Endpoint protection isn’t a practice exclusive to enterprises and governmental agencies anymore. Modern cyber threats are not only more impactful and frequent but also target-agnostic. Cybercriminals, hackers, and other threat actors are even targeting small and midsize businesses (SMBs).
Enterprises and agencies may have valuable capital and intelligence to steal, but SMBs are easy targets due to their typically limited resources and expertise in cybersecurity. The reward may be smaller by comparison, but so is the effort.
According to a study by research center Ponemon Institute, 68% of organizations have experienced one or more endpoint attacks that successfully compromised data and/or their IT infrastructure.
This prevalence isn’t surprising as endpoint devices like desktops and cell phones are often the gateways threat actors use to gain access to an organization’s network. That’s why focusing on endpoint security is an important responsibility for every organization, regardless of size.
Keep reading to gain an in-depth understanding of endpoint protection and learn how you can better protect your organization’s frontline devices from being compromised.
Protect your business now-explore Miradore’s endpoint security solutions to stop cyber threats before they strike.
What Is endpoint protection?
Endpoint protection is a comprehensive security strategy focused on safeguarding individual devices (laptops, smartphones, tablets, etc.) that connect to a network. It employs a suite of technologies and practices to prevent, detect, and respond to cyber threats targeting these devices.
By monitoring device activity, enforcing security policies, and analyzing behavior, endpoint protection aims to block malicious software, prevent unauthorized access, and mitigate the impact of security incidents directly at the device level.
What is the difference between endpoint protection and endpoint management?
Endpoint protection is sometimes confused with endpoint management, which is a broader discipline encompassing the administration and maintenance of these devices. Endpoint management includes tasks such as software deployment, patch management, inventory tracking, and remote device configuration.
Additionally, in terms of device protection, modern endpoint protection goes far beyond traditional antivirus solutions. Antivirus software primarily focuses on detecting and removing known malware based on signatures—unique digital fingerprints or patterns that identify known malicious software such as malware.
Endpoint protection, however, incorporates advanced techniques like behavioral analysis, machine learning, and threat intelligence to identify and block both known and newly discovered or significantly different threats (novel threats), offering a much more proactive and comprehensive defense.
How endpoint protection works
Modern endpoint security solutions employ a multi-layered approach to detect and block cyber threats using a combination of real-time monitoring, behavioral analysis, and AI-driven threat detection.
To understand how endpoint protection works, imagine a digital bodyguard stationed at each of your endpoint devices—one at each laptop, tablet, point of sale system, etc.
First, the bodyguard establishes a constant watch through real-time monitoring. In technical terms, this means the endpoint protection software is continuously observing everything happening on your device—files being accessed, programs running, network connections being made, and so on.
Next comes behavioral analysis. Instead of just looking for known “bad guys” or people who fit a stereotypical aesthetic (like a traditional antivirus would do with signatures), the bodyguard learns what "normal" behavior looks like for your specific device and its users.
If a program or user suddenly starts behaving abnormally—such as accessing sensitive files they usually don’t or trying to connect to a suspicious website in another country—the behavioral analysis engine flags this as potentially malicious, even if it's a previously unseen type of attack.
Lastly, AI-driven threat detection provides an additional defense. A single bodyguard—or even a collection of them—has limitations. Getting help from AI, which has been trained by watching millions of hours of security footage from all over the digital world, provides the bodyguard with a significantly more sophisticated level of threat perception with which to react proactively to potential attacks.
Critical benefits of endpoint protection for businesses
Cyber threats inflict substantial damage on businesses, manifesting as devastating data breaches, crippling ransomware incidents, and significant financial repercussions—and most businesses won’t see it coming.
A Ponemon Institute study notes that 80% of successful breaches are new or unknown zero-day attacks—cyberattacks that exploit a vulnerability in software, hardware, or firmware that is unknown to the vendor or developer.
This staggering statistic highlights why robust endpoint security is a paramount concern for all organizations, regardless of their size or service model:
- SMBs. As we touched on earlier, SMBs often lack dedicated security teams and in-depth cybersecurity knowledge, making them particularly vulnerable to endpoint-based attacks that can, in worst-case scenarios, lead to business closure.
- Enterprises. While possessing more resources, larger corporations grapple with the sheer volume and complexity of securing numerous endpoints. They face the risk of massive data leaks and reputational harm that may stem from a single compromised device.
- Managed service providers (MSPs). Entrusted with the security of multiple clients, MSPs bear the responsibility of ensuring the integrity of every endpoint under their management, as a breach on one client's device can have cascading consequences and erode trust.
