Encrypted communication across private systems.
HexShield protects internal routes, service traffic, machine communication, and site links through an encrypted overlay fabric built for controlled infrastructure.
Where HexShield fits in the ecosystem.
HexShield is P6 in the Hexmon Product Ecosystem. It is the encrypted network fabric protecting internal communication.
Functional · IPsec Overlay Security
The encrypted network fabric protecting internal communication.
HexShield uses HexTrust for keying, HexDNS for naming, HexIdentity for policy, on HexCloud infra.
- HexPulse
- VYRA
- DARSHAN
- Secure internal services
The network problem HexShield solves.
Unprotected Internal Traffic
Private systems still need encrypted service-to-service communication.
Complex Site Links
Secure environments need controlled connectivity between sites and systems.
Weak Network Boundaries
Perimeter control requires encrypted routes and policies.
Communication Without Governance
Traffic needs visibility, identity, and controlled pathways.
Encrypted communication, built for controlled infrastructure.
HexShield Encrypted Overlay Architecture
Node-based secure network fabric for encrypted routes, protected service communication, policy enforcement, private endpoints, and controlled ecosystem connectivity.
Define the protected network perimeter for private systems, services, and sites.
Private compute foundation and runtime layer where HexShield's protected routes and services operate.
Use private compute and runtime layers as the base for encrypted communication.
Private compute foundation and runtime layer where HexShield's protected routes and services operate.
Attach user, service, role, and policy context before communication is allowed.
Identity, RBAC, roles, and access governance for allowed communication policies.
Identity, RBAC, roles, and access governance for allowed communication policies.
Certificate authority and TLS lifecycle for trusted overlay endpoints and services.
Bind overlay endpoints to trusted certificates and internal service identity.
Certificate authority and TLS lifecycle for trusted overlay endpoints and services.
Register machines, services, sites, and workloads into the protected overlay fabric.
Private DNS and service discovery for endpoints inside the encrypted overlay fabric.
Private DNS and service discovery for endpoints inside the encrypted overlay fabric.
Create encrypted tunnels between approved systems, services, and locations.
Control which services can communicate and how traffic moves inside the fabric.
Protect internal API, application, machine, and microservice communication.
Secure communication between private sites, edge systems, and restricted networks.
Monitors tunnel health, traffic signals, alerts, logs, failures, and operational visibility.
Track tunnel health, traffic patterns, policy events, failures, and security signals.
Monitors tunnel health, traffic signals, alerts, logs, failures, and operational visibility.
Provide trusted encrypted connectivity to Hexmon products and internal platforms.
AI intelligence and digital signage services consume protected connectivity for secure workflows.
AI intelligence and digital signage services consume protected connectivity for secure workflows.
Stores configuration backups, policy history, audit evidence, and recovery data securely.
Maintain tunnels, rotate keys, recover links, and keep secure communication stable.
Stores configuration backups, policy history, audit evidence, and recovery data securely.
Built where encrypted communication matters.
Frequently asked.
What is HexShield?
HexShield is Hexmon’s encrypted overlay security fabric for private system communication.
What does HexShield secure?
It secures internal routes, service-to-service communication, machine traffic, and site links.
What products does HexShield support?
HexShield supports monitoring, VYRA, DARSHAN, internal applications, and secure service communication.
Need encrypted communication inside your stack?
HexShield gives your ecosystem a controlled overlay fabric for secure internal and site-to-site traffic.