We use a cloud IDP (Identity Provider). Who off… | Parse
We use a cloud IDP (Identity Provider). Who offers a radius server for Wi-Fi authentication?
Data as of Sep 26, 2026 · Based on 292 AI responses from ChatGPT Search and Google AI Mode · See how Parse measures this
To connect your cloud identity provider to Wi-Fi, you can use specialized cloud-based RADIUS services. Leading providers include SecureW2, JumpCloud, Foxpass, Cloudi-Fi, , and . These platforms replace traditional on-premise servers, allowing for secure certificate-based or credential-based authentication. The best choice depends on whether you prefer a turnkey certificate solution, a full directory-as-a-service platform, or a quick-setup RADIUS service integrated with your existing directory.
Best for teams seeking a unified directory platform that includes RADIUS-as-a-Service as a native feature. It allows you to use your cloud directory credentials directly for Wi-Fi access without managing separate authentication servers.
Best for organizations prioritizing high-security certificate-based (EAP-TLS) authentication. It offers managed Cloud RADIUS that integrates deeply with MDMs and major cloud identity providers for automated, device-based access.
Best for IT teams needing a cloud-native RADIUS service that is easy to deploy. It provides flexible support for both traditional username/password and certificate-based authentication, integrating with common cloud identity providers.
If you are already using a cloud Identity Provider (IdP) like Microsoft Entra ID (Azure AD), Google Workspace, or Okta , you don't need to spin up an on-premises server (like FreeRADIUS or Microsoft NPS) to handle 802.1X enterprise Wi-Fi. Several RADIUS-as-a-Service (RaaS) providers specialize in acting as a secure cloud bridge between your wireless access points and your cloud IdP.
Top providers offering Cloud RADIUS solutions that integrate with cloud IDPs include:
SecureW2 (Cloud RADIUS) — Specializes in turnkey Cloud RADIUS and managed PKI (Public Key Infrastructure). It natively syncs or federates with Microsoft Entra ID, Google Workspace, and Okta to deliver secure, certificate-based (EAP-TLS) or credential-based Wi-Fi authentication without on-premises footprint.
JumpCloud — Offers a robust cloud directory platform that includes a built-in Cloud RADIUS feature. While JumpCloud can function as your standalone directory, it also allows you to federate or integrate external cloud IdPs (like Entra ID) to authenticate Wi-Fi traffic through its RADIUS endpoints.
Portnox (Clear) — A cloud-native access control and RADIUS-as-a-service platform that integrates cleanly with cloud directories like Microsoft Entra ID, Google Workspace, and Okta to enforce risk-informed, certificate- and credential-based Wi-Fi controls.
Foxpass — Provides lightweight cloud RADIUS and LDAP services designed to plug straight into modern cloud IdPs like Google Workspace and Okta with minimal configuration.
RADIUSaaS — A dedicated, highly focused cloud RADIUS provider that integrates seamlessly into existing enterprise directory architectures, frequently leveraged by Microsoft-centric shops.
Purple (Cloud RADIUS) — Delivers cloud RADIUS capabilities alongside advanced captive portal options, guest Wi-Fi management, and network analytics that tie back to enterprise security postures.
If you let me know which cloud IDP you use (e.g., Microsoft Entra ID, Google Workspace, Okta) and whether you want password-based or certificate-based (EAP-TLS) Wi-Fi , I can recommend which provider fits your setup best.
Yes. If you already have a cloud IdP (such as Microsoft Entra ID, Okta, or Google Workspace), you can use a cloud RADIUS / RADIUS-as-a-Service provider for enterprise Wi-Fi (802.1X), without running your own Windows NPS server.
Some of the main options are:
JumpCloud — Cloud RADIUS that can authenticate against JumpCloud or Entra ID. It supports password-based authentication as well as certificate-based/EAP-TLS authentication.
SecureW2 — Particularly focused on EAP-TLS/certificate-based Wi-Fi, with integrations for Entra ID, Okta, Google Workspace, Intune, Jamf, etc.
Portnox — Cloud-native RADIUS for wired, wireless, and VPN authentication, with a focus on zero-trust/network access control.
Microsoft NPS — If you're using Entra ID, Microsoft also supports the traditional Windows Server Network Policy Server, but this requires infrastructure you manage yourself. The Entra MFA NPS extension can add Entra MFA to RADIUS workflows.
