monitoring that alerts teams to unusual activity as it occurs
- In-depth forensic analysis showing attack progression and data flow
- Threat intelligence integration for staying aware of new indicators of compromise
- XDR support to coordinate threat data across multiple services
- Customizable alerting and dashboards for streamlined management
Explore TrendMicro Trend Vision One’s effectiveness as an endpoint security platform by browsing its Gartner Peer Insights and TrustRadius reviews and ratings.
Sophos Intercept X Endpoint
Sophos Intercept X Endpoint employs multiple detection methods to shield devices from malware, ransomware, and other attacks. It uses deep learning to identify threats and detect harmful behavior without relying solely on signatures.
Intercept X also includes anti-ransomware features that can reverse malicious encryption. In addition to essential protection, it offers extended detection and response (XDR) capabilities to investigate incidents in greater detail.
Features:
- XDR for broader visibility across network, email, and mobile data sources
- Deep learning engine to detect both known and unknown threats
- Anti-ransomware measures that spot unwanted encryption and revert file changes
- Policy-based controls that simplify management across diverse devices
- Cloud management portal for unified monitoring and reporting
- Threat isolation features that reduce the spread of suspicious activity
You can check out Sophos Intercept X endpoint’s recent reviews and ratings on G2 and Gartner to learn how effective it is regarding all endpoint security matters.
Symantec Endpoint Protection
Symantec Endpoint Protection (SEP) combines anti-malware, firewall, and intrusion prevention in one suite. It focuses on early threat recognition using machine learning and behavior-based analysis. SEP aims to identify known risks and newly emerging attacks, ensuring endpoints remain intact.
Administrators can also set policies to manage application and device usage, establishing firm boundaries that minimize unauthorized actions.
Features:
- Multi-layered defense to stop threats at multiple points in an attack cycle
- Signature-based and behavior-based scanning for well-known and less predictable exploits
- Machine learning for identifying new malware variants
- Host integrity checks to maintain compliance with security policies
- Application and device control to limit unauthorized software or hardware
- Centralized administration for streamlined policy enforcement
Find out more about Symantec’s endpoint protection capabilities by going through its Gartner and TrustRadius ratings and reviews.
McAfee Endpoint Security
McAfee Endpoint Security, also known as Trellix Endpoint Security, targets various cyber threats on desktops, laptops, and other devices. It blends real-time detection with prevention strategies to keep pace with changing attack methods. By integrating with cloud services, it maintains consistent defense across hybrid environments.
Its ePolicy Orchestrator portal also offers a single console for configuring, enforcing policies, and reviewing endpoint security health.
Features:
- Behavioral scanning to identify suspicious actions before they escalate
- Machine learning to spot emerging threats beyond known malware signatures
- Cloud integration for consistent protection across on-premises and hosted endpoints
- ePolicy Orchestrator for unified control and visibility of security status
- Adaptive threat protection to refine detection as attack patterns shift
- Web control features to filter dangerous URLs and restrict risky content
Learn how McAfee can enhance your endpoint security by exploring its Gartner and PeerSpot ratings and reviews.
Cisco Secure Endpoint
Cisco Secure Endpoint (previously AMP for Endpoints) is a cloud-based option for tracking endpoint activity and detecting malicious behavior. It employs machine learning to highlight threats, including new or concealed attacks. The platform uses continuous monitoring so teams can see unusual behaviors in real-time. Integration with Cisco SecureX allows for expanded visibility, enabling shared threat information and streamlined response coordination across the Cisco ecosystem.
Features:
- Ongoing endpoint monitoring to catch potential threats promptly
- Behavioral analytics for spotting new malware and zero-day exploits
- Dynamic file analysis using sandboxing to evaluate unknown files in a secure environment
- Threat hunting capabilities for the proactive discovery of dormant risks
- Cloud-based design for easy deployment and management
- Compatibility with Cisco SecureX for expanded security insights
See if Cisco Secure Endpoint is suitable for endpoint protection by analyzing its ratings and reviews on Gartner and PeerSpot.
