Zero Trust Network Access Tools 2026
Zero Trust Network Access (ZTNA) replaces the implicit trust of a VPN with per-session, identity-aware access to individual applications. Instead of dropping a remote user onto the network and letting them route anywhere, ZTNA brokers a connection to one named app at a time, after checking who the user is and the posture of the device they are on. It is the practical front door to a zero trust strategy: it shrinks the blast radius of stolen credentials, hides internal apps from the public internet, and produces access decisions you can actually audit. Options range from cloud-delivered SSE components to self-hosted and open-source brokers, so fit depends as much on your identity stack and deployment model as on any feature list.
We cover 76 Zero Trust Network Access tools, 2 free and 74 commercial.
Accuracy and depth improve over time. Last reviewed Sep 2026. Is something off? Reach out.
FEATURED
USE CASES
New to this category? What is Zero Trust Network Access (ZTNA)?
Zero Trust platform with dynamic access controls and posture monitoring.
Zero Trust policy engine for enterprise user, device, data & network security.
Zero-open-port remote access via cryptographic identity-first connectivity.
ZTNA platform with direct device-to-resource encrypted access via WireGuard.
Passwordless, identity-first ZTNA replacing VPNs with per-resource access control.
Clientless ZTNA platform for secure access to apps, OT, and ICS resources.
Zero Trust Access solution that enables secure & seamless access to applications & devices
All-in-one Zero Trust platform with ZTNA, PAM, DAM, and data privacy modules.
ZTNA platform with microsegmentation, VPN replacement, and GenAI analytics.
Open-source WireGuard-based ZTNA platform for secure resource access.
Secure RDP access via ZTNA and centralized BitLocker mgmt for Windows.
Browser-based secure access to SaaS apps and servers with SSO, MFA, and DLP.
VPN-alternative SDP providing zero-trust secure remote access via USB key.
Secure network & app access solutions for automotive on-premises environments.
Hides VPN infrastructure from the internet, exposing it only to auth'd users.
Secure remote access agent for legacy OT/BMS desktop apps via Neeve portal.
NAC-based ZTNA enforcing continuous access across campus, remote, and cloud.
ZTNA platform replacing VPNs with direct, policy-driven encrypted connectivity.
DNS-based security agent extending corporate protection to remote workers.
Zero Trust secure remote access platform for ICS/OT environments.
OT edge gateway for zero trust remote access and IIoT data streaming.
Zero-trust, post-quantum secure connectivity for mission-critical environments.
Network security solution with segmentation, encryption, and secure remote access.
ZTNA solution providing identity-based, continuous-verification network access control.
How to choose Zero Trust Network Access tools
- Check how deeply it integrates with your identity provider for SSO, MFA, and conditional access. ZTNA is only as strong as the identity signals feeding it.
- Decide the deployment model up front: cloud-delivered, self-hosted, or open-source. This shapes cost, data-path control, and operational burden more than any feature.
- Test device posture enforcement in real time, not just at login, and confirm it can act on signals from your EDR and MDM.
- Verify coverage for the apps you actually run: web and non-web, internal tools, and legacy protocols, plus agentless options for unmanaged and contractor devices.
- Look at policy granularity and auditability. You want per-app, per-user rules and access logs detailed enough for incident response and compliance.
- Decide whether you want standalone ZTNA or a component you will fold into a broader SSE or SASE platform, and check the consolidation path before you commit.
Articles About Zero Trust Network Access
Tool roundups, buying guides, and strategic analysis from the CybersecTools resource library.
Zero Trust Network Access Tools FAQ
Common questions about Zero Trust Network Access tools, selection guides, pricing, and comparisons.
ZTNA is an access model that grants users connections to specific applications rather than to a whole network. Every request is authenticated and authorized against identity and device posture before access is allowed, and apps stay hidden behind a broker so they are not exposed to the open internet. It enforces least privilege per session, which is why it is positioned as the modern replacement for broad VPN access.
A VPN authenticates you once, then places you on the network with broad lateral reach. ZTNA authenticates continuously and connects you only to the individual app you are authorized for, so a compromised account or device cannot roam sideways. ZTNA also evaluates device posture in real time and keeps apps dark to unauthenticated users, which a traditional VPN does not do.
ZTNA is one component of Secure Access Service Edge (SASE) and its security half, Security Service Edge (SSE), alongside secure web gateway and CASB. Many buyers adopt ZTNA standalone first to retire a VPN, then consolidate it into a broader SSE platform later. Standalone tools tend to be deeper on access control; platform ZTNA trades some depth for single-console operations and shared policy.
Start with your identity provider and deployment model. Confirm tight integration with your IdP for SSO, MFA, and conditional access, and decide whether you need cloud-delivered, self-hosted, or open-source. Then test real-time device posture checks, agent versus agentless coverage for unmanaged and contractor devices, support for both web and non-web apps, and how granular and auditable the access policies are.
For some teams, yes. Open-source and self-hosted brokers give you full control over the data path and infrastructure cost, which suits smaller footprints, internal tooling, and teams that want to avoid routing traffic through a vendor cloud. The trade-off is that you own scaling, high availability, posture integrations, and upkeep. Commercial ZTNA buys you global points of presence, managed uptime, packaged IdP and posture integrations, and support.