What I'd look at first
If your goal is:
Cloud IdP → Cloud RADIUS → Wi-Fi AP → user/device
I'd specifically compare SecureW2 vs. JumpCloud vs. Portnox.
The biggest architectural question is how you want Wi-Fi authentication to work:
Approach
Typical Wi-Fi method
Cloud IdP integration
Password-based
PEAP / EAP-TTLS
Yes, depending on provider
Certificate-based
EAP-TLS
Yes
Device certificates
EAP-TLS
IdP + MDM
On-prem NPS
PEAP/EAP-TLS
For a modern cloud-only environment, EAP-TLS with certificates is worth serious consideration. SecureW2, for example, is built around this model and can tie certificates to both identity and device posture.
If you tell me which cloud IdP you use (Entra, Okta, Google, etc.) and what Wi-Fi vendor you have (Meraki, Aruba, Cisco, UniFi, Ruckus, etc.), I can narrow this down to the providers that fit your setup and explain the architecture.
When you use a cloud IdP (like Microsoft Entra ID, Google Workspace, or Okta) and need a RADIUS server for Wi-Fi authentication (802.1X), you generally have three architectural approaches: All-in-One Cloud Directories, Dedicated Cloud RADIUS-as-a-Service (RaaS) , or Hybrid/Proxy Agents.
These platforms function as your primary or secondary cloud identity provider and natively host a cloud RADIUS server. You point your wireless access points (WAPs) straight to their cloud IP addresses.
JumpCloud: Operates a fully managed, multi-tenant cloud RADIUS service. It can act as your standalone directory or sync/federate users directly from Microsoft Entra ID or Google Workspace, letting users authenticate to Wi-Fi via WPA2/WPA3-Enterprise using their directory credentials or certificates.
2. Dedicated Cloud RADIUS-as-a-Service (RaaS)
If you want to keep your current cloud IdP (Entra ID, Google Workspace, Okta) as the source of truth but need a pure cloud RADIUS engine to sit between your Wi-Fi access points and your IdP without managing on-prem servers.
IronWiFi: A specialized cloud RADIUS platform that integrates cleanly with Microsoft Entra ID, Google Workspace, and Okta. It handles 802.1X termination, dynamic VLAN assignment, and certificate-based onboarding without needing an on-premise footprint.
RADIUSaaS: A dedicated, highly focused cloud RADIUS provider built explicitly to bridge enterprise wireless infrastructure with cloud directory services using EAP-TLS / PEAP.
3. Native Microsoft/Traditional Options (Requiring a Bridge)
Microsoft Entra ID + Network Policy Server (NPS): Microsoft Entra ID does not have a direct, native cloud-to-edge RADIUS listener out-of-the-box. To use Entra ID for Wi-Fi RADIUS, traditional setups require deploying an on-premises Windows Server running the Network Policy Server (NPS) role paired with the Entra ID NPS Extension (or a third-party RADIUS proxy).
Okta RADIUS Server Agent: Okta provides a downloadable RADIUS agent (for Windows or Linux) that you host on-prem or in an IaaS environment. It acts as a gateway/proxy, taking incoming 802.1X Wi-Fi authentication requests from your access points and validating them against the Okta cloud. (Note: Okta's agent natively leans toward PAP/EAP-TTLS and has specific configuration caveats for wireless clients compared to modern EAP-TLS cloud services).
To help narrow down the best fit, tell me:
What cloud IdP are you currently using (Entra ID, Google Workspace, Okta)?
Do you prefer a fully managed cloud service (no local footprint) or do you already have Windows NPS / virtual machines you can leverage?
Yes. If you already use a cloud IdP and want Wi-Fi authentication via 802.1X/RADIUS, there are several managed/cloud RADIUS options.
Main options
JumpCloud — Provides RADIUS-as-a-Service and can use Entra ID credentials as the IdP. It supports Wi-Fi authentication with EAP-TTLS/PAP and also certificate-based EAP-TLS when using JumpCloud as the identity source.
SecureW2 — Cloud RADIUS geared particularly toward EAP-TLS/certificate-based Wi-Fi. It integrates with Entra ID, Okta, Google Workspace, MDMs, etc., and can perform real-time identity lookups.
