The 9 Best Endpoint Security Solutions

Endpoint security solutions are specialized software designed to protect endpoint devices like computers, mobile phones, and tablets from cyber threats. These solutions prevent, detect, and respond to attacks by managing the security of these devices across the network.

But with so many different endpoint security solutions available in the market, how can you know which is the right fit for your endpoint security strategy? In this guide, we’ll analyze some of the leading endpoint solutions and help you understand exactly what each one offers.

Here are the 9 endpoint security solutions we’ll cover in this post:

Software	Description	Best For
Teramind	Comprehensive endpoint security solution with employee monitoring, insider threat protection, and data loss prevention capabilities.	Companies with distributed workforces, heavily regulated industries, and those concerned about insider threats.
CrowdStrike Falcon	Cloud-native endpoint protection platform using AI and machine learning for real-time threat detection and response.	Organizations facing advanced threats and those with a focus on remote work security.
Microsoft Defender	Integrated endpoint protection platform providing defense against malware, phishing, and ransomware, with seamless integration into the Microsoft ecosystem.	Companies heavily invested in the Microsoft ecosystem and those seeking advanced automation capabilities.
SentinelOne	AI-powered endpoint security platform automating threat prevention, detection, and response across various attack vectors.	Companies facing advanced threats including zero-day exploits and those looking to minimize operational disruption.
Trend Micro	Comprehensive security solution offering endpoint, cloud, and network defense with a focus on threat detection and response.	Companies operating in hybrid cloud environments and those needing global threat intelligence.
Symantec Endpoint Protection	Endpoint security platform focusing on protecting enterprises’ networks and devices from a broad spectrum of threats.	Complex enterprise environments and companies needing vigorous policy enforcement and control.
Trellix Endpoint Security	Advanced endpoint security platform using threat intelligence, machine learning, and behavior-based analytics for real-time protection.	Organizations requiring advanced behavioral analytics and integrated Endpoint Detection and Response (EDR) capabilities.
Sophos Intercept X	Endpoint security software leveraging deep learning AI for malware detection, exploit prevention, and ransomware protection.	Companies needing comprehensive incident response and user-friendly security management.
ThreatDown EDR	Simplified cybersecurity platform offering next-gen antivirus, vulnerability assessments, and ransomware rollback capabilities.	Resource-constrained IT environments and companies looking for cost-effective security solutions.

1. Teramind

With robust employee monitoring insider threat protection, and behavioral data loss prevention tools all in one place, Teramind helps businesses secure sensitive data by detecting security risks in real-time.

It tracks user behavior on endpoint devices and networks, identifies unusual activities, and enforces security policies through alerts and automated actions. This can include monitoring keystrokes, emails, file transfers, and applications, helping companies safeguard against external and insider threats. The platform supports multiple deployment models, including cloud-based and on-premises installations, catering to the needs of various business sizes and types.

Features

• Data loss prevention (DLP): Teramind’s DLP protects sensitive information from unauthorized access and leaks. It uses content-based rules and contextual analysis to detect and block the transmission of critical data across different channels.
• Insider threat detection: Using behavioral analytics, the tool can identify user activities that deviate from normal patterns (e.g., transferring files late at night), potentially indicating insider threats.
• Remote desktop control: This feature allows administrators to monitor and control remote endpoints in real-time. This can be used for troubleshooting, guiding users through processes, or intervening directly in case of a security incident or cyber attack.
• Employee activity monitoring: Teramind tracks employee activities across your company network applications, websites, emails, and more to provide insights into productivity and detect any indicators of attack.
• 17+ monitoring channels: The platform offers extensive monitoring capabilities across more than 17 channels, including email, web, applications, social media, and more.
• Automated rules & alerts: You can create custom rules that trigger automated alerts or actions in your company network when certain conditions are met. This way, you can improve your security without constant manual oversight.

When to Use Teramind

• Distributed workforce: If you need to monitor employee activity on company devices, whether on-premises or remote, protect sensitive data and ensure compliance with security policies. Teramind provides visibility into user actions.
• Heavily regulated industries: Healthcare, finance, government contracting, etc. are subject to strict data privacy and security requirements. Teramind helps enforce rules around data access and provides detailed audit trails.
• Insider threat prevention: Negligent or malicious employees are a significant concern for any compay. Teramind can detect and alert on suspicious user behavior, such as unauthorized access attempts, data exfiltration, and policy violations, to mitigate insider risk.

