Zero Trust Network Access

Threatmatic™ Zero Trust Edge Deploys in Minutes. Enforces in Milliseconds.

App and user ID-based least-privilege policies with microsegmentation. Lightning-fast ZTNA enforcement directly on all your endpoints. Unauthorized program execution protection and bi-directional access control — across cloud, private, or hybrid environments.

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Platform Components

Built for Zero Trust From the Ground Up.

Three integrated modules that replace your VPN, gateway, and analytics stack in one lightweight agent.

Replace Your VPN

QSChannel™

QSChannel™ obsoletes the traditional VPN approach to securely connect your private, cloud, and untrusted spaces with integrated, policy-driven ZTNA. Microsegmentation zones are simple to deploy and scale — ZTNA is infused, not a legacy add-on. Available across all platforms including iPhone and Android.

Global Workforce Connectivity

Cloudiffusion™

Cloudiffusion™ enables you to seamlessly and rapidly connect your global workforce with private datacenters and the cloud using ZTNA policies. Continuous verification and app-bandwidth controls give you fine-grained governance against runaway cloud costs — without compromising performance.

Gen-AI Powered Insights

Analytics

Threatmatic includes deep analytics powered by Gen-AI with a natural language interface. Query insights directly in the UI and dive deep into ZTNA audit logs without writing a single rule or query. Integrates with EDR/XDR systems and perimeter firewalls as the enforcement point in your CSMA.

Bird of Paradise
Privacy Roadmap · NIST PEC

The Next Frontier: Privacy-Enhancing Cryptography.

NIST's Privacy-Enhancing Cryptography (PEC) project is defining the next generation of cryptographic standards — enabling computation, collaboration, and verification without ever exposing the underlying data. Threatmatic is actively tracking these standards and planning to integrate PEC capabilities into the platform as they mature.

Zero-Knowledge Proofs

Prove identity, authorization, or compliance without revealing the underlying credentials or data. Threatmatic plans to use ZKP to enable minimum-disclosure authentication — a user can prove they are authorized without exposing who they are.

Fully Homomorphic Encryption

Compute over encrypted data without ever decrypting it. FHE opens a path for Threatmatic's AI-driven analytics to operate on encrypted telemetry — extracting threat patterns without the platform ever seeing plaintext traffic content.

Secure Multiparty Computation

Enable joint threat intelligence across organizations without any party exposing their private data. MPC allows Threatmatic customers to contribute to shared threat models while keeping their network topology, user behavior, and policies fully confidential.

Private Set Intersection

Determine whether a destination IP, domain, or identity intersects with a known threat list — without revealing the full contents of either list. PSI enables privacy-preserving threat lookups at DNS and network layer with no data leakage.

Attribute-Based Encryption

Enforce access policies cryptographically — where decryption itself is gated on possessing the right attributes (role, clearance, location, device posture). Threatmatic's roadmap includes ABE-backed policy enforcement as a native replacement for traditional ACL models, aligning with NIST's functional encryption standardization efforts.

Built on Open Standards

NIST is issuing a Call for Multi-Party Threshold Schemes to solicit standardization proposals for MPC, ZKP, FHE, and IBE/ABE. Threatmatic's PEC integration will track and adopt these standards as they are finalized — ensuring enterprise customers are not locked into proprietary implementations and remain audit-ready as regulatory requirements evolve.