Cloud RADIUS — Offers managed RADIUS with integrations for Azure/Entra ID, Okta, and Google Workspace, with an emphasis on passwordless certificate authentication.
Okta — If Okta is your IdP, Okta has a RADIUS server agent, although this generally involves deploying the agent rather than being a completely hosted RADIUS service. SecureW2 can also integrate directly with Okta for cloud RADIUS.
The important distinction
There are really two architectures to consider:
1. Username/password Wi-Fi
Wi-Fi AP → Cloud RADIUS → Cloud IdP
This is relatively straightforward. For example, JumpCloud can act as the RADIUS service while delegating authentication to Entra ID. However, its Entra-ID configuration uses EAP-TTLS/PAP.
2. Certificate-based Wi-Fi (EAP-TLS)
Wi-Fi AP → Cloud RADIUS → certificate/PKI + Cloud IdP
This is generally the more modern enterprise architecture. The device gets an X.509 certificate, and RADIUS authenticates the certificate rather than sending a user's cloud password over the Wi-Fi authentication protocol. SecureW2 is particularly focused on this model.
If you tell me which cloud IdP you use (Entra ID, Okta, Google Workspace, Ping, JumpCloud, etc.) and your Wi-Fi vendor (Meraki, Aruba, Cisco, UniFi, Fortinet, etc.), I can narrow this down to the architectures/vendors that fit your environment.
If you already have a cloud IdP (such as Microsoft Entra ID, Okta, Google Workspace, JumpCloud, etc.), you usually do not need to deploy your own RADIUS server. Several vendors offer Cloud RADIUS / RADIUS-as-a-Service that bridges your IdP to Wi-Fi 802.1X authentication.
Common options:
Provider
Best fit
Notes
SecureW2
Enterprise Wi-Fi with certificate-based auth
Strong focus on EAP-TLS, PKI, device onboarding, and integrations with Entra ID, Okta, and Google Workspace.
IronWiFi
Managed RADIUS replacement
Cloud-hosted RADIUS with integrations for Entra ID, Google Workspace, Okta, LDAP/AD, certificate management, and policy controls.
JumpCloud
Organizations already using JumpCloud
Provides managed RADIUS and can authenticate Wi-Fi access using JumpCloud identities; also supports Entra ID-backed scenarios.
Purple
Enterprise, guest, and multi-tenant Wi-Fi
Offers cloud RADIUS supporting EAP-TLS, PEAP, iPSK, and IdP integrations.
Netgraph
Enterprise networks needing flexible auth methods
Supports EAP-TLS, PEAP, iPSK, MAB, and RADIUS proxy scenarios.
Traditional alternatives (not SaaS) include:
Microsoft — common if you still have Active Directory.
FreeRADIUS — flexible but you operate it yourself.
Cisco ISE — enterprise NAC platform with RADIUS capabilities.
For a modern cloud-only environment, the usual architecture is:
For higher security, many organizations choose EAP-TLS (certificate-based Wi-Fi) instead of username/password methods like PEAP, because it avoids storing or transmitting reusable passwords for network access.
If you tell me which IdP you use (Entra ID, Okta, Google, Ping, JumpCloud, etc.) and your Wi-Fi vendor (Cisco Meraki, Aruba, UniFi, Ruckus, Mist, Fortinet, etc.), I can narrow down the best matches.
If you use a cloud IdP (such as Microsoft Entra ID, Okta, or Google Workspace) and need a cloud RADIUS server for WPA-Enterprise Wi-Fi authentication, you have a few specialized providers to choose from depending on whether your IdP offers native directory-as-a-service features or if you need a dedicated Cloud RADIUS-as-a-Service (RADIUSaaS).
JumpCloud – Functions as an all-in-one cloud directory and natively includes a fully managed JumpCloud RADIUS-as-a-Service . You can point your wireless access points directly to JumpCloud's cloud RADIUS endpoints and authorize access via user groups.
SecureW2 – Offers SecureW2 Cloud RADIUS which acts as a dedicated, vendor-agnostic cloud RADIUS server. It integrates smoothly with external cloud IdPs like Microsoft Entra ID, Okta, and Google Workspace, and features powerful dynamic certificate lifecycle management (PKI) for secure passwordless 802.1X Wi-Fi.
