One platform.Every environment. Infrastructure attackers can't find.

A secure communications plane for AI, autonomous systems, and the networks that connect them.

See the Terniion Difference

Autonomous systems don't wait. Neither do we.

SEE HOW IT WORKS

When AI moves at machine speed, detection-based tools are already behind. Deterministic architecture means your communications plane is protected before autonomous processes ever run, not after something goes wrong.

By design, not by default

Quantum-ready, built in. Triple-layer, quantum-resistant encryption is built into every connection. When quantum threats arrive, your communications plane is already ready.

Nothing to find. Nothing to patch. No inbound ports. No public IPs. No scannable endpoints. Outbound-only architecture means your infrastructure has no surface to map and nothing waiting for the next patch cycle.

Ahead of the next mandate before it lands.
NIST CSF 2.0, CNSA 2.0, and CISA CPG requirements are already met. When the next regulation arrives, you're already there.

Validation from the field

Terniion gives us the confidence to let our AI do the hard work on highly sensitive clinical, diagnostic, and treatment data without ever compromising patient privacy or intellectual property security. By wrapping the entire Consent Vault platform in Xiid’s encrypted technology, our inference endpoints, training pipelines, and data repositories are fully isolated from the public internet – precisely the security posture pharmaceutical sponsors, community oncology practices, and payers expect when entrusting us with real-world evidence generation and clinical trial operations.

Patricia Goede, Chief Data Strategy Officer, ConsentVault

Received a DoD Authority to Operate, validating Terniion can withstand military-scale threats and commercial risk scenarios.

Four-time 2026 Globee Award recipient. Recognized for cybersecurity innovation four years running—by an independent panel of industry peers, not a vendor-sponsored ranking.

Confirmed unreachable. The U.S. Air Force Research Laboratory validated what the architecture is designed to deliver: unbreakable encryption and near-invisibility of infrastructure.

Secure electric vehicle (EV) charging ecosystem from vehicle to cloud

Heightened security for European boutique cloud provider and clientele

Protected sensitive medical data ingestion pipelines, data lakes, and document stores for AI analysis

Deployment in sensitive government systems for RDP and other system management

SEE CASE STUDIES

Built for the infrastructure that powers everything else.

Agentic AI pipelines. SDLC. Legacy OT networks. Distributed cloud workloads. They share exactly one thing: a single exposed connection can bring everything down. Terniion's process-to-process communications plane eliminates that exposure across every environment without touching what already works.

The read list for teams done with reactive security.

Autonomous Attack Paths: The Security Problem AI Is CreatingBlog

Autonomous Attack Paths: The Security Problem AI Is Creating

As organizations deploy AI agents, autonomous workflows, copilots, and machine-driven orchestration platforms, the actions that matter are no longer primarily human-initiated.

Read Blog
The internet is not secure by design. What can we do?
Blog

The internet is not secure by design. What can we do?

The recent discovery of critical vulnerabilities in OpenSSH (CVE-2024–6387and CVE-2024–6409) has sent shockwaves through the cybersecurity community.

Read Blog
TCP Setup Time is the VPN Metric Nobody's Measuring
Blog

TCP Setup Time is the VPN Metric Nobody's Measuring

VPN setup time benchmark: SealedTunnel™ vs WireGuard, IPsec

Read Blog

In the news

Industry analysts, national security publications, and technology press are covering what happens when infrastructure becomes genuinely unreachable. Here's where Terniion has been part of the conversation.

SEE ALL NEWS
Solving the OpenSSH Zero Day Vulnerability’s Root Cause
Blog

Solving the OpenSSH Zero Day Vulnerability’s Root Cause

The recent discovery of critical vulnerabilities in OpenSSH (CVE-2024–6387and CVE-2024–6409) has sent shockwaves through the cybersecurity community.

Read Blog

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