Zero Trust for Every Connected Device
ORDR extends Zero Trust to the devices your existing architecture can't see — IoT, OT, and IoMT — with continuous visibility, least-privilege enforcement, and dynamic trust scoring.
Zero Trust Starts With Knowing Every Device
Zero Trust's "never trust, always verify" principle breaks down when you can't see the device being verified. Most Zero Trust frameworks assume a managed device fleet. ORDR extends visibility to every connected asset — including the IP cameras, building systems, infusion pumps, and PLCs that traditional Zero Trust architectures leave blind.
- Continuous discovery of every connected device — no agent required
- Real-time device identity: manufacturer, model, firmware, OS, open ports
- Behavioral fingerprinting to detect impersonation and cloned identities
- Integration with identity providers (Okta, Azure AD) to correlate devices with users
Enforce Least-Privilege for Every Device
Zero Trust requires that every device gets only the access it needs — nothing more. ORDR maps actual device communication behavior and generates least-privilege access policies per device type. Policies are validated before enforcement, so you can be confident they won't break operations.
- Behavioral analysis to determine legitimate access requirements per device
- Automated least-privilege policy generation per device type and function
- Policy simulation mode to validate before enforcement
- Dynamic policy updates when device behavior legitimately changes
Trust Nothing — Verify Everything, Always
Zero Trust isn't a one-time checkpoint — it's continuous. ORDR monitors every device's behavior against its established baseline and flags anomalies in real time. A medical device that suddenly starts scanning the network, or a PLC communicating on an unexpected port, triggers an immediate alert and automated response.
- Continuous behavioral monitoring against device-specific baselines
- Real-time anomaly detection using ML-powered flow analysis
- Automated quarantine for devices that deviate from approved behavior
- Alert integration with SIEM platforms: Splunk, Microsoft Sentinel, IBM QRadar
Dynamic Trust Scores for Every Connected Device
ORDR assigns a dynamic trust score to every device based on posture: patch level, firmware currency, communication behavior, vulnerability exposure, and compliance status. Trust scores feed directly into NAC and Zero Trust Network Access (ZTNA) enforcement decisions — devices with low trust scores get restricted access automatically.
- Real-time trust score per device based on posture and behavior
- Posture factors: CVEs, firmware age, anomalous behavior, compliance status
- Trust score integration with Cisco ISE, Aruba ClearPass, and ZTNA platforms
- Automatic access restriction when trust score drops below defined thresholds
What Our Customers Say
"ORDR gave our Zero Trust initiative the IoT coverage it was missing. Our NAC now makes trust decisions on every device, not just the ones our MDM could see."
"The behavioral baselining is what makes ORDR different. Zero Trust means nothing if you don't know what "normal" looks like for your OT fleet."
"We had a Zero Trust strategy but no way to execute it for half our devices. ORDR filled the gap completely."
Frequently Asked Questions
Related Resources
Enabling Zero Trust for Connected Devices
How ORDR discovers and secures IoT, IoMT, and OT devices through behavioral profiling, risk assessment, and automated policy enforcement.
Learn more5 Steps to Zero Trust for Unmanaged and IoT Devices
A practical framework for implementing Zero Trust across unmanaged and IoT devices through continuous verification and dynamic security policy enforcement.
Learn moreSimplifying Zero Trust in Healthcare Environments
Cisco and ORDR executives discuss practical Zero Trust implementation, covering asset discovery and medical device security in connected care environments.
Learn more