IronWiFi – Provides a cloud-based RADIUS platform that bridges enterprise Wi-Fi networks with major cloud identity providers, supporting captive portals, enterprise 802.1X, and dynamic VLAN assignment.
PacketFence / Cloud-hosted RADIUS providers – Various managed service providers host FreeRADIUS or similar enterprise architectures in the cloud, syncing with OAuth/SAML/LDAP proxies from your cloud IdP.
Note: Some IdPs like Okta provide a downloadable RADIUS Server Agent, but it is strictly designed for VPNs and gateways using PAP and does not natively support high-frequency Wi-Fi/802.1X client handshakes. For Wi-Fi, you generally need a dedicated cloud RADIUS vendor like SecureW2 or an all-in-one platform like JumpCloud.
If you share which cloud IDP you are currently using (e.g., Entra ID, Okta, or Google Workspace) and your Wi-Fi hardware vendor (e.g., Cisco Meraki, Aruba, Ubiquiti), I can give you a more specific implementation path.
Several top cloud platforms and specialized security vendors offer Cloud RADIUS (RADIUS-as-a-Service) designed to integrate natively with major cloud Identity Providers (IdPs) like Microsoft Entra ID (Azure AD), Google Workspace, and Okta.
Top Cloud RADIUS Providers
Provider
Core Strength
Key IdP Integrations
Portnox
Cloud-native RADIUS and zero-trust network access control (NAC)
Entra ID, Google Workspace, Okta
JumpCloud
All-in-one directory platform with built-in RADIUS-as-a-Service
Native directory + external OAuth/IdP sync
IronWiFi
Broad enterprise/MSP access point vendor compatibility
Entra ID, Google Workspace, Okta, Ping
SecureW2
Specialized managed PKI and passwordless EAP-TLS certificates
Lightweight, developer-friendly cloud RADIUS and LDAP
Google Workspace, Okta, Entra ID
If you tell me which Cloud IdP you are currently using (e.g., Microsoft Entra ID, Google Workspace, or Okta) and how many locations/access points you have, I can recommend the most seamless RADIUS option for your setup.
Yes. If you already use a cloud Identity Provider (IdP), you don't necessarily need to run your own Windows NPS/FreeRADIUS server. There are several RADIUS-as-a-Service (RADIUSaaS) providers that sit between your Wi-Fi infrastructure and your cloud IdP.
Good options
SecureW2 — Probably the strongest fit if you're looking for modern, certificate-based Wi-Fi. Its Cloud RADIUS integrates with Microsoft Entra ID, Okta, and Google Workspace, and is designed around EAP-TLS/passwordless authentication.
JumpCloud — Offers managed Cloud RADIUS for Wi-Fi and VPN. Importantly, it can use Entra ID as the IdP, so you don't necessarily have to move your identity directory to JumpCloud. It supports both password-based and EAP-TLS certificate-based Wi-Fi.
Keytos EZRADIUS — Cloud-hosted RADIUS specifically geared toward Microsoft Entra ID and Intune. It supports EAP-TLS and EAP-TTLS and eliminates the need for your own NPS server.
Microsoft NPS + Entra MFA — Microsoft itself doesn't provide a native "cloud RADIUS server" inside Entra ID. The traditional Microsoft approach is Windows Server NPS, with the Entra MFA NPS extension. That means you still operate an NPS server.
What I'd recommend
If your goal is:
Cloud IdP → Cloud RADIUS → Wi-Fi APs → 802.1X
I'd shortlist SecureW2 and JumpCloud first.
The bigger architectural question is how you want Wi-Fi users authenticated:
Approach
Example
Security
Infrastructure
Password/PEAP
IdP credentials → RADIUS
Good
Simple
EAP-TLS
Device/user certificate → RADIUS → IdP
Excellent
More setup
NPS + IdP MFA
NPS → Entra MFA
For a new deployment, I'd generally favor EAP-TLS with cloud RADIUS, particularly if you're trying to get away from passwords and on-prem AD/NPS. SecureW2 explicitly uses the IdP for certificate enrollment and can perform real-time identity checks during RADIUS authentication.