Teramind is a leading endpoint security platform designed to safeguard endpoint device data. It provides organizations with tools for user activity monitoring, data loss prevention, and insider threat detection. It’s ideal for businesses of all sizes seeking comprehensive oversight and security controls across their central network.

2. CrowdStrike Falcon

CrowdStrike is a cybersecurity tool known for its cloud-native endpoint protection platform called CrowdStrike Falcon. This platform leverages artificial intelligence (AI) and machine learning to offer real-time threat detection, automated threat hunting, and incident response capabilities.

It deploys a lightweight agent on the endpoint, which continuously analyzes and records activities to detect malicious security operations and prevent breaches.

Features

• Single lightweight agent: CrowdStrike uses a lightweight agent across all endpoints within an organization, which minimizes system impact and ensures comprehensive security coverage. This agent handles multiple security functions, such as detection, prevention, and response.
• Threat graph: The threat graph is a cloud-based graph database that analyzes and correlates billions of events in real time to detect patterns that indicate advanced threats.
• Intelligent Endpoint Detection and Response (EDR): This advanced technology monitors endpoint activity and uses automated threat detection and response. With AI to analyze behaviors and apply threat intelligence, it automates responses to stop breaches and cyber risks.

When to Use CrowdStrike

CrowdStrike is a good choice for:

• Managing advanced threats: Companies facing sophisticated threats such as ransomware, zero-day exploits, and advanced persistent threats (APTs) can benefit from CrowdStrike. The platform’s use of advanced AI and machine learning algorithms allows for real-time threat detection and response.
• Companies that want more focus on remote work security: Companies with many remote employees will find CrowdStrike’s cloud-native security technologies particularly helpful. The agent can easily deploy and manage remotely, providing robust security and advanced threat prevention without heavy on-premise infrastructure.

Overall, CrowdStrike offers advanced endpoint protection through its lightweight agent, automated threat hunting, and AI and machine learning for real-time security. It’s especially suitable for companies with sophisticated cyber threats and those with a large remote workforce.

3. Microsoft Defender

Microsoft Defender is an endpoint protection platform that is part of Microsoft’s broader security toolkit. It protects against a wide range of security threats, including malware, phishing, and ransomware.

It integrates real-time defense mechanisms, behavior monitoring, and signature-based detection to constantly monitor and respond to potential threats. Additionally, it’s designed to seamlessly connect with other Microsoft security products, improving overall system security across multiple endpoint devices.

Features

• Core defender vulnerability management: This feature helps businesses identify, assess, and repair vulnerabilities across their corporate networks through continuous scanning and risk-based assessments.
• Attack surface reduction (ASR): This includes controls like blocking executable content from emails, preventing Office applications from creating child processes, and more. These rules are designed to block attacks on endpoints that are commonly found in malware attacks.
• Automated investigation and recovery: The tool streamlines the response to alerts by automating investigation and recovery processes in the endpoint landscape. It uses artificial intelligence to analyze threat signals and, where possible, automatically neutralizes threats.

When to Use Microsoft Defender

Microsoft Defender is a good choice for:

• Seamless integration with the Microsoft ecosystem: Microsoft Defender offers seamless integration with the Windows operating system and the broader Microsoft ecosystem, including Office 365 and Azure.
• Advanced automation capabilities: Microsoft Defender uses advanced AI algorithms to detect and respond to threats more efficiently and automate both investigation and recovery.

Overall, Microsoft Defender is an endpoint protection system that integrates seamlessly with the Windows and Microsoft ecosystem, and offers advanced AI-driven automated capabilities. It provides extensive threat protection across multiple domains, including compromised endpoints, email, identity, and cloud services.

4. SentinelOne

SentinelOne is an endpoint security platform that uses artificial intelligence to automate cyber threat prevention, detection, and response. It offers real-time protection against a wide range of attacks across endpoints, including malware, ransomware, and zero-day exploits, by analyzing and responding to behaviors on the device level.

