Government & Defense
Secure Mission Access Without Slowing the Mission
Government and defense networks face threats that move through identity, access, devices, sessions, and connected systems. ZKX helps protect those environments with zero-knowledge authentication, dynamic policy enforcement, and proof-based access control.
The Problem
Mission Networks Can’t Rely on Assumed Trust
Government and defense organizations have to protect against espionage, insider threats, ransomware, credential theft, supply chain compromise, and attacks against critical infrastructure. The risk is not limited to the perimeter.
Users, devices, mission partners, autonomous systems, and remote infrastructure all need access. The challenge is making sure that access is earned, limited, and revoked when trust changes.
Traditional security tools often assume too much and adapt too slowly for tactical and mission-driven environments.
Zero-Knowledge Access Control for Mission-Critical Environments
ZKX Helix helps government and defense teams verify users, devices, machines, and critical systems without storing or exposing the secrets attackers want to steal.
Helix can enforce dynamic access policies based on identity, device trust, authentication proof, resource sensitivity, and changing mission context. That gives administrators a more precise way to protect access without forcing users through unnecessary friction.
For unmanned and autonomous systems, ZKX Calyx extends the same proof-first approach to UAS identity, posture, and command authority.
Helix Capabilities
- User and device verification
- Zero-knowledge authentication
- Dynamic policy enforcement
- Resource-level protection
- Disconnected and tactical support
- Human and non-human identity
Built for Government & Defense Use Cases
From tactical networks and mission partner environments to UAS authentication, critical infrastructure, and disconnected operations, ZKX helps teams prove trust before access or command authority is granted.
Built for the Environments Traditional IAM Wasn’t Designed For
Government and defense networks are not always clean, connected, or centralized. They may include tactical users, mission partners, unmanned systems, disconnected sites, critical infrastructure, and legacy systems that cannot be treated like ordinary enterprise applications.
ZKX is built for identity and access control across those harder environments.
Tactical Cyber Defense
Protect users, devices, data resources, and mission workflows in remote, austere, resource-constrained, or intermittent environments.
Government Zero Trust
Support zero trust initiatives with strong user-device authentication, dynamic policy enforcement, and access decisions based on context.
UAS & Autonomous System Authentication
Use ZKX Calyx to verify unmanned systems before command authority is granted, restored, or continued.
Mission Partner Access
Control access across organizational boundaries without giving every partner the same level of trust or visibility.
Critical Infrastructure Protection
Apply identity-based access control to systems where downtime, compromise, or unauthorized action can create national security risk.
Insider Threat Reduction
Reduce exposure from compromised credentials, unauthorized devices, persistent access, and users whose trust status has changed.
ZKX Solutions for Government & Defense
Government and defense teams can evaluate ZKX across several mission-relevant workflows.
Tested & Proven Against Real Operational Requirements
ZKX technology was born from the need for stronger authentication in environments where cloud dependency and stored credentials were not enough.
Helix has been validated against real operational infrastructure in multiple U.S. military exercises, including NIWC Cyber ANTX, Project Convergence, Cyber Quest, and Project Convergence Capstone 5.
That history matters. ZKX was not designed only for clean enterprise networks. It was shaped by environments where compute, bandwidth, connectivity, interoperability, and mission tempo all matter.
Proven with the U.S. Navy at Cyber ANTX 2022
Following the success of the ZKX Multi-Factor Authentication (MFA) Engine at Cyber ANTX 2022, ZKX Solutions was awarded a Commercial Solutions Opening (CSO), a certification that legally declares ZKX as “competed” in the eyes of the U.S. Government. This CSO enables ZKX technology to be acquired by any U.S. government entity without the need for ZKX products to be re-competed on the open market.
Proven with the U.S. Army at Project Convergence 2022
Our ZTA concept from ANTX was deployed in a hybrid, geographically dispersed network environment, under realistic conditions. ZKX performance at this exercise proved that not only does the Helix concept of better cybersecurity work, but it is deployable and scalable.
Built for Mission and Security Leaders
ZKX Solutions is uniquely positioned to help government agencies and military organizations secure their networks without adding friction to administrators or users. Our solutions are perfect for teams responsible for protecting access across government, defense, tactical, critical infrastructure, and autonomous system environments.
If your organization needs stronger identity proof, lower credential exposure, dynamic policy, or access control that works beyond the clean enterprise network, ZKX is built for that problem.
Government & Defense FAQsa
What does ZKX provide for government and defense?
ZKX provides zero-knowledge authentication, dynamic access control, resource-level protection, and proof-based identity technology for users, devices, machines, mission systems, and unmanned platforms.
Is ZKX only for enterprise government networks?
No. ZKX can support enterprise environments, tactical networks, disconnected infrastructure, mission partner workflows, critical infrastructure, and UAS authentication use cases.
Can ZKX work in tactical or disconnected environments?
Yes. ZKX technology has been designed and tested for environments where bandwidth, compute, connectivity, and operational constraints matter.
How does ZKX help with UAS authentication?
ZKX Calyx requires unmanned systems to prove identity and posture before command authority is granted or restored, helping reduce risk from spoofing, substitution, or compromise.
How does ZKX support zero trust?
ZKX supports zero trust by verifying users and devices, enforcing dynamic policy, reducing reliance on stored secrets, and controlling access based on resource sensitivity and context.