Stop Giving Attackers Something to Steal
Verify users, devices, machines, and critical systems without exposing anything.
ZKX Helix
Revolutionizing identity and access management cybersecurity
ZKX Helix is a single, self-hosted adaptive authentication platform that delivers stronger identity and access management controls than traditional MFA by enabling dynamic, policy-driven authentication across your environment. Built on patented zero-knowledge technology, Helix helps organizations verify users, devices, machines, transactions, OT systems, and high-risk workflows without exposing reusable secrets attackers can steal or replay.
The threat landscape has changed. The controls need to.
Security teams are not protecting one login screen anymore. They are protecting users, devices, machines, agents, sessions, transactions, operational systems, and customer workflows. The threat landscape is moving fast, and old access controls are struggling to keep up.
Join our exclusive trial program
We're looking for users who want to stay on the cutting edge of cybersecurity by participating in our 90-day trial of Helix.
One proof-based foundation for modern access
Helix is not another MFA prompt. It is a zero-knowledge authentication and access control layer built to verify trust before access, action, transaction, or command authority is granted.
Instead of relying on reusable secrets, static credentials, or broad access assumptions, Helix connects authentication with policy so the right level of verification happens at the right time. Every time.
Step 1
Request
A user, device, machine, agent, or system requests access to a protected resource, transaction, workflow, or command.
Step 2
Proof
Helix verifies trust using zero-knowledge authentication without exposing reusable secrets.
Step 3
Policy
The request is evaluated against identity, device trust, resource sensitivity, risk, and context.
Step 4
Decision
Access is granted, stepped up, denied, or revoked. Helix continues to authenticate on the backend.
Built for the identity problems traditional MFA misses
Our solutions are built around real security problems where identity, access, device trust, and policy need to work together.
Ecommerce Fraud Prevention
OT & IoT Access Control
Privileged Access Revocation
Scam & Deepfake Verification
Non-Human Identity Security
Defense & Autonomous Systems
Built by a team reimagining authentication
ZKX Solutions is a United States cybersecurity company focused on zero-knowledge authentication, adaptive access control, and identity protection for people, devices, machines, and critical systems.
Helix began as advanced R&D for demanding authentication environments and has grown into a product platform for commercial cybersecurity teams, OT environments, fraud workflows, MSP/MSSP partners, and government and defense use cases.
Helix stops cybercrime in its tracks
If your organization is vulnerable to a Manning, a Snowden, or a Teixeira, ZKX applies to you.
Render phishing attacks useless
Immune to malicious applications
Defends against lost or stolen devices
Sessions with nothing to steal
No impact from hacked servers
Have a real access problem? We can help.
Tell us what you need to protect, replace, verify, or revoke. We’ll show you where Helix fits and which workflow makes the most sense for your environment.
Where Helix fits
Helix is built for organizations that need stronger proof before access reaches users, systems, transactions, infrastructure, or autonomous workflows.
Ecommerce
Reduce fraud risk without slowing every shopper.
Operational Technology
Secure access to connected systems and physical infrastructure.
Government & Defense
Protect tactical networks, UAS platforms, mission systems, and disconnected environments.
MSPs, MSSPs, & Integrators
Bring proof-based access control into managed security offerings.
The latest from ZKX
Read or watch the latest ZKX blogs, product updates, technical explainers, webinars, and cybersecurity insights.
Modern access needs more than traditional MFA
ZKX Helix helps organizations prove trust without exposing secrets, apply policy where risk happens, and protect users, devices, machines, transactions, and critical systems from one proof-based foundation.