What is the difference between Device Trust and EDR?

EDR (Endpoint Detection and Response) monitors endpoints for malicious activity and responds to threats after they are detected. A Device Trust Platform proactively verifies the security configuration and posture of a device — checking firewall, encryption, OS updates, SSH hardening, and 190+ other controls — before granting access to resources. EDR is reactive (threat response); Device Trust is proactive (posture verification).

Do I need both Device Trust and EDR?

Yes, for comprehensive endpoint security. EDR handles threats that bypass prevention (malware, exploits, lateral movement). Device Trust ensures the device's security configuration is correct before access is granted (firewall enabled, disk encrypted, OS patched). Together, they provide both proactive posture verification and reactive threat response.

Can a Device Trust Platform replace EDR?

No. Device Trust and EDR solve different problems. Device Trust verifies security configuration (is the firewall on? is the disk encrypted? are there unpatched CVEs?). EDR detects active threats (malware, exploitation, suspicious processes). A Device Trust Platform like Lorika actually checks whether EDR is installed and running as one of its 190+ posture checks.

Comparison Guide

Device Trust vs EDR

EDR detects threats after they happen. A Device Trust Platform verifies security configuration before granting access. They solve different problems — and modern security stacks need both.

The fundamental difference

🛡️

EDR: Reactive threat detection

Endpoint Detection and Response monitors running processes, file system changes, and network connections for signs of malicious activity. When a threat is detected, EDR alerts security teams and can isolate the endpoint. EDR answers: "Is this device under attack right now?"

🔐

Device Trust: Proactive posture verification

A Device Trust Platform assesses the security configuration of a device — is the firewall on? Is the disk encrypted? Are there unpatched vulnerabilities? Is SSH properly hardened? Device Trust answers: "Can we trust this device to access corporate resources?"

Side-by-side comparison

Capability	EDR	Device Trust (Lorika)
Primary purpose	Detect & respond to threats	Verify device security posture
Approach	Reactive — responds after detection	Proactive — verifies before access
What it checks	Running processes, file changes, network traffic	190+ security configurations across 8 categories
Firewall verification	✗ Not typically assessed	✓ Verified and scored
Disk encryption check	✗ Not typically assessed	✓ FileVault / LUKS / BitLocker
OS patch status	✗ Not assessed	✓ Pending updates, EOL detection
SSH hardening	✗ Not assessed	✓ Root login, password auth, MaxAuthTries
Compliance mapping	✗ Not built-in	✓ CIS, NIST, ISO 27001, SOC 2, PCI DSS, NBU №143, NBU №95
CVE scanning	Some vendors include vulnerability data	✓ OSV.dev CVE matching per package
Malware detection	✓ Core capability	✗ Checks EDR presence instead
Threat response	✓ Isolate, kill, contain	✗ Focuses on posture, not incidents
Security Score	✗ Not available	✓ Weighted 0-100 trust score
Zero Trust access signal	Limited — presence check only	✓ Full posture-based access decision
Agent footprint	50-200 MB, always-on monitoring	<10 MB, periodic scans (15/60 min)
BYOD friendly	✗ Invasive monitoring	✓ Read-only, privacy-first
Free tier	✗ Enterprise pricing only	✓ Free for up to 10 devices

Better together: Device Trust + EDR

Device Trust and EDR are complementary layers. Lorika even checks whether EDR is installed as part of its posture assessment — ensuring no endpoint goes unprotected.

1️⃣

Device Trust verifies posture

Before access is granted, Lorika checks 190+ security configurations: firewall, encryption, SSH, kernel hardening, OS patches, EDR presence, and more.

2️⃣

EDR monitors for threats

While the device is in use, EDR watches for malware, exploits, and suspicious behavior. If a threat is detected, EDR responds in real-time.

3️⃣

Together = complete coverage

Device Trust prevents access from misconfigured devices. EDR prevents damage from active threats. No blind spots. Full endpoint security.