Cyberattacks rarely rely on just one method anymore. Modern attackers often combine stolen credentials, compromised devices, and lateral movement to gain deeper access into business networks.
For small and medium-sized businesses (SMBs), protecting against these evolving threats requires more than a single security solution. Two critical defenses—identity monitoring and endpoint protection—must work together to provide effective cybersecurity.
When combined, these tools help organizations detect attacks earlier, prevent unauthorized access, and stop threats before they spread across the network.
In the past, many cyberattacks relied heavily on malware or viruses. Today, attackers frequently focus on stealing user credentials instead.
Once attackers gain access to legitimate login credentials, they can often bypass traditional security controls and move through systems undetected.
Common identity-based attack techniques include:
Because these attacks use valid credentials, they can appear like normal user activity unless identity systems are closely monitored.
This is where identity monitoring solutions such as ITDR (Identity Threat Detection and Response) become essential.
You can learn more about identity-based threat protection in our ITDR Blog.
While identity attacks target accounts, many threats still involve compromising endpoint devices such as laptops, desktops, and servers.
Endpoint protection tools—particularly Endpoint Detection and Response (EDR) platforms—monitor device activity to detect suspicious behavior.
EDR solutions analyze endpoint activity to identify threats such as:
When suspicious activity is detected, EDR can respond quickly by isolating infected devices or terminating malicious processes.
You can explore how endpoint monitoring works in our EDR Blog.
However, endpoint protection alone cannot detect all types of attacks—especially those involving stolen credentials.
Many businesses rely heavily on endpoint security tools to protect their devices. While these solutions are critical, they primarily focus on device activity, not identity behavior.
For example, if an attacker logs into a system using stolen credentials, the device itself may appear normal. Without identity monitoring, the attack could go unnoticed.
In these situations, attackers may:
Because these actions often use legitimate credentials, traditional endpoint tools may not immediately flag them as suspicious.
This is why combining identity monitoring with endpoint protection provides much stronger defense.
When identity monitoring and endpoint protection are integrated, organizations gain visibility across both user activity and device behavior.
Together, these tools can detect complex attack patterns that would otherwise be difficult to identify.
For example:
This combined visibility allows organizations to identify attacks earlier and respond more effectively.
Once attackers gain access to a network, they often attempt to move laterally between systems to locate sensitive data or privileged accounts.
This stage of an attack can involve:
Endpoint monitoring can detect suspicious activity across devices, while identity monitoring can identify abnormal login patterns.
Together, these tools help prevent attackers from expanding their access across the network.
No single cybersecurity tool can stop every attack. The most effective defense strategy involves multiple layers of protection working together.
A strong cybersecurity framework often includes:
By combining these technologies, organizations create multiple barriers that attackers must overcome.
You can learn more about this approach in our Layered Security Blog.
Cybercriminals continue to develop new techniques that exploit both user identities and endpoint devices.
Relying on a single security solution leaves gaps that attackers can exploit.
By combining identity monitoring and endpoint protection, organizations gain deeper visibility into suspicious behavior across both accounts and devices.
For SMBs looking to strengthen their cybersecurity posture, integrating these tools is an important step toward detecting threats earlier, preventing unauthorized access, and reducing the risk of costly security incidents.