Features

• EDR customization with STAR: The STAR (SentinelOne Threat Analytics and Response) tool allows users to customize EDR capabilities. It enables them to tailor detection rules and response actions to fit organizational needs.
• Proactive threat hunting: SentinelOne focuses on proactive threat hunting by providing deep visibility into network activities and the tools to identify and investigate suspicious behavior. This proactive approach lets security teams mitigate potential threats before they escalate.
• Faster investigations: Investigations are conducted through detailed activity logs, which provide clear and actionable insights. This allows security teams to quickly understand the scope and impact of an incident.

When to Use SentinelOne

SentinelOne is a good choice for:

• Tackling advanced threats, including zero-day exploits: SentinelOne excels in defending against sophisticated, previously unknown threats using behavioral AI that identifies and blocks malicious actions before they can execute.
• Companies looking to minimize operational disruption: SentinelOne’s ability to operate with minimal impact on system performance is advantageous for companies where maintaining high productivity and uptime is critical.

Overall, SentinelOne is a popular endpoint security tool primarily aimed at enterprises seeking advanced protection against sophisticated threats to their devices across the network.

5. Trend Micro

Trend Micro provides comprehensive security solutions for businesses, including endpoint security, cloud security, and network defense. Its focus is on threat detection and response.

Their endpoint security solutions protect devices using advanced techniques like machine learning and behavioral analysis to detect and block suspicious activities. This protection extends across various platforms, including PCs, mobile devices, and servers.

Features

• Automated threat detection and response: Trend Micro uses various advanced techniques to provide automated, real-time threat detection and response. This includes protection against file-less malware and ransomware attacks through a combination of pre-execution and runtime machine learning.
• Integrated Endpoint Detection and Response (EDR): This EDR solution provides actionable insights, upgraded investigative abilities, and better visibility. It improves threat investigations by focusing on additional things besides the endpoint.
• Flexible deployment options: Trend Micro provides flexibility in deployment options, supporting both SaaS and on-premises setups.

When to Use Trend Micro

Trend Micro is a good choice for:

• Companies that operate in hybrid cloud environments: Trend Micro is particularly effective for organizations that operate across both on-premises and cloud infrastructures. Its integration of security seamlessly across various environments makes it ideal for businesses with hybrid IT operations.
• Organizations that need global threat intelligence: Businesses operating globally should consider Trend Micro due to its extensive threat intelligence network that provides timely and proactive defense against emerging threats.

Overall, Trend Micro provides layered security solutions and critical features optimized for networks, endpoints, and cloud environments, primarily targeting enterprises and SMBs seeking comprehensive protection.

6. Symantec Endpoint Protection

Symantec is another popular name in cybersecurity. It offers an endpoint security platform that focuses on protecting enterprises’ networks and connected devices from a broad spectrum of threats. It protects entry points of end-user devices like desktops, laptops, and mobile devices from being exploited by malicious campaigns.

Symantec includes antivirus software and anti-malware protection, firewall policies, intrusion prevention systems (IPS), and advanced features like behavior monitoring, artificial intelligence (AI), and machine learning (ML) for detecting and responding to newer threats.

Features

• Machine learning threat detection: Symantec uses machine learning as part of its endpoint protection strategy, employing its Global Intelligence Network (GIN) to automatically identify and respond to threats.
• Multi-layered defense: The multi-layered defense is an endpoint security strategy that includes proactive anti-malware, firewall, and intrusion prevention. This cybersecurity approach blocks attacks from various angles, providing better protection against zero-day attacks and similar malicious threats.
• Cloud-based management: This feature leverages AI-assisted updates and provides a streamlined interface for monitoring endpoint security. This makes it easier for businesses to manage their security infrastructure and get adequate protection against common attacks.

When to Use Symantec

Symantec is a good choice for:

• Complex enterprise environments: Symantec is well-suited for large and complex enterprise network environments. It offers scalable solutions that seamlessly manage thousands of devices across various network systems in a business environment.
• Companies that need vigorous policy enforcement and control: Symantec is also great for companies that need strong policy enforcement capabilities and want to ensure compliance with internal and external regulations.

Symantec provides comprehensive security solutions, focusing on endpoint protection and cloud security. One of its main advantages is the Global Intelligence Network, through which Symantec provides real-time threat detection and proactive protection.

