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How It Works

The Technology Behind NewSovix

At the core of NewSovix is the Sovereign Encryption and Authorization Layer, or SEAL. It applies authorization, encryption, integrity checks, revocation, and audit evidence to each governed transaction.

Three fronts, one layer

Digital sovereignty, protected end to end

The SEAL protects your digital sovereignty on all three fronts: your data, your operations, and your technology.

Data sovereignty

Only authorized endpoints can read governed data. The protection moves with the transaction across networks, clouds, and jurisdictions, while NewSovix remains unable to read the payload.

Operational sovereignty

Every governed transaction is evaluated as it happens. Revoked, forged, replayed, or tampered requests can be rejected before they take effect, and authorized actions produce a verifiable record.

Technological sovereignty

SEAL is designed to work across the infrastructure you already use. Its protection does not depend on one operating system, cloud, or network provider, and the architecture is built on post-quantum cryptography.

Deployment model

Layers onto what you already run

NewSovix doesn’t ask you to replace your network, identity, or endpoint security investments.

Alongside your network layer

You can keep your firewalls, VPNs, ZTNA, and SASE if you choose, and continue controlling paths and connections. NewSovix operates at the application transaction layer, independently of the network path beneath it.

Alongside your identity layer

IAM and SSO continue establishing identity. NewSovix governs whether this specific data exchange, right now, is allowed to happen.

Incremental adoption

Pilot a high-value application-to-application transaction and expand from there, no big-bang migration required.

SEAL-secured

Runs where your applications already are

A lightweight embedded security module integrates directly into each participating application, no new hardware, no separate appliance to rack and manage.

A laptop running a protected application

Want to see this run against a real data flow?