AI-powered enforcement through the access infrastructure you already own.
Why NAC Stops Short of Segmentation
NAC was built for managed endpoints — not today’s explosion of IoT, OT, and legacy systems. Without real-time device intelligence, enforcement breaks workflows, policies sprawl, and segmentation never gets off the ground.
Why most NAC projects stall:
• Limited visibility into non-user devices like IoT, OT, and legacy systems.
• Static, manual policies that can break workflows or leave gaps.
• Enforcement that’s too rigid, too broad, or too risky to turn on.
• Rollouts delayed by cross-team friction and fear of disruption.
Bottom line: NAC gives you a control point but not the intelligence to use it.
How ORDR Makes NAC Smarter
ORDR transforms your NAC into a real segmentation platform — one that works in complex, dynamic environments.
Why ORDR
• Enriches NAC with full visibility of unmanaged and agentless devices.
• Auto-generates least-privilege policies in NAC-native syntax.
• Keeps NAC policies accurate as devices move or change.
With ORDR + NAC, you can:
• See everything: ORDR discovers and classifies every device — from infusion pumps to badge readers — no agents needed.
• Enforce safely: ORDR auto-generates segmentation rules in your NAC’s native syntax — then keeps them up to date as things change.
• Understand behavior: We baseline how devices communicate, so you can build policies based on what’s normal — not guesswork.
• Respond fast: Detect threats or anomalies in real time and trigger NAC-based isolation with a click.
See. Simulate. Segment — Through Your NAC.
ORDR makes NAC enforcement viable — not just configured, but working in production. No guesswork, no policy sprawl, no breaking critical systems.
• See — Full NAC-ready context — MAC, VLAN, role, location, and risk.
• Simulate — Preview how SGTs, DACLs, or VLANs will affect communication before you enforce.
• Segment — Push NAC policies with a click and let ORDR keep them up to date.
Built for the NAC You Already Use
ORDR integrates natively with today’s leading NAC platforms — delivering dynamic, context-rich policies without needing to rip and replace.
Cisco ISE
• Assign SGTs and DACLs based on ORDR’s real-time classification and behavior modeling.
• Eliminate ACL sprawl with dynamic, least-privilege policies.
• Keep enforcement accurate as device roles and risks evolve.
HPE Aruba ClearPass
• Assign roles or VLANs dynamically based on ORDR’s risk and usage insights.
• Push access policies for unmanaged devices with Aruba-native syntax.
• Maintain segmentation as device states shift.
Fortinet FortiNAC
• Build enforcement groups from ORDR’s deep IoT, OT, and BMS profiling.
• Automate policy push for high-risk or segmented asset types.
• Quarantine suspicious devices using real-time risk triggers.
Forescout Platform
• Enrich Forescout visibility with ORDR’s business and risk context.
• Auto-populate policy groups based on device posture and usage.
• Adapt enforcement as the environment changes.
Extreme Networks ExtremeControl
• Discover and classify every device — even those without agents.
• Push segmentation rules across ExtremeControl infrastructure.
• Respond to risk and behavior signals in real time.
What You Can Do with ORDR + NAC
ORDR turns your NAC from a gatekeeper into a full enforcement engine. No rip-and-replace — just smarter, safer segmentation.
• Zero Trust enforcement for unmanaged, high-risk, and unpatchable assets.
• Threat containment using behavior-driven NAC quarantine.
• Operational segmentation across cameras, HVAC, BMS, and clinical systems.
• Safe rollouts with phased segmentation by device type.
• Audit-ready compliance with HIPAA, NIST, PCI, IEC frameworks.
Smarter, Precise NAC Segmentation
NAC wasn’t built to understand every device — but ORDR was. By enriching your NAC with real-time intelligence, ORDR automates enforcement across every asset you care about, using the policies you already own.
Without ORDR | With ORDR |
Visibility limited to managed endpoints; Static posture checks; Manual policy creation; Rigid enforcement approaches; Disruption-prone rollouts | Full context into IoT, OT, BMS, and clinical systems; AI-powered behavior baselining and risk scoring; Auto-generated, simulation-ready segmentation; Native NAC syntax: DACLs, SGTs, VLANs, roles; Phased, low-risk segmentation by business priority |