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Features

Data-Layer Protection

NewSovix encrypts each governed transaction end-to-end between authorized applications, so systems in the middle see ciphertext rather than the readable payload.

The problem

Every readable point increases exposure

Sensitive data can become readable at gateways, proxies, cloud services, or other systems in the path. Each point that can read the payload can also become a point of breach, misuse, or legal disclosure.

Move protection to the transaction itself

Authorize the transaction, encrypt it end-to-end, and keep decryption limited to the two approved endpoints. Network, identity, endpoint, and monitoring controls continue operating around the protected transaction. Where an existing security function requires plaintext content inspection, the integration design determines where that inspection occurs without unnecessarily exposing the payload to intermediary systems.

What this changes in practice

The same data, protected wherever it goes

Intermediary compromise

An attacker reaches ciphertext rather than the protected payload.

Legal disclosure demands

Systems in the middle under NewSovix, does not have a readable payload to handover.

Legacy & OT systems

Bring older environments into protected flows through targeted integration rather than a full platform rebuild.

Multi-cloud & hybrid environments

Apply the same transaction model across providers and network paths.

Related features

Related capabilities

No One in the Middle Can Read It

Common cybersecurity gaps that everyone takes for granted, is now eliminated.

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Per-Transaction Authorization

Every single exchange is independently checked, not just the session as a whole. Compromised lateral movement is stopped at machine speed.

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Works With What You Have

Add NewSovix seamlessly on top of your existing cybersecurity and identity investment.

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Post-Quantum Ready

The encryption that travels with the data is already built on quantum-resistant cryptographic standards.

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Curious how this applies to a specific work flow you run?