What is Endpoint Security?
What is Endpoint Security?
Introduction
Endpoint security ensures that devices (endpoints) are properly configured, secured, and compliant with best practices. It focuses on detecting misconfigurations and security gaps that could expose an organization to risks. Endpoint security solutions like Rotate’s Endpoint Sensor continuously monitor device configurations to ensure they meet security standards.
Why is Endpoint Security Important?
Endpoints are a common entry point for cyber threats. Misconfigurations, missing security controls, and weak access policies can leave an organization vulnerable. Ensuring proper endpoint security reduces risks such as unauthorized access, data leaks, and compliance failures. Organizations that manage multiple devices need clear visibility into each system’s security posture to prevent breaches and maintain operational security.
How Does Endpoint Security Work?
Endpoint security works by continuously monitoring device configurations to ensure they follow security best practices. Rotate Endpoint Hub analyzes key security settings to identify risky misconfigurations. It checks if firewalls are enabled, antivirus protection is active, disk encryption is turned on, and login policies—including strong passwords and screen lock settings—are properly configured. The system also detects unauthorized software and browser extensions that might create security vulnerabilities.
Through real-time visibility into these security aspects, Rotate Endpoint Hub helps organizations maintain compliance and quickly fix protection gaps. When issues arise, users receive clear, actionable guidance for resolution, keeping endpoint security robust across all devices.
Common Security Issues Detected
- Firewall Disabled: Leaving the system exposed to external attacks.
- Antivirus Not Running: Creating vulnerabilities against malware and ransomware.
- Weak Login Protections: No screen lock, weak password policies, or unauthorized admin accounts.
- Unencrypted Data: Unprotected sensitive files that could be exposed if the device is lost or stolen.
- Unauthorized Applications: Unapproved software or browser extensions that may introduce security risks.
These are just some of the many security configurations that endpoint sensors monitor.
Best Practices for Endpoint Security
- Enable and Maintain Security Controls: Ensure firewalls, antivirus, and encryption are always active.
- Regularly Review Device Configurations: Continuously check security settings for compliance.
- Enforce Strong Access Policies: Use strong passwords, enable MFA, and restrict admin privileges.
- Monitor for Unauthorized Changes: Detect and respond to security misconfigurations before they lead to security incidents.
Conclusion
Endpoint security focuses on proactive protection by ensuring device configurations meet security best practices and comply with standards. Solutions like Rotate Endpoint Hub provide real-time monitoring and insights to help organizations reduce risks, maintain compliance, and strengthen their security posture. Through continuous monitoring of security settings and immediate alerts about misconfigurations, businesses can stay ahead of threats and minimize their attack surface.
Frequently Asked Questions
Can the sensor run without an internet connection?
No, the sensor requires an internet connection to run. The sensor needs to be connected to the internet in order to perform checks, receive policy updates, and report results. Without an internet connection, the sensor cannot function properly.
How often do tasks run?
The sensor performs checks at regular intervals to maintain up-to-date system security. Tasks typically run anywhere from once every few minutes to once per day, depending on configuration settings and requirements. Tasks follow a schedule for prompt issue detection and can also be triggered manually or by specific events like system reboots or policy updates.
What is Endpoint Security?
Endpoint security refers to the protection of individual devices (endpoints) such as computers, laptops, and servers from cybersecurity threats. It involves security measures like antivirus software, firewalls, encryption, and monitoring tools to detect vulnerabilities and prevent attacks. The sensor helps enforce endpoint security by checking for misconfigurations, inactive security software, and other risks that could compromise the system.
Which operating systems are supported?
The Rotate Sensor supports Windows and macOS operating systems.
What’s the difference between Unauthorized, Paused, Deactivated and Uninstalled?
- Unauthorized - The sensor is not logged in using the company’s SSO. This potentially could affect identifying the user of the sensor. The “Disconnect” button will unauthorize the sensor’s logged user.
- Paused - The sensor is temporarily halted but can be easily resumed. This state is often used for maintenance or troubleshooting purposes.
- Deactivated - The sensor is not running and not collecting data. This should be used when a device is no longer relevant, but might be in the future. The sensor will still be installed on the user’s device.
- Uninstalled - The sensor will be removed from the user’s device. This should be used when a device is no longer relevant and never will. This is irreversible.