Given the high percentage of breaches originating at the endpoint, implementing advanced endpoint protection solutions that leverage AI, real-time monitoring, and behavioral analysis is a fundamental necessity for proactively mitigating risk and protecting sensitive information across the business ecosystem.
Key components of an effective endpoint protection solution
An effective endpoint protection solution is your digital frontline defense. It proactively safeguards devices and offers robust security against known and novel cyber threats. Here are the key components you should look for in such a solution.
Endpoint threat prevention
One core component of a modern endpoint protection system is next-generation antivirus (NGAV), an advanced form of endpoint security that goes beyond traditional signature-based antivirus.
Instead of solely relying on recognizing known malware fingerprints, NGAV employs a combination of sophisticated technologies like behavioral analysis, machine learning, and AI to proactively detect and prevent both known and unknown threats before they can execute and cause harm.
By analyzing file attributes, examining code behavior in a sandbox environment, and leveraging threat intelligence, NGAV can detect malicious intent even in novel malware or fileless attacks that wouldn't be recognized by static signatures. This proactive approach offers a crucial layer of defense, stopping threats in their tracks and significantly reducing the attack surface on endpoints.
Threat detection & response
Endpoint detection and response (EDR) solutions provide continuous, real-time monitoring of endpoint activities and events, offering deep visibility into what's happening on each device. Beyond prevention, EDR actively hunts for threats that may have bypassed initial security layers, leveraging automated analysis and forensic capabilities to identify suspicious patterns and indicators of compromise.
This enables security teams to quickly detect, investigate, and respond to threats that might otherwise go unnoticed, significantly enhancing endpoint security by providing post-breach detection and remediation capabilities.
Managed threat hunting
Effective endpoint protection solutions also incorporate human-driven activities such as managed threat hunting—a proactive cybersecurity service where a team of expert security analysts remotely searches through an organization's network, endpoints, and data to identify and isolate advanced threats that might evade traditional security measures.
Unlike reactive incident response, managed threat hunting involves actively looking for indicators of compromise (IOCs) and suspicious behaviors that suggest an attacker may be present but hasn't triggered automated alerts.
These expert hunters leverage their knowledge of attacker tactics, techniques, and procedures (TTPs), combined with advanced tools and threat intelligence, to uncover hidden threats and provide actionable insights for remediation, ultimately reducing the attacker's dwell time and minimizing potential damage.
Cloud-based endpoint management
Some endpoint protection solutions may also include broader cloud-based endpoint management features, which offer significant advantages by providing centralized security management for all connected devices, regardless of their location. This enables administrators to easily enforce consistent security policies across desktops, laptops, and mobile phones from a single console.
Furthermore, these solutions leverage the cloud to deliver real-time updates to threat intelligence and security software without requiring manual intervention on each device. This ensures that all endpoints are continuously protected against the latest threats, reducing vulnerabilities and improving the overall security posture of the organization.
Compliance & regulatory support
Endpoint protection plays a vital role in achieving and maintaining compliance with various legal and industry-specific cybersecurity regulations. By implementing robust security measures like access controls, encryption, and data loss prevention (DLP), endpoint protection solutions actively prevent unauthorized access to sensitive data residing on or accessed through endpoint devices.
This proactive stance helps businesses adhere to mandates such as HIPAA, GDPR, PCI DSS, and others that require organizations to safeguard confidential information and implement appropriate security controls on all devices handling that data.
Endpoint security for different business needs
Enterprises, SMBs, and MSPs face unique endpoint security challenges. Here’s a breakdown of these challenges and how each entity type can effectively address them.
Endpoint security for enterprises
Large organizations face intricate security challenges stemming from their sheer scale and complexity:
- Numerous endpoints. Managing and securing a high number of endpoints— potentially hundreds of thousands across various locations—creates a significantly larger attack surface for threat actors to exploit.
- Diverse IT environments. Often encompassing a mix of legacy systems, cloud services, and various operating systems, diverse IT environments introduce inconsistencies and potential vulnerabilities that are difficult to manage uniformly.
- Remote and hybrid workforce. The traditional security perimeter has dissolved, extending to employees' homes and various devices, many of which might not be company-owned or managed, further expanding the attack surface.
- Increased risk exposure. This combination of scale and diversity inherently leads to increased risk exposure, making them prime targets for sophisticated and persistent attacks that can have widespread and costly consequences.