How to Choose the Ideal EDR Tool for Your Enterprise?
Selecting an EDR tool begins with identifying your organization’s unique demands, including network size, compliance rules, and the skill level of your security team. Then, evaluate the forensic and investigation features: Does the platform provide event mapping, thorough logging, and the ability to trace an attack’s path? These capabilities simplify incident analysis and help teams pinpoint where threats originate.
Next, look for detection methods that go beyond traditional signature-based approaches. An EDR tool that uses behavior-based or machine-learning techniques can more accurately spot emerging threats. Vendor support and reputation also matter; you’ll want responsive assistance if critical issues arise. Explore customer feedback and published research to understand how well each vendor handles updates and threat intelligence.
Another important consideration is the ease of deployment and integration. An EDR tool must fit your environment, whether on-premises or cloud-based and integrate cleanly with any already deployed SIEM or SOAR solutions. Incident response capabilities—automation of isolation, remediation, and rollback—are vital for effectively containing active threats and mitigating damage. Ensure the tool scales with your organization and check the resources consumed to avoid unnecessarily slowing down the machines.
Lastly, consider compliance and cost. If your organization operates within a regulated industry, ensure the EDR logging, auditing, and reporting requirements align with the regulations. A cost analysis will consider the overall cost of ownership versus the value of benefits—this includes savings from automating labor and other benefits of lowering breach impact. Considering these, you can determine the right EDR tool to match your needs and adjust to your organization’s ever-changing security dynamics.
Conclusion
EDR tools give security teams the tools they need to detect, investigate, and contain modern cyber threats. They combine continuous endpoint monitoring with behavior-based detection and automated response options to prevent damage from advanced attacks.
When researching different EDR tools, look for features that include threat intelligence integration, a user-friendly interface, and reliable vendor support. Try SentinelOne today to get the much-required EDR security and support.
FAQs
1. What is EDR, and why is it important?
EDR stands for Endpoint Detection and Response, a system that constantly monitors devices to identify and stop threats in real-time. It’s important because it goes beyond standard antivirus by using behaviors and forensics to detect unknown risks. This approach proactively enhances security posture and speeds up incident response.
2. How does EDR differ from essential Antivirus Software?
Traditional antivirus software usually relies on known malware signatures and scanning. EDR, on the other hand, focuses on endpoint behavior and suspicious patterns to identify known and unknown threats. It also provides tools for investigation, automated responses, and detailed logs, which make it much more potent in dealing with complex or stealthy attacks.
3. What types of threats can EDR detect?
EDR can detect multiple threat categories, including ransomware, fileless malware, advanced persistent threats (APTs), and zero-day exploits. It looks beyond known signatures by analyzing behavioral cues and unusual system activities, helping to uncover emerging threats and internal risks that more traditional security methods often miss.
4. Does EDR Support Compliance Requirements?
Yes. Many EDR tools include logging, auditing, and reporting features to help companies meet industry guidelines. Most also provide very granular records of threat detection and response actions to ease audits. Alignment with frameworks such as HIPAA, PCI-DSS, or GDPR may significantly reduce the complexity of compliance and associated risks of legal penalties.
5. Can EDR Help Small or Medium-Sized Businesses?
Absolutely. While large enterprises once mainly used EDR, many tools now offer scalable pricing and more intuitive dashboards. SMBs benefit from the same real-time monitoring and automated remediation as larger enterprises, reducing the need for extensive in-house expertise. This allows smaller teams to stay protected despite limited security resources.
6. How does EDR respond to an active attack in progress?
When an attack is detected, EDR can isolate infected endpoints, kill suspicious processes, and initiate rollback if supported by the platform. This will contain the spread of malware while allowing security teams to investigate. Automated containment minimizes damage, ensuring a faster resolution and less disruption to business operations.