Endpoints are the primary attack vector in 68% of breaches. Modern endpoint security goes beyond traditional antivirus. Endpoint Detection and Response (EDR) solutions provide visibility and response capabilities that antivirus cannot match.

EDR vs Antivirus

Traditional antivirus uses signature-based detection. It recognizes known malware by comparing files to a database of known threats. New malware bypasses signature detection easily.

EDR monitors endpoint behavior continuously. It detects suspicious activities like unusual network connections, process execution chains, and file modifications. EDR can detect zero-day exploits and advanced threats that antivirus misses. EDR solutions detect 99.8% of threats compared to 60% for traditional antivirus.

"EDR solutions detect 99.8% of threats compared to 60% for traditional antivirus"

Zero Trust Endpoints

Zero trust assumes all endpoints are compromised and verifies every access request. Implement device compliance checks before allowing network access. Require updated OS, enabled firewall, and EDR software.

Enforce strong authentication with MFA. Limit user privileges to only what's needed for their role. Monitor for privilege escalation attempts. Segment networks so compromised endpoints cannot access sensitive systems.

Endpoint Controls

  • Deploy EDR software
  • Enable disk encryption
  • Enforce strong passwords
  • Auto-update policies
  • Remote wipe capability
  • Device compliance

Mobile Device Management

Mobile devices are endpoints too. Deploy Mobile Device Management (MDM) to enforce security policies on phones and tablets. Require strong passwords, enable encryption, and enforce app restrictions.

Implement remote wipe capability to erase data if devices are lost or stolen. Monitor for jailbroken or rooted devices that bypass security controls. Enforce VPN usage for all remote connections.

Patch Management

Vulnerabilities in operating systems and applications are primary attack vectors. Patch management automates deployment of security updates. Test patches in lab environments first, then deploy to production within 48 hours of release.

Prioritize critical vulnerabilities affecting widely-used software. Implement auto-update policies for non-critical patches. Track patch compliance and investigate systems falling behind.