Enterprises require a solution that combines NGAV (with AI), EDR, unified endpoint management (UEM), and DLP capabilities to successfully protect themselves and combat sophisticated cyberthreats.
Endpoint security for SMBs
SMBs often have fewer resources than larger enterprises, yet they hold valuable data and are increasingly targeted by cybercriminals using:
- Ransomware. Cybercriminals frequently target SMBs with ransomware due to their potentially weaker backup systems and higher likelihood of paying a ransom to resume operations quickly.
- Phishing. SMB employees may be less trained to recognize sophisticated phishing attempts, making them easier targets for attackers seeking to steal credentials or deploy malware.
- Malware (viruses, trojans, spyware). These can disrupt operations, steal sensitive information, or provide attackers with persistent access to SMB systems.
Endpoint protection solutions that combine NGAV, firewall, web filtering, and basic EDR capabilities in a user-friendly and cost-effective package are ideal for SMBs.
Endpoint security for MSPs
MSPs are particularly vulnerable to sophisticated attacks that aim to leverage their broad access for widespread disruption or data theft. Challenges they face include:
- Multiple clients. MSPs must secure a wide array of IT environments with varying security maturity levels, compliance requirements, and budgets, making standardized security implementation difficult.
- Increased attack surface. Managing numerous endpoints across different clients significantly expands the attack surface, providing more potential entry points for threat actors.
- Talent shortages. Finding and retaining skilled cybersecurity professionals to manage the security needs of multiple clients can be a significant hurdle.
MSPs can benefit most from multi-tenant endpoint protection platforms designed specifically for their unique context so they can efficiently manage security across multiple clients from a single console.
How to choose the right endpoint protection software
What does it take to choose the right solution for endpoint protection? Here are several important considerations.
Key evaluation criteria
Selecting the right endpoint protection software requires carefully evaluating key differentiating factors:
- Coverage. Assess the breadth of device and operating system support, ensuring protection for all endpoints within your environment (e.g., desktops, laptops, servers, mobile devices).
- Scalability. Determine whether the solution can easily adapt to your organization's growth, accommodating increasing numbers of endpoints without performance degradation or significant added complexity.
- Integrations with existing security tools. Evaluate the software's ability to seamlessly integrate with your current security infrastructure (e.g., SIEM, firewalls) for a more unified and effective security ecosystem.
- Ease of use. Consider the intuitiveness of the management console, deployment process, and reporting features, as a user-friendly interface reduces administrative overhead and improves efficiency.
- Compliance and regulatory support. Verify if the solution offers features and reporting capabilities that aid in meeting specific industry regulations and legal compliance requirements relevant to your organization.
Questions to ask vendors
When researching and communicating with vendors, here are a few foundational questions to help you build your shortlist:
- How does your solution protect against zero-day threats and advanced attacks?
- What level of customer support and incident response do you provide?
- What is the average detection and response time for new threats?
- What data does your solution collect from endpoints?
- How does your solution handle bring-your-own-device (BYOD) scenarios?
- What level of technical expertise is required to manage the solution effectively?
- What kind of reporting and analytics are provided?
- What training and onboarding resources are available?
- What is the total cost of ownership, including licensing, implementation, and ongoing maintenance?
On-premise vs. cloud-based endpoint security
It’s also important to consider whether to use on-premise or cloud-based endpoint security.
With cloud-based endpoint security, the management console and often the threat intelligence are hosted in the cloud, managed by the vendor.
This approach is ideal for organizations with remote or hybrid workforces, those needing rapid scalability without significant upfront infrastructure investment, and those with limited in-house IT security expertise who can benefit from vendor-managed updates and infrastructure.
Alternatively, on-premise endpoint security means the management infrastructure (such as servers, consoles, and databases) is hosted and managed within the organization's own physical environment.
This is often preferred by organizations with strict regulatory or compliance requirements regarding data sovereignty, those with mature IT security teams who desire greater control and customization, and those with significant existing investments in on-premise infrastructure they wish to leverage.
Protect your endpoints from cyber threats today
Given the persistent and evolving nature of cyber threats targeting endpoints, establishing a robust and multi-layered endpoint protection strategy is no longer optional but a fundamental necessity for safeguarding digital assets and ensuring business continuity.
UEM solution Miradore helps organizations, especially SMBs and MSPs, safeguard their assets and achieve a stronger defense with comprehensive endpoint security that provides visibility, control, and policy enforcement across various device types.
Ready to strengthen your cybersecurity? Try Miradore’s endpoint protection platform for seamless, cloud-based security.