7. Trellix Endpoint Security

Trellix is an endpoint security platform designed to protect endpoint devices from attacks using state-of-the-art threat intelligence and automation features. It also includes advanced machine learning, artificial intelligence technology, and behavior-based analytics. The platform continuously monitors and analyzes endpoint activities to detect and respond to threats in real-time.

Features

• Real-time threat intelligence and machine learning: Trellix Endpoint Security uses a combination of real-time threat intelligence and machine learning algorithms called MalwareGuard to detect and block emerging threats. This allows the system to respond to new and sophisticated attacks more effectively than traditional antivirus solutions.
• Behavior-based analytics: This feature analyzes the behavior of files and apps to detect anomalies that may indicate malicious activity.
• Automatic incident response: Includes real-time investigations and the ability to automatically mitigate damage by isolating infected endpoints.

When to Use Trellix Endpoint Security

Trellix Endpoint Security software is a good choice for:

• Advanced behavioral analytics capabilities: If your company is particularly concerned about zero-day exploits and advanced persistent threats (APTs), Trellix’s behavior-based analytics can offer significant advantages. This technology helps detect unusual behavior patterns and potential threats before they can cause harm, ideal for high-security sectors like finance and healthcare.
• Integrated Endpoint Detection and Response (EDR): Trellix would be suitable for companies that need a robust EDR solution to monitor, detect, and respond to suspicious activities directly at the endpoint level. Its integrated EDR capabilities provide comprehensive visibility and control over endpoint threats, essential for immediate threat detection and response.

Overall, Trellix excels in environments facing sophisticated cyber threats. It integrates real-time threat intelligence, behavior-based analytics, and automated incident response, making it particularly suitable for sectors like finance and healthcare that demand rigorous security measures.

8. Sophos Intercept X

Sophos Intercept X is advanced endpoint security software that leverages deep learning AI to enhance its extended detection capabilities. It includes features like exploit prevention and CryptoGuard to prevent ransomware attacks.

The solution also offers Endpoint Detection and Response (EDR) for detailed threat analysis and response alongside active adversary mitigations that protect against complex attack techniques.

Features

• Deep learning malware detection: This feature uses artificial intelligence, such as deep learning, to predict and prevent both known and unknown malware from attacking your endpoint devices.
• Exploit prevention: The tool protects endpoints by blocking attackers’ techniques to exploit software vulnerabilities. This feature is critical for stopping attacks that use unpatched or zero-day vulnerabilities to breach systems.
• Crypto Guard anti-ransomware: This functionality prevents ransomware from encrypting files by automatically detecting and stopping suspicious encryption activity. CryptoGuard can revert files to their safe states if files are encrypted.

When to Use Sophos Intercept X

Sophos Intercept X is a good choice for:

• Comprehensive incident response: Intercept X offers both preventive and responsive features, making it a good choice for companies that require a more integrated solution.
• User-friendly security management: This tool allows for easy deployment and monitoring without extensive IT expertise, and provides a user-friendly interface with comprehensive automation.

Overall, Sophos Intercept X offers adequate endpoint security and is best suited for organizations that face complex security challenges and require a comprehensive, easy-to-manage solution that offers both proactive and reactive security capabilities.

9. ThreatDown EDR

ThreatDown is a cybersecurity platform created by Malwarebytes that is designed to deliver robust endpoint security for businesses. It’s purpose-built for organizations with limited IT resources and needing a more simplified cybersecurity management approach.

ThreatDown offers various bundled services, including next-gen antivirus capabilities, vulnerability assessments, ransomware rollback capabilities, and even fully managed detection and response, depending on the selected bundle.

Features

• Ransomware rollback: This feature can protect against various endpoint security attacks and restore files that have been encrypted, deleted, or altered by ransomware attacks up to 7 days after the incident.
• Advanced Endpoint Detection and Response (EDR): This core feature of ThreatDown provides advanced threat detection capabilities on endpoints. It leverages AI, machine learning, and heuristics to identify and interrupt attacks before they cause significant damage.
• Attack isolation: ThreatDown can isolate affected systems at multiple levels—network, process, central server, and desktop—to prevent the spread of an infection.

When to Use ThreatDown EDR

ThreatDown EDR is a good choice for:

• Resource-constrained IT environments: ThreatDown is particularly beneficial for companies with limited IT resources. Its easy-to-use interface and quick deployment allow SMBs and companies with minimal IT staff to manage their cybersecurity without extensive expertise or personnel​.
• Companies looking for cost-effective security: ThreatDown can accommodate company growth without a significant cost increase. This makes it a viable option for businesses looking to maintain robust security measures while controlling expenses.

