Use case · Ransomware Immunity

The breach succeeds. There is nothing to ransom.

Ransom immunity is not faster recovery. It is data that was never vulnerable. Myota encrypts and splits every file and object at write time with Shard and Spread™, before any access control is ever tested, so an attacker who gets in finds only fragments that are individually useless.

Talk to us See it for a Veeam backup

How it works

Immune by construction, in three moves

Encrypt at write time

AES-256 on the client, and only you hold the key. Data is protected before it lands anywhere, so there is no window where a complete, readable file exists.

→

Shard and Spread™

The data, its metadata, and its keys are split with Shamir Secret Sharing and spread across four independent locations. No location holds anything reassemblable.

→

Rebuild from any two

Any two of the four locations reconstruct the data in full, instantly. Anything less is information-theoretically useless, regardless of computing power.

→

What it removes

The attacks it takes off the table

Ransomware

Computationally impossible to encrypt or ransom sharded data.

→

Destructive malware

No complete file exists at any single location to destroy.

→

Data exfiltration

Stolen shards without quorum are mathematically useless.

→

Credential compromise

Admin credentials cannot override shard-level immutability.

→

Zero-day exploits

Protection is at the data layer, not the perimeter that was breached.

→

Insider threat

Privileged access cannot reconstitute data without quorum.

→

Why it holds

Immutability is math, not policy.

Immutability is a mathematical property of the architecture, not a setting an administrator can override. Below quorum, reconstruction is information-theoretically impossible, regardless of computing power. There is no control plane, no catalog, and no key vault to attack. The properties behind it are patented (US 11,281,790).

Talk to us See it for Veeam