If you tell me which cloud IdP you use (Entra ID, Okta, Google Workspace, Ping, etc.) and which Wi-Fi vendor (Cisco/Meraki, Aruba, Fortinet, UniFi, Ruckus, etc.), I can narrow this down to the 2–3 best RADIUS providers and show you the exact authentication architecture.
Most major cloud Identity Providers (IdPs)—like Microsoft Entra ID (Azure AD), Okta, and Google Workspace—do not natively run a built-in RADIUS listener (UDP ports 1812/1813) out of the box because they operate via modern web protocols (SAML, OIDC, and REST APIs) rather than legacy networking protocols.
To bridge your cloud IdP with enterprise Wi-Fi (802.1X), you have to use a Cloud RADIUS provider or a lightweight proxy agent.
Dedicated Cloud RADIUS Providers (Best for Cloud-First Environments)
These services integrate directly with your cloud IdP (Entra ID, Okta, Google) via API and provide fully managed, highly available cloud RADIUS endpoints. They typically leverage certificate-based authentication (EAP-TLS) to avoid password friction and latency issues on Wi-Fi.
SecureW2 Cloud RADIUS: Highly specialized in integrating with Okta, Microsoft Entra ID, and Google Workspace. They offer turnkey Cloud PKI and onboarding tools to auto-enroll devices for certificates, bypassing legacy protocol constraints.
JumpCloud Directory Platform: If you use JumpCloud as your core directory/IdP, it includes a native multi-tenant Cloud RADIUS feature that lets you spin up a virtual RADIUS server in minutes and sync with other cloud environments.
IronWiFi: A cloud-based RADIUS platform that supports captive portals and enterprise 802.1X integrations with major cloud directories.
Native/Agent-Based Options (IdP-Supplied)
Okta RADIUS Server Agent: Okta provides a downloadable RADIUS agent. However, it is heavily restricted for Wi-Fi use . It is designed primarily for VPNs and gateways using PAP/GTC protocols; it generally does not support standard enterprise wireless EAP methods (like EAP-TLS or PEAP-MSCHAPv2 in a performant way), meaning it is rarely a good fit for general office Wi-Fi.
Microsoft Entra ID: Does not have a native cloud RADIUS service. To use it for Wi-Fi, Microsoft relies on ecosystem partners (like SecureW2, Intune certificate integration, or third-party gateways).
If you can share which cloud IdP you are using (e.g., Entra ID, Okta, or Google Workspace) and roughly how many users/devices you need to support, I can recommend the most seamless architecture (certificate-based vs. credentials) for your Wi-Fi network.
Yes. If you have a cloud IdP and want 802.1X Wi-Fi authentication without maintaining your own Windows NPS/FreeRADIUS infrastructure, there are several RADIUS-as-a-Service (RaaS) providers.
Strong options
securew2.com — Probably the strongest fit if you're going cloud-first. It integrates with Microsoft Entra ID, Okta, and Google Workspace, supports EAP-TLS/certificate-based authentication, and can use MDM/device posture information.
jumpcloud.com — Managed RADIUS for Wi-Fi/VPN, with support for authentication through JumpCloud or Microsoft Entra ID. It supports both password-based and certificate-based approaches.
cloudradius.com — SecureW2's cloud RADIUS platform, particularly focused on EAP-TLS, PKI, and passwordless Wi-Fi with Azure/Entra, Okta, and Google.
What I'd recommend
If your architecture is something like:
Cloud IdP → Cloud RADIUS → Wi-Fi APs → 802.1X
I'd look particularly closely at SecureW2 if you want EAP-TLS/passwordless authentication, especially if you also have an MDM such as Intune or Jamf. Its RADIUS service can validate identity against the cloud IdP and combine that with certificate/device information.
JumpCloud is worth considering if you want a simpler managed RADIUS offering and are comfortable having JumpCloud participate in the identity layer; it can also delegate authentication to Entra ID.
If you tell me which cloud IDP you're using (Entra ID, Okta, Google Workspace, Ping, etc.) and your Wi-Fi vendor (Meraki, Aruba, Cisco, Ubiquiti, etc.), I can narrow this down to the best 2–3 choices and explain the architecture.
PacketFence / Cloud-hosted FreeRADIUS: Some organizations deploy a lightweight cloud virtual machine (like AWS or Azure) running FreeRADIUS configured to query the cloud IdP via API or LDAP-over-secure-tunnel.