Overall, ThreatDown is an endpoint protection solution offering a streamlined, cost-effective solution ideal for small to medium-sized businesses and organizations that need robust, easy-to-manage security with minimal IT overhead.

What To Look For With Endpoint Security Software

Protection Against A Variety Of Threats

The endpoint security solution you choose must provide comprehensive protection against an ever-evolving landscape of threats, including malware, ransomware, fileless attacks, and zero-day exploits. The best solutions incorporate multiple detection engines, utilizing signature-based detection and advanced behavioral analysis to identify and block suspicious activities before they can compromise systems.

Restricting sensitive data access, sharing, or modifying protection should include features like sandboxing capabilities, which allow suspicious files to be executed in an isolated environment for analysis, and threat intelligence integration which provides real-time updates about emerging threats. These capabilities ensure that endpoints remain protected against both known threats and new, sophisticated attack methods that traditional antivirus solutions might miss.

Insider Threat Prevention And DLP (For Insider Risks)

Insider threat prevention has become increasingly critical as organizations face risks from both malicious actors and unintentional data breaches caused by employee mistakes. Effective endpoint security solutions should provide comprehensive monitoring of user activities, including file transfers, application usage, and network communications, while maintaining user privacy through proper data handling and access controls.

Data Loss Prevention (DLP) capabilities should be tightly integrated with insider threat prevention, allowing organizations to create and enforce policies restricting sensitive data access, sharing, or modification. This includes monitoring and controlling various data transfer channels such as email, cloud storage, USB devices, and printing, ensuring that confidential information remains within authorized boundaries.

It should also provide behavioral analytics capabilities that can identify unusual patterns or deviations from normal user behavior, such as accessing sensitive files outside of regular working hours or attempting to download unusually large amounts of data. These analytics should be coupled with automated response capabilities that can immediately restrict access or alert security teams when suspicious activities are detected.

Organizations should look for solutions that provide detailed audit trails and forensic capabilities, allowing security teams to investigate incidents and understand the full scope of any potential data breaches or policy violations. This historical data is invaluable for both incident response and improving security policies over time.

Data Encryption

Endpoint security solutions should offer robust encryption capabilities that protect data both at rest and in transit. This includes full-disk encryption to protect against physical theft or unauthorized access to devices, as well as file-level encryption that allows for more granular control over specific sensitive documents or data types.

The encryption framework should support industry-standard algorithms and protocols while providing centralized key management capabilities that enable IT teams to maintain control over encrypted data across the organization. This includes the ability to recover encrypted data when necessary and revoke access when devices are lost or employees leave the organization.

Scalability And Automation

Enterprise endpoint security solutions must scale effectively across thousands of devices while maintaining consistent protection and performance. This includes automated deployment capabilities that can quickly provision new devices with the appropriate security policies and configurations, as well as centralized management tools that enable efficient administration of large device fleets.

The solution should also provide automated response capabilities that can take immediate action when threats are detected, reducing the burden on security teams and minimizing potential damage. This includes features like automated quarantine of infected devices, automatic updates of security policies, and automated incident response workflows that can contain and remediate threats without manual intervention.

Low Performance Impact

Endpoint security solutions must achieve protective goals while minimizing their impact on system performance and user productivity. This requires efficient resource utilization and intelligent scheduling of security operations such as scans and updates to avoid disrupting user activities.

The solution should employ techniques like smart scanning that only examines changed files, CPU throttling during intensive tasks, and optimizing real-time protection features to balance security and performance. IT teams should leverage reports to monitor the impact across different device types and workloads, ensuring that security measures don’t become a bottleneck for business operations.

Conclusion

Choosing the proper endpoint protection software is critical to keeping your business safe and running smoothly. From Teramind’s robust DLP to ThreatDown’s more straightforward and more budget-friendly approach, each endpoint protection tool we’ve covered offers unique advantages for different needs.

But suppose you’re looking for a more comprehensive tool that can offer complete visibility across your entire network infrastructure and includes everything from endpoint security and data loss prevention to insider threat detection. In that case, Teramind may be the ideal choice.